Tech Odyssey: Navigating the Frontiers of Robotics : simplebooklet.com

BEST WISHES, Welcome to this month’s editionof Tech Odyssey, titled"Navigating the Frontiers ofRobotics and SmartAutomation". In a time whereintelligent machines haveprogressed beyond just existingin research laboratories and arenow actively reshaping our cities,industries, and the very homeswe inhabit, this issue invites youto delve into the heartbeat of aworld that is advancing at anunprecedented pace. As thesetechnologies integrate into oureveryday lives, they bring aboutsignificant changes in how welive and work, making it essentialto understand their impact.Explore the various ways in whichthese innovations are influencingsociety, and consider theimplications for the future. Thetransformation is not justhappening; it is accelerating, andwe must engage with it to fullygrasp the possibilities andchallenges ahead.We explore thegroundbreakinginnovations that areexpanding the horizons ofpossibility, including agilerobots, autonomousdelivery systems, AI-driveninfrastructure, and smartfactories. Central to thisexploration is a crucialquestion: how can wecreate a future wherehumans and machinescoexist and flourish? Joinus as we examine the latestdevelopments in roboticsaround the globe.One of the mostcompelling aspects of thisedition is our "22 Minutes"leadership dialogue,featuring Mr. YeonghoonCho, the former VicePresident of the KoreaAssociation of Robotics.He shares insights from hisimpressive 20-yearjourney in advancingKorean robotics. Joininghim is Mr. Alan, thevisionary founder ofSingapore-based QuikBot,a dynamic startuprevolutionizing last-miledelivery solutions in theregion. Their captivatingconversation offersvaluable perspectives oninnovation, regulation, andthe human impact ofautomation, making it amust-watch for anyoneenthusiastic about thefuture of technology.Whether you're anengineer, entrepreneur,policymaker, or simplycurious about the roadahead, this issue is craftedto inform, inspire, andspark forward-thinkingconversations.Thank you for joining us onthis odyssey. Let’snavigate the future—together.Team IndustrialGuide News AsiaPublisher’sNote

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Insight Outhttps://iiga.news.comPage 01BITO Lagertechnik and Locus RoboticsAnnounce Strategic Partnership toRevolutionize Warehouse AutomationThe partnership leverages BITO’s deep expertise inhigh-quality storage systems and combines it withLocus Robotics’ industry-leading LocusONE™orchestration platform and its intelligent fleet ofLocusBots™. This powerful integration ensures aseamless, tested, and efficient automation solutionthat delivers rapid ROI and can be deployed in recordtime.“This collaboration reinforces our commitment to beinga long-term partner to our clients, supporting theirgrowth through intelligent, future-ready solutions,”said Winfried Schmuck, CEO of BITO Lagertechnik. “Bycombining our innovative racking systems and picktowers with Locus’ robotics technology, we’re able tooffer automation that is precise, disruption-free, andscalable—ideal for today’s fast-paced logisticsenvironments.”BITO Lagertechnik, has entered into a strategicpartnership with Locus Robotics, a global leader in AI-powered warehouse automation. Together, the twocompanies will offer fully integrated, end-to-endsolutions for automated order fulfillment.This collaboration brings together BITO’s advancedstorage solutions and Locus Robotics’ innovativeautomation technology to help businesses acrossvarious sectors adopt adaptive automation strategies.The result: enhanced flexibility, greater productivity,and increased operational efficiency.A Unified Vision for Smarter LogisticsTransforming Operations with Tangible ResultsThe BITO-Locus alliance enables customers to benefitfrom:Rapid return on investment: Reduced labor costsand increased operational efficiency.Scalable, modular systems: Customizable solutionsideal for evolving industries like e-commerce, retail,and healthcare.Quick and seamless deployment: Solutions becomeoperational in just weeks, with minimal disruptionand, in many cases, no need to modify existinginfrastructure.

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“Our partnership with BITO Lagertechnik perfectly aligns with our mission to empowerwarehouses with unmatched flexibility and performance,” said Denis Niezgoda, ChiefCommercial Officer International at Locus Robotics. “Together, we’re delivering real,measurable value to customers, helping them adapt and thrive in today’s competitivelogistics landscape.”Insight Outhttps://iiga.news.comPage 02Looking ahead, the partnership will support businesses in creating future-proof warehouse operations. Byintegrating BITO’s storage technology with Locus Robotics’ intelligent automation, the two companies arepaving the way for smarter, faster, and more efficient supply chain ecosystems.Shaping the Future of WarehousingApptronik and Jabil Collaborate to ScaleProduction of Apollo Humanoid Robots andDeploy in Manufacturing OperationsApptronik, has announced a strategic partnership and pilotprogram with Jabil, a global leader in engineering,manufacturing, and supply chain solutions. The collaborationaims to produce and integrate Apollo humanoid robots intospecific Jabil manufacturing operations—creating a uniquemilestone where Apollo robots will eventually contribute to theproduction of future Apollo units.As part of the pilot, newly built Apollorobots will operate within Jabil’smanufacturing environment to undergoreal-world validation. These humanoids willtake on a variety of simple, repetitiveintralogistics and assembly tasks—includinginspection, sorting, kitting, linesidedelivery, fixture placement, and sub-assembly—before being deployed toApptronik customer locations. At Jabil,Apollo will work alongside humanemployees, allowing people to focus onmore strategic and creative tasks that driveinnovation and enhance operationaloutcomes.

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Insight OutPage 03https://iiga.news.comJabil’s experience in robotics and automation development provides anideal setting to optimize Apollo’s performance. By evaluating theserobots within a top-tier manufacturing environment, both companieswill gain invaluable insights into how general-purpose humanoids can beused to automate and enhance production workflows. This will also helprefine Apollo’s AI capabilities and accelerate adoption in industrialenvironments.As the global manufacturing partner for Apollo, Jabil offers Apptronikthe scale, flexibility, and advanced capabilities to ramp up productionand deliver units worldwide. The partnership allows Apptronik tostreamline its supply chain and tap into Jabil’s global manufacturingfootprint—ensuring high quality, faster time-to-market, and scalablesolutions for customers.Real-World Testing for Scalable AutomationPaving the Way for Affordable, Scalable HumanoidsJabil’s experience in robotics and automation development provides anideal setting to optimize Apollo’s performance. By evaluating these robotswithin a top-tier manufacturing environment, both companies will gaininvaluable insights into how general-purpose humanoids can be used toautomate and enhance production workflows. This will also help refineApollo’s AI capabilities and accelerate adoption in industrial environments.As the global manufacturing partner for Apollo, Jabil offers Apptronik thescale, flexibility, and advanced capabilities to ramp up production anddeliver units worldwide. The partnership allows Apptronik to streamline itssupply chain and tap into Jabil’s global manufacturing footprint—ensuringhigh quality, faster time-to-market, and scalable solutions for customers.“Humanoid robots have thepower to transform how welive and work—but to achievethat vision, we need to scaleproduction quickly, cost-effectively, and globally,” saidJeff Cardenas, Co-founder andCEO of Apptronik. “Ourcollaboration with Jabil isessential to this effort, and byenabling Apollo to assist in itsown manufacturing, we’recreating the foundation for aself-sustaining ecosystem ofrobotics production.”Paving the Way for Affordable,Scalable Humanoids“Automation and robotics havelong been core to ouroperations, and piloting Apollorepresents an exciting evolutionin that journey,” said RafaelRenno, Senior Vice President ofGlobal Business Units at Jabil.“By testing Apollo in real-worldscenarios and manufacturing theunits ourselves, we’re not justsupporting Apptronik’s vision—we’re actively shaping the futureof scalable, intelligentmanufacturing. Theseadvancements enhance Jabil’sability to deliver cutting-edgesolutions for our customersworldwide.”

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“Our collaboration with NVIDIAcontinues to accelerate theadvancement of Digit,” saidPras Velagapudi, ChiefTechnology Officer at AgilityRobotics. “With NVIDIA’scutting-edge hardware andsoftware platforms, we’re ableto rapidly evolve the AIcapabilities that make Digitmore intelligent and adaptablein dynamic, real-worldsettings.”Insight Outhttps://iiga.news.comAgility Robotics, has announced anexpansion of its strategicpartnership with NVIDIA, the globalleader in accelerated computing.Through this collaboration, Agilitywill deepen its use of NVIDIA’sadvanced simulation and learningframeworks—including NVIDIA IsaacSim and NVIDIA Isaac Lab—to trainand refine Digit’s capabilities. Inaddition, Agility will contribute Digitmodels to “Mega,” a blueprintwithin NVIDIA Omniverse designedto support large-scale simulationand deployment of physical AI.Digit will be showcased live atNVIDIA’s GTC AI Conference atBooth #944, demonstratinginnovative and autonomousworkflows in real time.Page 04solutions. These tools allowdevelopers to simulate and trainDigit using reinforcement learningin realistic, physics-based virtualenvironments. This has led tomeaningful advances in roboticbehavior, including step-recoverycapabilities—improving Digit’sbalance and responsiveness tophysical disturbances like bumpsor pushes.Agility RoboticsExpandsRelationship withNVIDIAEnhancing Learning ThroughSimulationEmpowering Real-Time Decision-MakingDigit’s onboard systems nowleverage NVIDIA’s AI accelerationplatform to perform real-timeperception and decision-makingusing reinforcement-learnedcontrollers. This enables Digit toprocess complex sensory inputsand respond to its environmentwith speed and accuracy—essentialfor effective human-robotinteraction in industrialapplications.“Agility Robotics’ work with Digit isa pivotal moment for humanoidrobotics,” said Rev Lebaredian,Vice President of Omniverse andSimulation Technology at NVIDIA.“By combining simulation,reinforcement learning, andphysical AI, Agility is pushing theboundaries of what’s possible inreal-world robotic intelligence.”Building Digital Twins withNVIDIA OmniverseAgility has also gained early accessto NVIDIA Cosmos, a generativeworld platform, and the MegaOmniverse Blueprint, a digitalframework for simulating, testing,and deploying robot fleets at scale.Already in use alongside Agility’sautomotive manufacturingcustomer, Schaeffler, thisintegration allows Agility to digitallyreplicate facility assets like bins andshelves. These digital twins serve asthe foundation for testing andoptimizing workflows prior to real-world deployment, enhancingefficiency and coordination forcustomer solutions.Digit: A Humanoid Robot Alreadyat WorkAgility is scaling its use of NVIDIAIsaac Lab, an open-source modularframework for robot learning,alongside NVIDIA Isaac Sim, apowerful simulation platform fortesting AI-enabled robotics Digit stands as the most advancedMobile Manipulation Robot (MMR)on the market and is currently theonly autonomous humanoid robotcommercially deployed andgenerating revenue in real-worldwarehouse and factoryenvironments. Engineered to adaptto existing infrastructure, Digittakes on some of the most complexand difficult-to-automate workflowsacross various sectors.

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https://iiga.news.comNauticus Robotics, Inc. has announced astrategic acquisition that reinforces itsdedication to innovation and positions thecompany for significant revenue growth in2025. Under the terms of a definitiveagreement, Nauticus will acquire all assetsand operations of SeaTrepid International,LLC, a global expert in subsea roboticservices.By integrating Nauticus’ advanced AI-drivenautonomy software, ToolKITT, intoSeaTrepid’s current fleet of remotelyoperated vehicles (ROVs), the combinedcapabilities will deliver enhanced powerefficiency and operational performance. Thecollaboration between Nauticus' Aquanautand SeaTrepid’s ROVs will unlock newautonomous service opportunities, enablingreal-time subsea coordination and elevatingthe industry's standard for underwaterrobotics. Following the acquisition, thecombined company anticipates revenuelevels approximately nine times higher thanstandalone Nauticus in 2024.John Gibson will continue to serve as CEOand President of the combined entity, whileBob Christ, CEO of SeaTrepid and co-authorof The ROV Manual, will assume the role ofPresident of SeaTrepid Operations. Bothcompanies will retain their existing locationsand teams, reflecting the complementarynature of their services and the anticipatedincrease in project demand through 2025.The acquisition is expected to close in May2025, pending customary closing conditions,including creditor approvals.John Gibson commented, “This strategiccombination will drive significant value forboth customers and shareholders.”Insight OutPage 05Bob Christ added, “Minimal ROV investment over the past fifteen yearshas led to industry stagnation. We are excited to join forces withNauticus to advance ROV capabilities and strengthen globalexecution.”David S. Huber, SVP of Ocean Minerals and former SVP of Operationsand Projects at Deep Gulf Energy and Mariner Energy, noted, “I amthrilled by this news. SeaTrepid has long been a trusted subsea partnerin deepwater operations. This merger, bringing together Nauticus’cutting-edge autonomy with SeaTrepid’s operational expertise, marksa transformative moment for the offshore sector.”Additional strategic insights will be shared in an upcoming fireside chat,with the date and registration details to be announced on the InvestorRelations page of the Nauticus Robotics website.Nauticus Robotics Announces Intent to AcquireSeaTrepid International

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The partnership will see LG Energy Solution’s cylindricalbattery cells integrated into Doosan Bobcat’s keyproduct lines. These batteries are known for their highvoltage, energy density, and durability—critical featuresfor construction equipment operating in harshenvironments with exposure to elements like snow, rain,dust, and extreme temperatures. The robustperformance of LG’s batteries in low temperaturesfurther highlights their reliability and suitability for thesedemanding conditions.Doosan Bobcat, a global player in compact constructionmachinery, has been actively advancing itselectrification initiatives. Earlier this year, the company established a dedicatedelectrification team, and it plans to open a new R&Dcenter in Anyang, Gyeonggi Province in the second half ofthe year to drive further research and testing in batterypack production.“We’re thrilled to partner with Doosan Bobcat, a leaderin the construction equipment space, to develop cutting-edge electrification solutions and expand into this criticalmarket,” said Yooseong Oh, Senior Vice President andHead of LG Energy Solution’s Mobility & IT BatteryDivision. “This collaboration is a key part of ourcommitment to spearheading electrification acrossvarious industries.”Hyunchul (Charlie) Park, CSO and Executive VicePresident of Doosan Bobcat, emphasized, “Thisagreement allows us to develop standardized batterypacks backed by LG Energy Solution’s exceptionalquality and reliability. It positions us to offer advancedsolutions to key markets like North America.”This collaboration aligns with LG Energy Solution’sbroader strategy to diversify beyond electric vehicles bytargeting emerging sectors. As part of its balancedportfolio approach announced last October, thecompany continues to expand into new mobilityindustries such as Urban Air Mobility (UAM) and marineapplications, with the goal of building a sustainablebattery ecosystem across multiple domains.https://iiga.news.comInsight OutPage 06LG Energy Solution has signed a Memorandum ofUnderstanding (MoU) with Doosan Bobcat to co-developbattery pack solutions for compact constructionequipment, marking a significant step toward acceleratingelectrification in this sector.Under the agreement, the two companies will collaborate tocreate standardized battery pack systems suitable for arange of equipment, including skid-steer loaders andexcavators, with a focus on major markets like NorthAmerica. They also plan to expand the partnership toinclude electrification of additional applications, such asgrounds maintenance machinery like tractorsLG Energy SolutionPartners with DoosanBobcat to Jointly DevelopBattery Pack Solutionsfor ConstructionEquipment

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https://iiga.news.comInsight OutPage 07Richtech Robotics Inc., a Nevada-based provider of AI-powered service robots, has announced the openingof its newest One Kitchen location in partnership withGhost Kitchens America. Situated inside the WalmartSupercenter in Peachtree City, Georgia, this marks thethird One Kitchen to launch under the collaborationand the first to feature Richtech's AI-driven Scorpionservice robot. A grand opening celebration isscheduled for March 21st at 9:30 a.m. at 2717 Highway54, Peachtree City, Ga.Richtech Robotics and Ghost Kitchens AnnounceRestaurant Opening at Peachtree City Walmart“We’re seeing rising demand for our AI-enabled service robots in the restaurantsector, as businesses seek to boostoperational efficiency and deliver moreinteractive, memorable customerexperiences,” said Matt Casella, President ofRichtech Robotics. “The launch at PeachtreeCity highlights our growing footprint within oneof the country’s busiest retail environments.We also anticipate this new location willprovide consistent revenue, strong cash flow,and increased profitability.”At this location, Richtech’s Scorpion robot will serve a variety ofbeverages, including coffee, milk tea, and fruit teas. Equipped withNVIDIA AI technology, Scorpion can engage with customers,adapt to environmental changes, and prepare drinks with highprecision and consistency.The Peachtree City One Kitchen will be operated by AlphaMaxManagement LLC, a subsidiary of Richtech Robotics, which willintegrate robotics and AI cloud technologies to optimizerestaurant operations.BYD Launches DiPilot 100 with Horizon’s Journey™ 6SeriesBYD has made a significant leap in smart mobility with the launch of its cutting-edge DiPilot Advanced SmartDriving System, reinforcing its mission to bring advanced driving technologies to the masses. This milestonealso marked the global debut of Horizon Robotics’ latest automotive-grade processor series, Journey™ 6, nowpowering BYD’s DiPilot 100 system—ushering in a new era of affordable, high-level smart driving.The DiPilot 100 system, featuring a tri-camera configuration, is being rolled out across multiple BYD vehiclemodels. It delivers enhanced capabilities such as high-speed navigation and intelligent parking assistance.Horizon Robotics, a key ADAS technology partner to BYD, is applying its leading hardware-software integrationexpertise to lower the cost barriers of advanced driver assistance, enabling broader access to intelligent drivingsolutions.

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https://iiga.news.comInsight OutPage 08With DiPilot 100-equipped BYD vehicles already reaching customers, the Journey™ 6 series has officially entered full-scalemass production as of February 2025. Designed to perform across diverse driving scenarios, the Journey™ 6 lineup offersscalable performance with various models optimized for both capability and cost-efficiency. Its deployment in the DiPilot100 marks the integration of all four generations of Horizon’s Journey™ processors across BYD’s product range.To date, Horizon has supplied over one million units of its automotive-grade processing hardware for BYD vehicles—anumber that continues to grow in step with BYD’s market expansion. Looking forward, the Journey™ 6 series is set tofurther enhance BYD’s DiPilot platform, powering next-generation models and accelerating the widespread adoption ofsmart driving technologies that are safer, more accessible, and more enjoyable for everyday drivers.Samsung Secures aLeadership Position at3GPPSamsung Electronics has announced asignificant milestone in its leadership intelecommunications, securing a key positionwithin the 3rd Generation Partnership Project(3GPP), the world’s largest body fordeveloping telecom standards.At the recent 3GPP plenary meeting held onMarch 12 in Incheon, Dr. Younsun Kim, aMaster at Samsung Research, was electedChair of the Technical Specification GroupRadio Access Network (TSG RAN). This groupplays a crucial role in shaping global wirelesstechnology standards, overseeing everythingfrom the physical layer to protocol aspectsand radio resource control.Dr. Younsun Kim, Master at Samsung Research

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https://iiga.news.comInsight OutPage 09Commenting on the appointment, Dr. Kim said,“Being elected Chair reflects Samsung’sleadership in mobile communicationtechnologies. As we move toward 6G,standardization will require a broad collaborativeeffort across the entire mobile ecosystem. I’mcommitted to guiding 3GPP TSG RAN in thisimportant work.”Founded in 1998, 3GPP brings together globaltelecom giants like Samsung, Apple, Qualcomm,Huawei, Ericsson, and Nokia to drive theevolution of mobile technology standards. Dr.Kim, who has served as Chair of RAN WorkingGroup 1 (RAN WG1) since 2021, has alreadyplayed a pivotal role in advancing 5G physicallayer technologies over the past four years.With his new role beginning in May, Samsung ispoised to play a leading role in the developmentand standardization of 6G technologies. Thecompany currently holds more chair positionswithin 3GPP than any other, including key rolesin RAN WG1, SA WG2, and vice-chair roles acrossmultiple other working groups. Dr. Kim’s electionfurther solidifies Samsung’s influence within theorganization’s more than 800 membercompanies.As the industry prepares for the next phase of mobile communication,the focus shifts from just faster data speeds to more sustainable andintelligent networks. 3GPP is expected to initiate formal 6G research inthe second half of this year, with goals including increased energyefficiency, AI-enhanced network performance, and quantum-resilientsecurity measures.Samsung is already shaping the future of 6G with its recently publishedwhite paper, AI-Native & Sustainable Communication, which outlinesthe company’s vision and ongoing research efforts in next-generationmobile technologies.With Dr. Kim’s leadership and Samsung’s continued innovation, thecompany is well-positioned to drive the global standardization andevolution of 6G, reinforcing its role as a key player in the advancementof mobile communication.Kraken Robotics Expands U.S. Footprint with Acquisitionof 3D at DepthKraken Robotics Inc. (“Kraken” or the“Company”) has announced that one of itssubsidiaries has entered into a definitivemerger agreement to acquire 100% of theshares of 3D at Depth, Inc., a U.S.-basedleader in subsea LiDAR imaging andmeasurement technology. The all-cashtransaction is valued at approximatelyUS$17 million, subject to customaryadjustments for debt and working capital.The deal is expected to close on or aroundApril 1, 2025, pending standard closingconditions and lender consent.

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https://iiga.news.comInsight OutPage 10Established 15 years ago, 3D at Depth operates out ofLongmont, Colorado, with service hubs in Houston, Texas,and satellite offices in Norwich and Aberdeen, UK. Thecompany employs 56 professionals and is renowned for itsproprietary underwater LiDAR technology that enablesprecise, high-resolution data collection to supportinformed decision-making around subsea assets andinfrastructure.3D at Depth has achieved impressive growth, with acompound annual growth rate (CAGR) of 20% over thepast three years. In 2024, the company reportedunaudited US GAAP revenue of US$14 million, gross profitof US$8.4 million (a 60% margin), and US$1.1 million inoperating income. Demand for the company's advancedLiDAR services has driven a 45% increase in averageproject value during the same period, reflecting a growingindustry focus on accuracy, data quality, and riskreduction in subsea asset management.3D at Depth BackgroundHighly Skilled Team with Deep Operational Expertise – 3Dat Depth brings to Kraken a seasoned leadership team anda workforce of specialized engineers and operational staffwho have executed more than 450 projects across 18countries on six continents. The company offers acomprehensive suite of services—ranging frommeasurement and inspection to diagnostics, assetmonitoring, and trend analysis—powered by its advancedunderwater LiDAR technology. This technology has beensuccessfully deployed across a variety of surveyplatforms, including diver platforms, remotely operatedvehicles (ROVs), remotely operated towed vehicles(ROTVs), crawlers, and uncrewed underwater vehicles(UUVs). These capabilities align seamlessly with Kraken’scurrent service offerings, enhancing its overall marinesurvey expertise.Robust Customer Base and High Repeat Business – Overthe past 15 years, 3D at Depth has cultivated strongrelationships with a diverse group of clients in offshore oiland gas and related sectors. With more than 60 customersglobally and over 25 Master Service Agreements (MSAs),the company is often specified as the preferredtechnology provider in project tenders. While a significantportion of its offshore survey work is U.S.-based, thecompany has completed more than 1,000 metrologyservices across six continents—demonstrating its globalreach and customer trust.Growing Market Demand – Demand for 3D at Depth’sadvanced data solutions is expected to continue rising,especially as offshore industries increasingly adopt digitaltwin technology. The company’s client base includes top-tier players in the energy sector, defense, marine science,and infrastructure. Its underwater LiDAR technology isused across critical applications such as dimensionalcontrol, field mapping, leak detection, metrology, andasset inspection. In addition to expanding geographicallyand growing its existing client accounts, 3D at Depth is alsowell-positioned to enter high-potential markets likeoffshore wind, aquaculture, and subsea mining.Operational and Technological Synergies – Krakenanticipates multiple synergies from the acquisition,including cost efficiencies in supply chain, facilities,insurance, and professional services. The merger will alsoaccelerate technology development by leveraging bothcompanies’ platforms and enhancing R&D through anintegrated feedback loop as innovations are deployed,tested, and refined within Kraken’s service operations.Strategic Fit with Kraken’s SeaVision Technology – 3D atDepth’s subsea LiDAR technology is highlycomplementary to Kraken’s SeaVision laser scannersystems, developed since 2017 and supported by productsales, government funding, and major commercialcontracts. SeaVision has amassed extensive subseadatasets in markets such as Brazil, Canada, Denmark,Estonia, Germany, Nigeria, Norway, and Poland.

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https://iiga.news.comInsight OutPage 113D at Depth adds capabilities in deeper waterapplications (over 300 meters) and brings uniquefeatures like non-contact vibration andtemperature measurement, as well as remoteoperational expertise for scalable metrologyservices.Together, Kraken and 3D at Depth will provide abest-in-class suite of subsea optical metrology andasset integrity tools. Kraken will also significantlyenhance its service and rental capabilities, offeringthe industry’s largest fleet of proprietary subseaoptical LiDAR systems—with over 20 sensorsavailable and additional units in production tomeet increasing customer demand.Management Comments“The acquisition of 3D at Depth builds uponKraken’s expertise in subsea optical systems,developed through our SeaVision product line, andsignificantly expands our subsea service offeringby adding high-value, high-margin solutions thatfeature differentiated capabilities,” said Greg Reid,President and CEO of Kraken Robotics. “With 3D atDepth, we are acquiring an industry leader with anestablished customer base, strong gross margins,and gain an expanded presence in the UnitedStates, with new offices in Texas and Colorado.This acquisition immediately strengthens ourpresence in the U.S. Gulf region, complementingour historically strong book of subsea serviceswork in Northern Europe. Robotic Telesurgery Data from Collaboration withCorewell Health™ Accepted for Presentation at theCardiovascular Research Technologies Annual MeetingThis also provides Kraken with a strategic entry point into the U.S.market. Following completion of the acquisition, Kraken will beable to offer a more comprehensive suite of world-class subseaacoustic and optical imaging technologies and services, reinforcingour SAS, SeaVision and SeaPower capabilities. Additionally,establishing our first U.S.-based facilities enhances our ability toscale manufacturing operations in the U.S. as demand continuesto grow.”“We are excited to close this transaction and bring together ourhigh-resolution LiDAR technology with Kraken’s advanced suite ofsubsea imaging products and services,” said Carl Embry, Founderand CEO of 3D at Depth. “Integrating with Kraken enables us toaccelerate our growth plans by expanding into new geographicmarkets where Kraken already has an established footprint. Inaddition, our combined technology and service offerings allow usto bring enhanced and more complete solutions to both of ourclient bases throughout the lifecycle of their operations.”Microbot Medical Inc., the company behind the innovativeLIBERTY® Endovascular Robotic System, has announced asignificant development in its ongoing collaboration withCorewell Health™. As part of a joint initiative to explore robotictelesurgery for endovascular procedures, the twoorganizations have achieved a new milestone. The project,spearheaded by Dr. Ryan Madder—Section Chief ofInterventional Cardiology and Director of the Cardiac CathLab at Corewell Health in Grand Rapids, Michigan—evaluatesthe feasibility of using the LIBERTY® system to conductsimulated cardiovascular procedures between two sites fivemiles apart within the Corewell Health network.

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https://iiga.news.comInsight OutPage 12This collaborative research has been accepted forpresentation at the upcoming CardiovascularResearch Technologies (CRT) annual meeting,taking place from March 8–11, 2025, in WashingtonD.C., and will also be featured in the Journal of theAmerican College of Cardiology (JACC):Interventions online edition.Abstract Title: Feasibility of TeleroboticCoronary Artery Wiring Using A NovelMiniaturized Robotic System: A Pre-clinical ExVivo StudyPresenter: Trisha Gomez, MDPresentation Date/Time: Monday, March 10,2025, 4:12–4:20 PM ETLocation: Theater #4Commenting on the study, Dr. Madder noted, “The LIBERTY®robotic system demonstrated strong performance in a teleroboticenvironment. Its compact, disposable design opens up promisingopportunities for the future of remote endovascular procedures.”Microbot Medical’s Chairman, CEO, and President Harel Gadotadded, “We are thrilled that this cutting-edge research, incollaboration with Dr. Madder and Corewell Health, has earned aplace on CRT’s stage. This reflects the growing importance oftelesurgery in shaping the future of healthcare delivery. Integratingremote surgical capabilities is a key pillar of our long-term vision forLIBERTY®. We’re confident this technology will enhance access toadvanced medical care for patients in underserved and remotelocations across the U.S. and globally.”CRT is a premier educational event showcasing the latest incardiovascular technology and procedural advances. It bringstogether interventional and general cardiologists, surgeons, cathlab professionals, and researchers committed to progress incardiovascular medicine.Note: The telesurgery functionality of the LIBERTY® system is still indevelopment and is not currently included in Microbot Medical’spending 510(k) submission to the U.S. Food and DrugAdministration.

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Dassault Systèmes has announced a decade-longpartnership with the Chair and Institute forMachine Elements & Systems Engineering (MSE) atRWTH Aachen University—one of Europe’s premierengineering institutions—to strengthen the skills offuture engineers and drive innovation in industrialproduct development across Germany.As part of this collaboration, RWTH Aachen’smechanical engineering curriculum—impacting upto 13,000 students—will integrate DassaultSystèmes’ 3DEXPERIENCE platform on the cloud.This move establishes the platform and its model-based systems engineering (MBSE) capabilities asthe foundation of engineering education at theuniversity. Through this, students and juniorengineers will gain hands-on experience withcutting-edge virtual twin technologies in aconnected environment that unites modeling,physical and AI-based simulations, and end-to-endsystem parameter traceability.The initiative is designed to equip students withpractical, job-ready skills applicable acrossindustries, reducing onboarding time andaccelerating their professional journey.Beyond education, the partnership will also focuson collaborative research between DassaultSystèmes and MSE to further advance MBSE toolsand methodologies. Innovations emerging fromthese efforts will be channeled to industry throughthe Center for Systems Engineering (CSE), aninterdisciplinary research and innovation hub onthe RWTH Aachen Campus that bridges academicresearch with industrial application.“The transition to a seamless, AI-enhanceddigital product development processdemands engineers well-versed in MBSEtechniques,” said Professor Georg Jacobs,Director of MSE at RWTH Aachen. “Adoptingthe 3DEXPERIENCE platform is the logicalstep for us. This collaboration is the largestof its kind for any major technical universityand will enhance the innovative capabilitiesof our industrial partners in the long term.”https://iiga.news.comInsight OutPage 13Dassault Systèmes and RWTH Aachen University Partnerto Shape the Systems Engineering Skills of the FutureWorkforceModel-based systems engineering plays a critical role in thedesign and development of complex systems such asautonomous vehicles, aircraft, and medical technologies. As morecompanies prioritize sustainability and circularity, demandcontinues to grow for engineers skilled in advanced modeling andsimulation.“Systems engineering is key to driving innovation in today’sGenerative Economy,” said Valérie Ferret, Vice President of3DEXPERIENCE Edu at Dassault Systèmes. “Through ourpartnership with MSE and CSE, we are preparing students withthe competencies they need for tomorrow’s workforce—helpingclose the skills gap, boost employability, and accelerate the paceof digital transformation in German industry. This is the realimpact of the 3DEXPERIENCE platform and cloud technology.”The collaboration was officially unveiled in Aachen during CWD &DSEC 2025—an event focused on drivetrain technologies,systems engineering, and wind power drive systems.

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Developed in partnership with Areas—Spain’s topmultinational travel restaurant operator—andseveral technology collaborators, SELF representsa breakthrough in food service innovation.Powered by a KUKA robotic arm, the autonomousrestaurant integrates cutting-edge artificialintelligence and machine vision to efficientlymanage and deliver customer orders. Thisadvanced system allows SELF to adaptdynamically to its surroundings, boostingoperational efficiency and enhancing servicequality in real time.https://iiga.news.comInsight OutPage 15KUKA and Areas drive the catering revolution withArtificial Intelligence at Josep Tarradellas Barcelona-ElPrat airportThe use of AI in SELF brings a range oftransformative advantages:Operational Efficiency: SELF can manage up tosix orders simultaneously while optimizinginventory and procurement processes,ensuring swift and precise service.Consistent Quality: Machine vision enables thesystem to uphold high standards across alldishes, ensuring freshness and accuracy withevery order.Personalized Service: Seamless collaborationbetween robotic systems and human staffprovides a more tailored and efficient diningexperience for each guest.Sustainability: SELF is designed with energy-efficient technology and uses recyclablematerials, supporting the environmental goalsshared by both KUKA and Areas.Innovative Technology Redefines DiningHarnessing AI for the Future of Food ServicePioneering the Future of Airport DiningThe launch of SELF at Josep Tarradellas Barcelona-El Prat Airportmarks a transformative moment in airport catering, establishing anew benchmark for the food service industry. By integratingrobotics and artificial intelligence, SELF is reshaping how meals areprepared and served—delivering unmatched efficiency, accuracy,and personalization. These advanced technologies also supportsmarter resource management, minimizing waste and enhancingsustainability across operations.“We’re thrilled to be part of this groundbreaking initiative thatmerges our cutting-edge robotics with artificial intelligence tocreate a truly unique dining experience,” said Fernando Sanchez,CEO of KUKA Iberia. “This marks the beginning of a new era whereautomation and AI will redefine the food industry, setting newbenchmarks for efficiency, quality, and personalization.”The synergy between robots and humans not only enhancesoperational efficiency but also allows staff to focus on moremeaningful, human-centric roles such as customer interaction andpersonalized service. This technological advancement represents apivotal step forward in the evolution of foodservice, whereinnovation and technology come together to elevate the diningexperience.

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The Korea Atomic Energy Research Institute (KAERI) has announced thata consortium comprising KAERI, Hyundai Engineering Co. Ltd., and U.S.-based MPR Associates has been selected to lead the design study phasefor the University of Missouri’s second research reactor. This milestonemarks Korea’s first participation in a U.S. nuclear reactor project,significantly strengthening Korea-U.S. nuclear collaboration.Led by Dr. In-cheol Lim, Executive Vice President of KAERI, theconsortium will conduct programming, regulatory analysis, andenvironmental assessments during the design study phase.The planned 20+ MW research reactor will enhance the capabilities ofthe University of Missouri’s existing facility and support newapplications, including advanced cancer treatment. KAERI brings morethan 30 years of proven expertise to the project, with a track record thatincludes the design and operation of Korea’s HANARO research reactorand contributions to international initiatives like the Jordan Researchand Training Reactor, system upgrades in Bangladesh, and neutronsource installation for the Delft reactor in the Netherlands.Korea’s nuclear research journey began in 1959 with the TRIGA researchreactor, developed with U.S. support. Today, 65 years later, Korea hasemerged as a trusted provider of advanced research reactortechnologies for the U.S., underscoring the nation’s remarkable progress—particularly in the development of high-performance nuclear fuel.This fuel technology, which offers 10% higher uranium density thanconventional options, plays a key role in boosting reactor efficiency whileminimizing spent fuel. Only a few countries in the world possess this levelof advanced nuclear capability.https://iiga.news.comInsight OutPage 16Korean nuclear expertise drives the New ResearchReactor Project in the United StatesKAERI President Han Gyu Joo stated,“Securing the design study contract marks anew chapter of success for KAERI. Building onthis achievement, we will continue to leadadvancements in nuclear science andapplications through the development anddeployment of research reactors and othernuclear technologies.”Dr. In-cheol Lim emphasized the broaderimpact, saying, “This landmark project notonly strengthens Korea’s position as a globalleader in the nuclear sector, but also presentsa valuable opportunity for the Korea-U.S.alliance to drive shared progress throughscience and technology.”University of Missouri President Mun Choiadded, “This is a historic milestone for ouruniversity, our state, and the future of nuclearscience and medicine. NextGen MURR reflectsour dedication to life-changing research. It willposition Mizzou at the forefront of medicalisotope production and pave the way forbreakthroughs in science, engineering, andhealthcare.”The consortium is expected to complete theconceptual design by the end of 2026. Thefindings from this initial design study phasewill feed into the subsequent preliminarydesign and licensing phase, which will proceedunder a separate agreement.

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“China has managed tomodernize its manufacturingsector at an unprecedentedrate,” said Takayuki Ito,President of the InternationalFederation of Robotics. “Withthe launch of its nationalrobotics strategy in December2021, China has created apowerful roadmap forenhancing globalcompetitiveness.”Insight Outhttps://iiga.news.comPage 17China’s National Development andReform Commission has unveiledplans to establish a state-backedventure capital fund dedicated toadvancing robotics, artificialintelligence, and other cutting-edge technologies. The long-terminitiative aims to attract close to 1trillion yuan (approximatelyUS$138 billion) in investmentsover the next 20 years from bothlocal governments and the privatesector. This strategic move is partof China's ongoing efforts to buildon its technology-driven growth inmanufacturing. Over the pastdecade, China has boosted itsshare of global industrial robotinstallations from around 20% toover 50%.China to Invest 1Trillion Yuan inRobotics andHigh-TechIndustriesDomestic robotics companies have rapidly expanded their presence inthe Chinese market, with their share of annual industrial robotinstallations rising from 30% in 2020 to 47% in 2023. This growth hasbeen fueled by surging domestic demand across various sectors,particularly in consumer goods. In 2023, nearly two-thirds of all industrialrobots used in the global electronics industry were installed in China.Local suppliers now meet 54% of this domestic demand—equivalent toabout one-third of the world’s electronics sector needs. In the metal andmachinery sector, Chinese companies have captured an even greaterdomestic share of 85%.The Rise of China’s Robotics SectorVenture Capital for InnovationLooking ahead, China is focusing on the integration of robotics with otheremerging technologies such as AI, advanced components, and intelligentmanufacturing solutions. This commitment is evident in the recent pushto position humanoid robots as a key area of innovation and theestablishment of the new state-backed venture capital fund.“China has showcased the advantages of scale in driving technologicalprogress,” said Dr. Dietmar Ley, Chairman of VDMA Robotics +Automation. “Significant investments in humanoid robots are underway—not just in China, where there's a national strategy for this sector, butalso in the US, backed by major venture capital. Europe must act swiftlyto remain competitive. It is vital that European humanoid roboticstransitions from research labs to scalable, commercially viableproduction. A unified strategy is essential to keep Europe at theforefront of global robotics innovation.”

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Insight Outhttps://iiga.news.comPage 18The Spanish Air and SpaceForce has officiallywelcomed its first AirbusA330 MRTT (Multi-RoleTanker Transport) intoactive service with the45th Wing. This marks theinitial delivery of threemulti-role aircraft orderedby Spain’s Ministry ofDefence in November2021.Stationed at Torrejón deArdoz Air Base in Madrid,the aircraft was deliveredfrom Airbus’s conversioncentre in Getafe, wherethe A330 MRTTs aretransformed into fullyoperational tankers andtransporters.First Airbus A330 MRTT for the Spanish Air and SpaceForce enters into serviceIts wide-body design alsoenables it to carry up to 300troops or 45 tonnes (99,000pounds) of cargo.Additionally, it can beequipped with a MEDEVAC(Medical Evacuation) kit,featuring stretcher modulesand intensive care units.The second and third A330MRTTs for Spain arecurrently being converted atthe Getafe facility. Prior toconversion, these aircraftwere already in use by the45th Wing for strategictransport missions, such asduring the Pacific Skiesexercise in 2024 andevacuation operations fromNiger and Sudan.“With the induction of the A330 MRTT, theSpanish Air and Space Force now operatesthe most advanced tanker aircraftavailable,” said Jean-Brice Dumont, Head ofAir Power at Airbus Defence and Space.“This platform enhances Spain’sinteroperability with allies, strategicautonomy, and significantly bolsters itsaerial refuelling, medical evacuation, andpower projection capabilities.”The A330 MRTT features a modern hose-and-drogue refuelling system and boasts a flightendurance of over 18 hours and a range of up to16,000 kilometers. It is the only operationalnew-generation aircraft that combines bothaerial refuelling and strategic airlift functions.With a fuel capacity of 111 tonnes withoutadditional tanks, the aircraft is ideally suited forlong-range refuelling missions.

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Insight Outhttps://iiga.news.comPage 19Samsung Electronics and KT Corporationhave signed a memorandum ofunderstanding (MOU) this month tocollaborate on the research anddevelopment of next-generationcommunication technologies, with afocus on enhancing 6G signal quality.Through this partnership, the twocompanies will work on advancing multi-antenna technologies to improve signalcoverage across prospective 6Gfrequency bands. In addition, they willexplore the integration of artificialintelligence into wireless communicationsystems, aiming to boost networkstability and overall performance as theypave the way toward future 6Ginfrastructure.As global conversations around futurecommunication standards continue,Samsung Electronics and KT Corporationhave launched joint research intoeXtreme multiple-input multiple-output(X-MIMO) — an ultra-high-densityantenna technology designed to boost6G coverage and increase datatransmission speeds.The World Radiocommunication Conference 2023 (WRC-23),hosted by the International Telecommunication Union (ITU),identified the 7 GHz band (7.125–8.4 GHz) as a strong candidatefor 6G deployment. This band is viewed by the global mobilecommunications industry as a promising option due to itsfavorable characteristics and spectrum availability. However,since it operates at a higher frequency than the 3.5 GHz C-bandcurrently used in 5G, it experiences greater signal path loss — akey challenge that must be addressed to achieve comparablecoverage.To tackle this, Samsung and KT will collaborate on beamformingtechnology, which directs signals precisely toward users, andmulti-spatial transmission, which enables simultaneous datadelivery to multiple users via several beams. X-MIMO systems inthe 7 GHz band will require more antennas than those used in 5G,demanding system architectures that can efficiently manageultra-dense antenna configurations.The companies also plan to explore the fusion oftelecommunications and artificial intelligence to improve the userexperience, especially in areas with weaker signal coverage. AI willhelp predict and mitigate potential communication issues, such asinterruptions in video streaming.“We are dedicated to advancing innovative 6G technologies thatimprove the efficiency of the 7 GHz band and elevate the userexperience,” said Angelo Jeongho Park, Executive Vice Presidentand Head of the Advanced Communications Research Center atSamsung Research. “This collaboration with KT will beinstrumental in driving the future of communications throughsmart, cost-effective innovation.”“By working with Samsung Electronics, we aim to develop next-generation network technologies that set new standards for userexperience,” added Jong-Sik Lee, Executive Vice President andHead of the Future Network Laboratory at KT. “We will continue tointensify our efforts to lead the way in 6G innovation.”SamsungElectronics andKT CorporationCollaborate on 6GResearch ToImprove SignalQuality

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"UL Solutions’ Marketing Claim Verification ensuresconsumers can trust product claims,” said Todd Denison,Senior Vice President of Global Regions at UL Solutions.“By using a rigorous, science-backed assessment alignedwith Eyesafe standards, we empower consumers to makeinformed decisions about screen time and health.”https://iiga.news.comLG Display, has announced that all its OLED panels for TVs andmonitors have received Eyesafe® Display Requirements 3.0Verification from UL Solutions. This certification confirms thepanels meet the latest blue light management standards developedby Eyesafe in collaboration with eye health experts and validatedby UL Solutions, a leading authority in applied safety science.Unlike earlier certifications that only considered blue lightemissions in the 435–440 nanometer (nm) range, the new Eyesafestandards take a more holistic approach. They evaluate a display'spotential impact on circadian rhythms — particularly melatoninproduction, which plays a key role in sleep quality.To meet the Eyesafe Display Requirements 3.0, displays mustdeliver over 90% color accuracy based on the DCI-P3 standard,achieve a minimum Circadian Protection Factor (CPF) score of 35for emissions in the 480–500 nm range, and a Radiance ProtectionFactor (RPF®) score for the 435–440 nm range. LG Display's OLEDpanels exceeded expectations with leading scores of CPF 60 andRPF 40, placing them on par with high-performance screenprotection films used for monitors and smartphones. Thisachievement underscores the company’s commitment to reducingeye strain and supporting healthy sleep patterns.LG Display Earns Industrys First UL Solutions EyesafeVerification for TVs and MonitorsInsight OutPage 21Further validating its technology, LGDisplay previously collaborated withKookmin University on a clinical studythat found viewers of OLED TVsexperienced an 8.1% increase inmelatonin secretion during evening use,compared to a 2.7% decrease in thosewatching Mini LED TVs — highlighting theeye- and sleep-friendly advantages ofOLED technology.In addition to blue light reduction, LGDisplay's OLED panels have earnedFlicker-Free and Reflection-Freecertifications, reinforcing theirreputation as a top choice for userwellbeing.“This certification by a respected,independent organization sets a newbenchmark for selecting displaysdesigned with human health in mind,”said Soo-young Yoon, CTO and ExecutiveVice President at LG Display. “We remaincommitted to creating customer valuethrough continuous innovation andtechnological leadership.”

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“We are grateful for Christophe’scontributions to the Robotics division andthe broader Stäubli Group,” said GeraldVogt, Group CEO. “While we are sad to seehim go, we respect his decision and areconfident in Adrien’s ability to guide thedivision forward with strength and clarity.”Stäubli, has announced a leadership transition within itsRobotics division. Christophe Coulongeat, the currentExecutive President of Robotics, will step down on March31, 2025, to explore new professional opportunities. Thecompany has already initiated the search for his successor.In the interim, Adrien Brouillard, currently serving as GlobalHead of General Industry & Customer Services, will takeover as Executive President of the Robotics division. Sincejoining Stäubli in 2008, Adrien has accumulated over 14years of experience in customer support, transformationmanagement, and team performance optimization. Hisstrategic mindset and leadership skills will be instrumentalin ensuring continuity and stability during the transitionperiod.https://iiga.news.comInsight OutPage 23Stäubli group announces interim leadership for itsRobotics divisionStäubli remains fully committed to delivering top-tier serviceand cutting-edge solutions. The company’s dedicated teamwill continue to support its customers seamlessly throughoutthis leadership change.

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ABB launches ‘RoboMasters’personalized training apphttps://iiga.news.comTechnology & ProductsPage 25“With over four million industrial robots in use worldwide,finding people with the skills to use robotic automation isbecoming a vital competitive differentiator for companiesacross multiple sectors, from manufacturing to retail,” saidMichael Hose, Managing Director, Robotics Customer Service.“Offering a flexible and cost-effective training tool, ourRoboMasters app opens new possibilities for businesses andindividuals to acquire the skills needed to learn and master allaspects of robot operation.”ABB has already established itself as a leadingtrainer on robotic automation, with over 25,000people per year attending courses in its 40 globaltraining centers. The RoboMasters app builds onthese physical training courses to provide aconvenient, easy-to-use tool for users to createand manage their own learning paths. Designedfor anyone at any level of expertise, the app canbe tailored to deliver personalized learningexperiences, aided by features such as tips-and-tricks videos, feeds and a community functionenabling discussions and exchanges with peersand trainers.Available in over 50 languages, course materialsare presented in a variety of formats, includinginteractive lessons, simulations, and challengesto enhance the user’s robotics expertise. Tomaximize user engagement and interaction, theapp also utilizes social learning techniques likegamification, competition, rewards, achievingtargets, and ranking. As with ABB’s in-persontraining courses, users will receive a certificate onpassing all modules within a course unit, whichcan be used as proof of competence inprogramming and using ABB robots.For businesses, using the app as part of theirrobot training efforts can reduce or eliminate thecost and disruption of sending employees onphysical courses, especially in locations that maynot be close to ABB’s training center network.The app can also be used as a refresher for ABB’sphysical courses, enabling past delegates topractice and further develop their skills using theprovided materials and learning functions. Thisadds value for businesses both by maximizing theoriginal investment in attending ABB’s trainingcourses and providing users with an ongoing wayof staying up to date on the latest developmentsand techniques.ABB has launched RoboMasters, a new app-based training tool offeringunprecedented flexibility for learning the skills to program and operateABB robots. Providing access to a wide range of ABB robot trainingcourses delivered in modules, the app enables users of any level ofexperience to create their own learning paths at their own pace.Building in-house skills needed to manage robots can be a hurdle formany businesses that are considering investing in robots. In a globalsurvey of 1,650 companies by ABB Robotics*, 34 percent of respondentsidentified a lack of skills and concerns about complexity as a barrier tousing robots in their businesses. Of these, 29 percent said they wouldreconsider their decision if training was available.

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SCALLOG builds autonomous logistics robot“Boby” with robust and lubrication-free plasticplain bearings from igusThe French company SCALLOG has developed anautonomous robot called “Boby” that cantransport shelves weighing up to 600kg in logisticswarehouses. To maximise the robot’s range andminimise maintenance, the engineers rely onlubrication-free iglidur plain bearings from plasticsspecialist igus, which are wear-resistant andsignificantly lighter than comparable metalsolutions.The work of order pickers in e-commercewarehouses is physically demanding. Every day,they travel up to 15km to pick up the productsneeded for orders from the shelves. The Frenchcompany SCALLOG has developed “Boby” torelieve employees and increase their performance.The autonomous logistics robot can independentlytransport shelves to the picking station and thusmanage up to 600 picks per hour. Several robotscan also work in a swarm, allowing the automationcapacity to be scaled flexibly. According toSCALLOG, this leads to a 40% increase inproductivity. The solution is now used not only in e-commerce, but also in industry, e.g. at Decathlon,Farmy, Bricolux and the Blondel Group.Polymer plain bearings withstand high loadsThe engineers faced a particular challenge whendeveloping “Boby”. They had to find plain bearingsfor the scissor joints of the integrated lifting tablethat were robust enough to bear the weight of theshelves, which can amount to 600kg. At the sametime, the bearings had to be low-maintenance,cost-effective and compact enough for the robot’slimited installation space. For this reason, theengineers decided in favour of iglidur G slidebearings from igus. Thanks to the use oftribologically optimised high-performancepolymers that are optimised for friction and wear,they are particularly resistant and durable evenwhen subjected to high edge loads and impacts.This means that they still operate reliably even witha load capacity of 600kg. To ensure this, the plainbearings are put through their paces in advance inthe igus test laboratory. The results of the weartests are documented and fed into an online toolthat allows users to easily calculate the service lifeof their product.This robot piggybacks 600kg shelveshttps://iiga.news.comTechnology & ProductsPage 26The self-lubricating effect reduces operating costs and improvesthe environmental footprintAnother advantage is that the polymer bearings do not require anyadditional lubricants. Solid lubricants incorporated into the materialensure low-friction dry operation. As a result, the bearings aremaintenance-free and represent a cost-effective alternative to metalplain bearings. Users save costs for maintenance, labour and lubricants,particularly in the case of large robotic swarms. At the same time, thepolymer plain bearings also have a demonstrably positive impact on theenvironment, as an independent study by RWTH Aachen Universityshows. The elimination of lubricants reduces the environmental impactand energy consumption during production, use and disposal at the endof the service life. Lubrication-free plastic bearings therefore have alower CO2 footprint and also contribute to more sustainableproduction.

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https://iiga.news.comTechnology & ProductsPage 27Order picking like at a drive-in counterAs they require neither lubrication nor maintenance, iglidurplain bearings reliably fulfil their task in the SCALLOG logisticsrobot. And this is how “Boby” works: as soon as the pickerstarts an order on the computer, the 1m-long autonomousrobots, which look like lawn-mowing robots, travel to theappropriate storage locations. With a height of just 450mmand a width of 650mm, the autonomous vehicles are compactenough to drive under the shelves. Adds Powerful, Breakthrough Innovationsto LocusONE™ Platform Developed byLocusLABS to Drive High Performance,Efficiency, and Enterprise Scalability forWarehouse Fulfillment OperationsOnce there, they lift them using an integrated scissorsystem and then travel to the picking station at a speed ofup to 1.5km/h. The robots are equipped with an opticalsensor and orientate themselves along a marking that isglued to the floor. When they arrive at the picking station,they pass the employee one after the other like in a drive-in, so that the employee can conveniently take theproducts from the shelves. The robots can workautonomously for up to 14 hours without interruption andwithout recharging.Locus Robotics Introduces LocusINTELLIGENCE, theFuture of AI-Driven Warehouse AutomationLocus Robotics, announcesLocusINTELLIGENCE, a powerful,groundbreaking, AI-driven businessintelligence software layer within theLocusONE™ platform. Designed to providereal-time decision-making, continuousoptimization, and deep operational insights,LocusINTELLIGENCE enables fulfillmentoperations to achieve unmatched flexibility,throughput, and efficiency. Locus will showcase a range of next-generation AI advancements developedthrough LocusLABS , the dedicated R&D division of Locus Robotics, atLogiMAT in Germany and ProMat in the United States. “At Locus Robotics, we are not just deploying robots—we’re deliveringintelligence,” said Rick Faulk, CEO of Locus Robotics. “Our investment in AI,software, and next-generation automation technologies sets us apart as theleader in warehouse efficiency and fulfillment innovation. ThroughLocusINTELLIGENCE and LocusLABS, we are continuously developingsolutions that allow our customers to maximize throughput, scale withconfidence, and adapt to the evolving logistics landscape.”

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https://iiga.news.comTechnology & ProductsPage 28LocusINTELLIGENCE: The AI Powerhouse DrivingLocusONE™ LocusINTELLIGENCE is the advanced AI and analyticsengine that powers the LocusONE™ platform, leveragesmachine learning, predictive analytics, and real-timeoperational data, LocusINTELLIGENCE continuouslyadapts and optimizes fulfillment operations at scale. AI-Powered Decision-Making – Dynamically managestask allocation, workflow optimization, and multi-robot coordination to efficiently align fulfillmentpriorities with real-time demand. Scalable & Adaptive Performance – EnablesLocusONE™ to seamlessly adjust to fluctuating ordervolumes, seasonal spikes, and labor constraints,ensuring warehouses always operate at peakefficiency. Real-Time Operational Insights – Gives operatorsdeep visibility into throughput, worker performance,and predictive maintenance, enabling proactive,data-driven decisions. Seamless WMS & ERP Integration – Works nativelywithin existing warehouse management systems,allowing for rapid deployment and immediateproductivity gains. Through LocusINTELLIGENCE, LocusONE™ delivers aneven more powerful, AI-enhanced orchestrationplatform, providing warehouses with an intelligentautomation ecosystem that continuously learns, adapts,and improves. Teradyne Robotics todebut AI Accelerator-powered solutions atNVIDIA GTC 2025,marking a first in AI-driven collaborativeroboticsTeradyne Robotics and its partners are set to unveila suite of advanced, AI-driven robotics solutions atNVIDIA GTC 2025 March 17-21. The unveilingrepresents the first public demonstration of the AIAccelerator in commercially viable applications.“With over four million industrial robots in use worldwide, findingpeople with the skills to use robotic automation is becoming a vitalcompetitive differentiator for companies across multiple sectors,from manufacturing to retail,” said Michael Hose, ManagingDirector, Robotics Customer Service. “Offering a flexible and cost-effective training tool, our RoboMasters app opens newpossibilities for businesses and individuals to acquire the skillsneeded to learn and master all aspects of robot operation.”LocusLABS: Driving AI-Powered Innovation in theWarehouse LocusLABS, the dedicated R&D division of Locus Robotics, is at theforefront of AI innovation, continuously advancing warehouseautomation capabilities. At LogiMAT and ProMat 2025, Locus willunveil several AI-driven breakthroughs, including: AI Object Detection & Avoidance – Advanced perception AIenables Locus robots to intelligently recognize and react towarehouse assets, ensuring seamless, real-time navigation andworkflow optimization. System-Directed Labor Optimization – AI-driven optimizationengine that intelligently directs associates to the next besttask, increasing productivity and fulfillment speed. AI-Powered Simulation & Workflow Optimization – Adding theability to test and refine warehouse layouts, workflows, androbotic interactions before implementation. RFID-Based Inventory Accuracy – Integrating RFID technologyto deliver greater accuracy for next-level real-time ordervalidation and inventory tracking. Large-Item & Non-Conveyable Automation – Flexible large-item conveyance, picking, and putaway, enabling automationbeyond traditional, fixed conveyor-based workflows. Humanoid Collaboration with Reflex Robotics –Locus andReflex Robotics are exploring the potential for humanoids toaugment existing warehouse automation workflows such asinduction, putaway and more. A demo of the two automationsolutions collaborating with each other will be shown atProMat.

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https://iiga.news.comTechnology & ProductsPage 29“Think of a logistics operation where robots navigatethrough a warehouse with constantly changing layoutsand obstacles. Or a construction site where robots assistin assembly tasks within unpredictable and changingenvironments. The AI Accelerator helps our cobotsbetter understand their surroundings, plan optimalpaths, and execute tasks safely and efficiently inpreviously unmanageable spaces.”Close collaboration with NVIDIAThe AI Accelerator is a toolkit designed by TeradyneRobotics company Universal Robots (UR) incollaboration with NVIDIA to enable the development ofAI-powered applications by bringing AI acceleration toUR's next-generation software platform, PolyScope X.The toolkit is powered by NVIDIA Isaac™ acceleratedlibraries and AI models, running on the NVIDIA JetsonAGX Orin™ system-on-module.Ujjwal Kumar, Teradyne Robotics GroupPresident, looks forward to sharing the newphysical AI applications with NVIDIA GTCaudiences: “The AI Accelerator providesdevelopers with an extensible platform tobuild and de-risk applications and reducetime to market,” says Kumar. "Our newpartner applications powered by the AIAccelerator clearly demonstrate howUniversal Robots is becoming the preferredplatform for physical AI, addressingpreviously unsolvable challenges incollaborative robotics.""Robotics and physical AI deployments are on an acceleratedtrajectory driven by advancements in generative AI andsimulation with NVIDIA’s Isaac robotics platform," said DeepuTalla, Vice President of Robotics and Edge AI, NVIDIA. “Ourcollaboration with Teradyne Robotics brings this latesttechnology and benefits to Teradyne’s extensive developer andpartner network."UR Partner Solutions on Display at NVIDIA GTC3D Infotech - Dynamic Metrology: Showcasing a UR3e cobot that scans workpieces, comparesthem with CAD models, and highlights dimensional inaccuraciesby projecting them onto the workpiece surface. The AIAccelerator enhances the perception capabilities of the cobot,allowing it to more accurately locate the workpiece forinspection.T-Robotics - GenAI Driven Programming: Demonstrating a UR5e cobot with LLM-driven CNC machinetending. With T-Robotics ActGPT, users can describe anapplication setup in natural language and have it translated into arobot program with the help of the AI Accelerator.AICA - Reinforcement Learning Assembly: Featuring a UR5e cobot executing single-arm gear assemblyusing reinforcement learning. The cobot locates a part using AIAccelerator-based perception and then uses a reinforcementlearning skill to complete a contact-rich assembly process.Acumino - Bimanual Assembly: The AI Accelerator facilitates a bimanual UR5e cobot’s ability tolearn complex manipulation tasks from human demonstrations.The system completes an electrical cable handling task andattendees can collaborate with the robot to solve the task.Groundlight - Workpiece Detection for Streamlined Picking: The AI Accelerator trains a model to detect a workpiece andgenerate a robot program for picking, then verifies that the robotworkspace is ready, ensuring a robust and easily deployedsolution.

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https://iiga.news.comTechnology & ProductsPage 30AAEON's UP brand this week confirmed the release of the UP Squared7100 Edge, its fourth generation of Mini PC based on the compact UPSquared (85.6mm × 90mm) developer board.The UP Squared 7100 Edge comes equipped with either the Intel®Processor N97 or Intel® Processor N100 as its default CPU, a substantialupgrade on the Elkhart Lake platform offered by the PC range’s previousgeneration. Further upgrades can be seen in its 16GB of soldered LPDDR5system memory, which delivers up to 50% higher data rates with greaterpower-efficiency.Equipped with a solid I/O primarily geared towards industrial automationand communication tasks — such as dual Gigabit LAN and three USBType-A ports — the UP Squared 7100 Edge sees AAEON add a second DB-9 port. This upgrade grants systems integrators with two COM ports, bothsupporting RS-232/422/485 signals.The UP Squared 7100 Edge’s design makes it a very suitable option forupgrading existing industrial automation setups that requirecommunication with legacy equipment. However, with CPU-nativefunctions such as Enhanced Intel SpeedStep® Technology and AVX2Instruction sets, the UP Squared 7100 Edge can execute more demandingedge computing workloads while remaining power-efficient, making it anequally good choice for new, more advanced projects.The solutions shown at NVIDIA GTC all run onthe latest version of the AI Accelerator (1.1).The new version integrates the latest releaseof NVIDIA Isaac ROS , specifically NVIDIAIsaac™ Manipulator components enablingenhanced pose estimation and path planningperformance. The latest version of the AIAccelerator also offers high speed GMSLconnectivity on vision sensors, upgradedfrom USB3 and runs on the newest version ofPolyScope X (10.8).While the AI Accelerator is primarily focusedon UR cobots, the underlying AI andaccelerated computing technology alsobenefit Mobile Industrial Robots (MiR),another Teradyne company featured at GTC.The MiR1200 Pallet Jack uses 3D vision andthe NVIDIA Jetson AGX Orin module forpallet detection, allowing the pallet jack toidentify, pick up, and deliver pallets withprecision in complex environments."These applications all demonstrate that ourAI Accelerator is truly built for where AImakes a difference," explains Davidson, whowill be presenting the GTC Lightning Talk"Accelerating AI-Driven Robotics withUniversal Robots" on March 18 at 2 PM PST atthe conference. “Developers can now easilyharness physical AI to create innovativerobotics applications thanks to the seamlessintegration of NVIDIA Isaac Manipulator,PolyScope X, and user-friendly toolsets. Andwe’re just getting started with moreinnovations coming later this year.”AAEON’s Fourth Gen UP Mini PCTargets the IndustrialAutomation Market

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TC70 Stripper-Crimper: First automatic crimpingmachine for large cross-sections accelerating theexpansion of energy infrastructureshttps://iiga.news.comTechnology & ProductsPage 31In terms of operating systemcompatibility, the UP Squared 7100Edge offers support for Windows 10and 11, Ubuntu 22.04 LTS, and Yocto5.1.For detailed specifications, please visitthe UP Squared 7100 Edge productpage on the AAEON website. Forpricing and ordering information,please visit the product’s listing on theAAEON eShop.“By adding both a more powerful processor base and broaderindustry-specific functionality while maintaining power and cost-efficiency, we believe the UP Squared 7100 Edge will givesystems integrators an easier route to upgrading existingautomation setups, while also meeting the technical needs ofthose kicking off new projects too,” said Irene Lin, Senior ProductManager of AAEON’s UP Division. “For UP in particular, a bigbenefit to having such support amongst the develop communityis that we can listen to our customer base and tailor solutions tohelp them get the most out of their projects,” Lin added.HARTING introduces the TC70 Stripper-Crimper, anautomatic crimping machine for TC70 contacts with70 A capacity, stripping cables and crimping 10 to25 mm².The TC70 Stripper-Crimper cuts the cycle times forstripping and crimping the contacts down to animpressive 7 seconds. By comparison: Currentworkstations entail cycle times of up to 60 secondsand require many manual steps. In contrast, theHARTING automatic machine, guarantees processstability and boosts efficiency by up to 80%.The TC70 Stripper-Crimper comes equipped with acamera-based transport and sorting system. Theintuitive touch display enables simple machine andprocess settings, making all the necessaryinformation available at a glance. The machine’shexagonal dies are designed in accordance with DINEN 48083/4, which have been tried and tested foryears in HARTING 60 kN tools.

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Dassault Systèmes announced “Energy Experience,” its immersiveaugmented reality experience that transforms Parisian monumentsby showcasing sustainable energy solutions created with virtualtwins to shape the future of clean energy.The unique experience merges the virtual and the real worlds tobring disruptive innovations impacting energy consumption,reinventing greener mobility and optimizing food production to lifeat iconic landmarks, transforming the Arc de Triomphe, Place de laConcorde, the Champs-Elysées and other sights with solutionsinspired by nature. Through street marketing initiatives and a web app challenge tofind each project and win prizes, the experience invites the publicto become active participants in discovering vertical farming,decarbonized last-mile delivery vehicles, sustainable constructionmaterials, electricity-generating hydro turbines and otherinnovations from CSADI, EEL Energy, Midipile, NetZero, PolytechNancy, Strong By Form and Urbanloop, and the benefits they bringto the Generative Economy.With global energy consumption expected to increaseby 2050, meeting this demand with sustainableenergy solutions requires balancing existing andemerging energy sources while keeping climatechange and biodiversity top of mind and withoutimpacting the earth’s ecosystem.Dassault Systèmes, through its 3DEXPERIENCEplatform and applications, its 3DEXPERIENCE Lab, andLa Fondation Dassault Systèmes, is catalyzing newways for industry and innovators to shape the cleanenergy of the future. Virtual twins open up unlimitedpossibilities to imagine, design, simulate, test andoptimize solutions, processes and infrastructurebefore creating them physically, thereby reducingdemands on the planet. “Energy Experience” will run from March 12-April 30.The experience, dedicated to the themes of energyand nature, is part of Dassault Systèmes’ “The OnlyProgress is Human” initiative, which aims to increaseawareness of societal and environmental challengesand inspire the use of virtual worlds to drivesustainable innovations for health, mobility,urbanization, water conservation and more.New AR Experience fromNew AR Experience fromDassault SystèmesDassault SystèmesTransforms ParisianTransforms ParisianMonuments with SustainableMonuments with SustainableEnergy InnovationsEnergy Innovationshttps://iiga.news.comTechnology & ProductsPage 33“We believe in the transformative power ofvirtual worlds to address real-lifechallenges. And, we want to make thistechnology accessible to and impactful foreveryone,” said Victoire de Margerie, VicePresident, Corporate Equity, Marketing &Communications, Dassault Systèmes.“‘Energy Experience’ demonstrates howvirtual twins enable clean energyinnovators to drive human progress withsolutions that benefit all. This isn’t justabout an experience; this is about virtualworlds for real life.”

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A new web tool allows customers to research ready-to-gocollaborative robot solutions featuring FANUC’s reliable andefficient CRX cobots.FANUC America is simplifying manufacturing with the launch of its newweb tool, allowing companies of all sizes to easily search for ready-to-go collaborative robot (or cobot) solutions that are pre-engineered,reliable and efficient.Offering a diverse selection of FANUC’s CRX line of cobot systems,Cobot and Go is an easy-to-navigate starting point that makessearching for pre-engineered solutions by application, robot model orAuthorized System Integrator both intuitive and informative.Cobots have long been touted as the gateway to automation. Safe towork alongside humans, easy to program, and more affordable thanindustrial robots, cobots serve as the solution to many of today’smanufacturing floor challenges, even in high-mix, low-volumescenarios. When integrated into a standardized system, these systemsoften offer additional advantages, including occupying a smallfootprint, optimizing space, or maximizing flexibility by mounting acobot to a moveable cart or autonomous mobile robot.Discover Fast, Easy, andReady-to-Deploy CobotSolutions with FANUC Americahttps://iiga.news.comTechnology & ProductsPage 34Currently available standardized solutions meet avariety of application needs, including palletizing,machine tending, welding, and inspection, amongothers.In addition to integrator-developed resources,FANUC America provides a variety of educationalmaterials and training to support new-to-automation businesses. Interested manufacturersand customers can find cobot basic trainingmodules on the CRX e-Learning site, as well asmore technical tutorials in the all-new TechTransfer portal—a free learning resource createdby FANUC engineers.Offering eight years of service-free maintenance,the CRX line of cobots are safe, flexible, quick toimplement, and easy to program. Available inpayloads up to 30 kg, with reach of up to 1889 mm,the CRX line services all industries and can performan unlimited number of applications. Modelsspecific to painting, as well as food-grade cobots,are available to meet unique industry criteria.“Tackling a variety of common industrychallenges, today’s pre-engineeredsolutions offer ‘off the shelf’standardization that has the potentialto significantly accelerate customerROI,” says Jerry Perez, manager,FANUC America. “When paired with ourreliable line of CRX cobots, businessesof all types can be up and runningquickly, with the added benefit ofFANUC’s reliability, efficiency andcustomer service behind everypurchase.”

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Rules of the categoriesThese rules are the official rules for the WROInternational Final and the Open Championships. Makesure that you use the rules provided by your NationalOrganizer for participation in your country.*Please be aware that our RoboMission and FutureInnovators categories have a General Rules documentand in addition a document with the season challenge.Save the Date2025 FIRST® Championship Houston, April 16-19, 2025Great Opportunityhttps://iiga.news.comPage 37WRO® 2025The WRO® theme for 2025 is TheFuture of Robots.In 2025 teams will explore the wayrobotics can help solve globalchallenges and improve our lives.From robots reshaping our futurecities, robots driving the expansion oflife across the universe to AI-enabledrobots improving all aspects of ourlife. The possibilities are endless.Through The Future of Robots, we canshape a future that holds solutions,drives progress, and brings a bettertomorrow for mankind.At this page you can find the officialinternational Games & Rules for WRO2025, the Q&A and more importantinformation about competing.More information about ourinternational events can be foundhere.2025 FIRST® ChampionshipOrganized by FIRST®, the FIRSTChampionship is the ultimate internationalevent that marks the finale of the youthrobotics competition season. It's a yearlycelebration of science, technology,engineering, and math (STEM), bringingtogether the global community toempower and inspire the next generationof innovators. Qualification andadvancement requirements to attend theFIRST Championship differ by program.Check out the recap video from the 2024FIRST Championship for a glimpse into thisexciting and inspiring event.

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CLAIM AFREE TEAMCompetition Date :22 to 24 July 2025Location :The AnnexePrimary to Tertiary :7 to 20 years oldPer Team :Early Bird : $15Early bird until : 30 May 2025, 4pmhttps://iiga.news.comGreat OpportunityPage 38Participate In WRO India For FreeTeams of 2-3 Students in the same age groupled by an adult coach can choose toparticipate in any one of the four WRO®Competition categories namely RoboMission,Future Innovators, RoboSports, and FutureEngineers, depending on the interests,knowledge and skills, and strengths of thestudents and coach on the team.WRO India Season 2025The Theme for WRO India Season 2025, TheFuture of Robots, invites students to explorethe rapidly evolving field of robotics and itspotential to shape our world. This year, weencourage young innovators to delve intocutting-edge technologies and envision robotsthat could revolutionize industries, enhancedaily life, and tackle global challenges.Drone Odyssey Challenge 2025 is back!An exciting game-basedcompetition that promisesplenty of fun while encouragingtechnical skillsets, criticalthinking and appreciating newdisruptive technologies.The theme for this year is SG60: Part, Present and Future. Join us for on thisamazing challenge to experience Singapore's journey through time as wecelebrate SG60. From our humble beginnings to our smart nation aspirations,showcase your drone programming skills to bring Singapore's past, present andfuture to life in this year’s challenge. Registration for DOC 2024 is now open to 4 July 2025, 5pm. Register early to enjoy early bird fee at $15 only!

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https://iiga.news.comHumanoid workers and surveillance drones:‘embodied AI’ is transforming everyday life in ChinaSuccess StoryPage 40China's leadership regards artificialintelligence as a critical component inadvancing military capabilities, mitigating theimpacts of a shrinking workforce, andreinforcing national prestige.On a misty Saturday afternoon in Shenzhen’sCentral Park, a group of teenage girls takesrefuge from the light rain beneath a concretecanopy. Surrounded by bags of snacks, theygather closely around their smartphones,singing along to popular Mandopop ballads.Their cheerful voices carry across the lawn—until they are abruptly interrupted by thewhirring of mechanical blades. A fooddelivery has arrived.Just a few metres away stands an “airdropcabinet,” one of more than 40 locatedthroughout the city and managed byMeituan, China’s leading food deliveryplatform. Park visitors can place orders for avariety of items, ranging from rice noodlesand bubble tea to fast food sandwiches.Shortly thereafter, a drone appearsoverhead, dispatched from a shopping centreless than three kilometres away. It hoversmomentarily above the designated deliverypoint before descending to deposit its cargointo a secure, sealed container. The box canbe accessed only by inputting the recipient’smobile phone number. The entire process isautonomous, requiring no humanintervention. Meituan claims that dronedeliveries are approximately 10% faster thantraditional methods, though the char siu porkand waffle delivered on this occasion arriveslightly cooled after their airborne journey ina lightweight polystyrene container.Drones represent just a small segment ofthe broader robotics and artificialintelligence sector that China isdetermined to expand significantly thisyear.Amid an ongoing trade war, mountingdemographic pressures weighing oneconomic growth, and increasinglystrained ties with the United States,Beijing is intensifying its focus onstrategic industries where it sees bothpotential and necessity to surpassAmerican capabilities. Artificialintelligence is central to this agenda—viewed by Chinese leadership asessential for enhancing militarycapabilities, addressing labor shortagescaused by an aging population, andfostering national pride. This sentiment isespecially strong when domestic firmssucceed in circumventing U.S.-ledsanctions on key technologies.After years of strict regulatorycrackdowns on the techindustry, during whichPresident Xi Jinping targetedexcessive private wealth andinfluence outside the ChineseCommunist Party’s purview,technology firms are now beingreintegrated into China’sbroader development strategy.In a bid to revive private sectorconfidence and stimulateinnovation, Xi’s administrationis embracing the tech sector asa critical partner in achievingnational objectives.In March, Premier Li Qiangannounced plans to “unleashthe creativity of the digitaleconomy,” placing particularemphasis on the developmentof “embodied AI”—a termreferring to AI integrated intophysical machines. Guangdongprovince, home to thetechnology hub of Shenzhen, isleading this initiative. Theprovincial government recentlyallocated 60 million yuan(approximately £6.4 million) innew funding to supportinnovation centers.

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China's robotics sector is closelyintertwined with advancements inartificial intelligence. For years, thecountry has been striving to close thetechnological gap with the United States.President Xi Jinping has emphasized theneed to drive economic growth throughwhat he calls “new quality productiveforces,” a term that encapsulatescutting-edge technologies including AIand robotics.https://iiga.news.comThe transformative impact of emerging technologiesin China extends well beyond drones. Humanoidrobots, in particular, are generating significant publicexcitement. A standout moment of this year’s SpringFestival Gala—watched nearly 17 billion times—featured a choreographed dance by humanoidrobots developed by the company Unitree. On theoutskirts of Beijing, the world’s first humanoid-versus-human half marathon was recently held,marking a new chapter in the integration of roboticsinto everyday life.“Artificial intelligence applications in robotics reallyaccelerated last year,” notes Rui Ma, a China-basedtechnology analyst and investor based in SanFrancisco. This momentum suggests that therobotics industry may experience significantly fastergrowth in 2025 compared to previous years. A keydriver of this acceleration is reinforcement learning—a method that enables robots to learn throughexperience rather than being limited to rigid, pre-programmed models. As a result, humanoid robotscan now be trained in a matter of months instead ofyears, greatly speeding up the pace of innovation.Robotic technology is already becoming a part ofeveryday life in China. In Yiwu, a major trading hub inZhejiang province, a child can be seen playing with arobot dog while his mother negotiates prices withexporters at a wholesale market. In Shanghai, awoman strolls the streets accompanied by herrobotic dog, which dutifully carries a basket ofgroceries on its back.In the United States, concerns are mounting that its technologicaledge may be eroding. One of Washington’s primary strategies hasbeen to control the global semiconductor supply chain, which iscritical for training advanced AI models. Export restrictions on themost sophisticated microchips are a central feature of this approach—described by former National Security Adviser Jake Sullivan ascreating a “high fence” around America’s most strategicallysignificant technologies.However, in January, an unexpected breakthrough by a relativelyunknown Chinese company, DeepSeek, disrupted this narrative. Thefirm released a large language reasoning model known as R1, whichperforms comparably to leading U.S. counterparts but at a fraction ofthe cost. The announcement triggered significant volatility in globalmarkets, with approximately $1 trillion wiped off the value of top U.S.tech stocks, as investors reassessed the U.S.’s dominant position inthe AI race.“It was a truly extraordinary moment,” says Ma. “You can’t reallyoveremphasize how shocking it was.”Since then, China’s AI sector has been buoyed by a renewed sense ofoptimism. Previously viewed primarily as a government-led effort tosecure long-term economic growth, AI is now increasingly embracedby the public as a source of national pride and economic promise.Li Shuhao, a Guangzhou-based entrepreneur who founded the AImarketing firm Tec-Do in 2017, recalls being in the United Stateswhen DeepSeek’s model was released. “Suddenly, it became mucheasier to set up meetings and connect with other AI scientists,” hesays.Success StoryPage 41

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Nevertheless, the path forward is not without obstacles. Robust AIsystems require vast amounts of data for training. While largelanguage models (LLMs) designed for chatbots can leverage theenormous wealth of content available on the internet, data forrobotic AI—such as how to physically navigate and manipulateobjects in the real world—is far more limited.Consider the field of autonomous vehicles, another strategic focusfor China. These systems must operate across six degrees offreedom: three spatial directions (forward/backward, left/right,up/down) and three rotational movements. General robotics,including Meituan’s food delivery drones, must navigate similarly.For humanoid robots to replicate complex human actions such ascooking, they may require as many as 60 degrees of freedom.Unitree’s H1 model, which gained public attention during the SpringFestival Gala, currently operates with 27.3D model of the area created with LP360.Importantly, robots do not need to be fully humanoidto serve practical purposes. Many can fulfill valuableroles even with limited mobility. Wheeled robots orsimplified humanoids are already automating high-risk or repetitive tasks in factory settings. UBTech, aShenzhen-based robotics firm, supplies such robotsto automotive production lines. Given China’sshrinking labor force, the government is highlymotivated to promote automation wherever feasible.https://iiga.news.comTo Li, DeepSeek symbolizes a distinctly Chineseapproach to entrepreneurship. Surrounded byelectric guitars and a drum kit in his Guangzhouoffice, the self-described “metalhead” highlights theunconventional strategy of DeepSeek’s founder,Liang Wenfeng, who financed the company throughhis own hedge fund rather than relying on venturecapital. “That’s the Chinese mindset,” Li explains.“Survive first, then innovate.”DeepSeek’s decision to release its model as opensource—a practice long encouraged by Chineseauthorities—has further fueled its rapid adoptionand influence. The robotics industry, in particular,has emerged as one of the biggest beneficiaries ofthis open innovation model.Prioritizing TechnologyChina's robotics supply chain can be broadly dividedinto three key components: the "brain" (softwareand AI), the "body" (hardware and manufacturing),and the real-world application of robotic systems.While China has long demonstrated strength in thelatter two—its dominance in electric vehicle anddrone production illustrates its capacity for massmanufacturing and complex assembly—developinga robot brain capable of mimicking human-likebehavior and movement has remained a persistentchallenge. This capability demands sophisticatedartificial intelligence.The release of DeepSeek’s R1 model marked aturning point. According to analysts at GoldmanSachs, this innovation has significantly advanced theprospects of domestic humanoid robotics firms,helping them close the gap with their internationalcounterparts. Notably, DeepSeek’s model functionsusing less advanced semiconductor chips, a fact thatmitigates the effects of U.S. export restrictions andgives Chinese companies a more level playing field.Success StoryPage 42

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Success Storyhttps://iiga.news.comAt the Boao Forum for Asia—an influential businessconference—organizers showcased a robotic armpreparing jianbing, a traditional Chinese street food.The robotic vendor, reminiscent of an arcade clawmachine, demonstrated the potential of robotic foodservice, although the final product lacked the crispinessof one made by human hands. In Beijing, public parkshave increased surveillance by deploying autonomousvehicles equipped with cameras to patrol pathways.Still, full-scale workforce replacement remains a distantprospect. “Robots are not replacing the vast majority ofthe labor force,” says Amber Zhang, a product managerat BigOne Lab, a Beijing-based data intelligence firm.“Take robotaxis, for example—how many taxi driversare actually being replaced? There are still significantbarriers.”Baidu, one of China’s top tech companies, operatesautonomous taxi fleets branded as Apollo Go in a fewcities. However, the service is far from ubiquitous. Arecent attempt by the Guardian to summon a ride inShenzhen was unsuccessful—services were limited to asingle district, and the app ultimately apologized after a20-minute wait. Meanwhile, a human-operated taxiarrived within four minutes. Similarly, robotic securitypersonnel touted by state media have yet to make avisible impact on city streets.Nonetheless, the momentum behind robotics and AI is clear. Amideconomic headwinds—ranging from weakened consumer demandto export pressures stemming from international tariffs—theChinese government is increasingly turning to advancedtechnology as a new pillar of growth. “Now that real estate is nolonger a dependable source of revenue for many localgovernments, they must attract and support high-qualitycompanies,” Zhang explains. “Technology is emerging as the newfrontier.”Page 43“Robots are not replacing the vast majority of theworkforce,” observes Amber Zhang, a productmanager at BigOne Lab, a data intelligence firm basedin Beijing. “If you consider autonomous taxis, forexample, very few drivers are actually beingdisplaced. There are still substantial obstacles towidespread adoption.”Indeed, while Baidu has launched its autonomous taxi service—known as Apollo Go—in several Chinese cities, its reach remainslimited. A recent attempt by The Guardian to hail a ride inShenzhen highlights these limitations: the service operates in onlyone district of the city, and after a nearly 20-minute wait, the appissued an apology, citing no available vehicles. In contrast, aconventional taxi arrived within four minutes. Similarly, roboticpolice units, once promoted by state media as a tool to enhanceShenzhen’s security infrastructure, are largely absent from publicview.

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Success Storyhttps://iiga.news.comVisualizing Energy Consumption Aids Manufacturerin Achieving Carbon NeutralityCO2 emissions have been cut by 90 tons, with areturn on investment realized within just one yearDespite these shortcomings, a broader shift innarrative is unmistakable. As China contends withmounting economic pressures—declining exports dueto international tariffs and subdued consumerspending—the government is increasingly rallyingbehind high-tech industries as a potential engine ofgrowth. “Now that real estate is no longer a reliablerevenue stream for many local governments, theymust attract and support innovative companies,”Zhang explains.This pivot toward technology is gaining traction notonly among policymakers but also within the publicconsciousness. “The idea that technology can drivegrowth is starting to resonate,” says Rui Ma, atechnology analyst and investor based in SanFrancisco. “And part of the reason is that people areasking—where else is there to invest?”Page 44In pursuit of its objective to achieve carbon neutrality, Kitamura Manufacturing Co., Ltd., headquartered in Niigata, Japan, hasintroduced energy monitoring systems using Mitsubishi Electric’s energy-saving support technologies. By enabling real-timevisualization and control of energy consumption across its facilities, the company has successfully automated energy-intensiveoperations such as office air conditioning. This initiative has resulted in a reduction of 90 tons of CO₂ emissions andsignificantly decreased energy expenses, yielding a full return on investment within one year.This represents a significant change from just a few years ago,when China's tech sector was under intense regulatory scrutiny.The abrupt cancellation of Ant Group's initial public offering in2020—an affiliate of Alibaba—and the subsequent sidelining ofAlibaba founder Jack Ma sent shockwaves through the industry,dampening investor confidence and innovation alike.However, recent developments suggest a thawing in thisrelationship. In a notable gesture, President Xi Jinping recentlyconvened an in-person meeting with several technology leaders,including Jack Ma and DeepSeek founder Liang Wenfeng,signaling a renewed effort to embrace the private tech sector andrestore confidence in its role within China’s economic future.“These kinds of meetings give us hope,” says Li Shuhao, founderof the Guangzhou-based AI company Tec-Do. “It feels like thedifficult period might finally be behind us.”Source: Reproduced from Guardian

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Success Story“Since the early 2020s, our customers haveincreasingly requested transparency regardingour carbon neutrality initiatives,” stated Mr.Yonemoto Hideki, General Manager of theProduct Planning Division and Head of theCarbon Neutrality Promotion Section. Asbusinesses now evaluate their environmentalperformance across the entire supply chain,Kitamura’s efforts directly contribute to itsclients’ sustainability credentials.https://iiga.news.comPage 45Kitamura Manufacturing Co., Ltd. ImplementsAdvanced Energy Monitoring to Support CarbonNeutrality GoalsKitamura Manufacturing Co., Ltd. specializes in the design,manufacturing, and sales of aluminum truck bodies tailoredfor delivery services and various other clients. These bodiesare custom-fabricated from aluminum or stainless steel andinstalled on chassis supplied by commercial truckmanufacturers. The company commands a notable marketshare in Japan, particularly for smaller, 2-ton trucks.Leveraging its expertise in aluminum processing, Kitamuraalso manufactures protective enclosures forcommunication devices, specialized vehicles such as mobilebroadcast and medical units, and industrial equipmentincluding automated cleaning systems.Strengthening Sustainability Through Visualized EnergyManagementFor several years, Kitamura Manufacturing has trackedelectricity demand across its ten factory and office buildingslocated at its main production site. An internal alert systemwas already in place, using visual signals to notify staff whenenergy usage approached predefined thresholds,encouraging immediate energy-saving actions such asdeactivating air conditioning systems. However, increasingexpectations around sustainability prompted the companyto adopt more advanced measures.To respond effectively, Kitamura established a dedicatedCarbon Neutrality Promotion Office, led by Mr. Yonemoto.The office prioritized the visualization of energyconsumption across individual buildings, with particularemphasis on the truck body painting process—an energy-intensive operation involving high ventilation requirementsand electrodeposition treatments. This process, distributedacross three primary plants, accounts for 50–60% of thecompany's total energy consumption and was identified as akey target for energy optimization.Adoption of Mitsubishi Electric’s Local-Based EnergyMonitoring SolutionTo achieve precise energy monitoring, Kitamura selectedMitsubishi Electric’s energy-saving support devices.“Although we initially considered a cloud-based system, theassociated costs would increase significantly with eachadditional data collection point, making it difficult to predictlong-term scalability. We therefore opted for MitsubishiElectric’s localized solution,” explained Mr. Inagaki Yorito ofthe Carbon Neutrality Promotion Section.Aluminum truck bodies are designed and manufactured to meeteach customer’s requirements and installed on a standard truckchassis before delivery to the customer.The “Limbo Van” is one of Kitamura Manufacturing’s iconicproducts, used by large delivery companies. The height of theloading platform can be adjusted depending on the weight ofcargo or the height of the loading bay.Inagaki YoritoSection Chief, Carbon Neutrality Promotion Section, KitamuraManufacturing

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Success Story“Previously, the visual warning systemoften activated too late, reducing itseffectiveness. Now, with real-time datafrom EcoWebServer III, adjustments aremade automatically and subtly, sooffice staff remain unaware of anychanges in comfort,” said Mr. Inagaki.https://iiga.news.comPage 46Given the company’s existing use of MitsubishiElectric PLCs in its production control systems, theintegration of Mitsubishi’s energy-saving deviceswas both practical and efficient. The new systemwas officially deployed in June 2023 and includesEcoWebServer III data collection servers andEcoMonitorPlus measurement units across fivefacilities, including the three with the highestenergy consumption. These components areinterconnected via Ethernet and monitored usingthe EcoAdviser software, which provides real-timeinsights into energy usage on a per-facility basis.The system introduced at Kitamura Manufacturing. The electricity usage data collected byEcoWebServer III servers in the factories and office buildings is visualized with EcoAdviser andused to automatically control air conditioning via the equipment’s controller.Although employees are generally supportive ofenergy conservation, measures perceived asdisruptive can lead to dissatisfaction. By linkingclimate control systems directly to the energymanagement network, Kitamura Manufacturinghas implemented a discreet, effective, andsustainable approach to reducing energyconsumption without compromising employeecomfort.A Return on InvestmentAchieved Within One YearA primary motivation forimplementing the energy-savingsupport devices was theincreasing demand from businesspartners for detailed, verifiablesustainability reports. Thisrequirement is now met throughthe data provided by theEcoAdviser system. In addition tobeing monitored via computerswithin the Carbon NeutralityPromotion Section, the data isprominently displayed in thereception areas of variousbuildings, thereby highlightingthe company’s energy-savinginitiatives to both employees andvisitors.“Thanks to these enhancements,we successfully recouped thecost of the system within oneyear,” stated Mr. Inagaki.Data visualization has nowbecome a cornerstone ofKitamura Manufacturing’sstrategy to achieve carbonneutrality. Reflecting the growingimportance of sustainabilitywithin the organization, thecompany’s October 2024restructuring saw the CarbonNeutrality Promotion Officeelevated to a full division—theCarbon Neutrality Division. Thisnew division is now activelyinvolved in embedding carbon-neutral solutions from the earlieststages of product development.Building on the expertisedeveloped through theimplementation of the currentenergy-saving system, and inalignment with ongoing businessexpansion, KitamuraManufacturing plans to installEcoMonitorPlus units in a newpainting facility during the initialconstruction phase. Furthermore,the company intends to integrateexisting production data fromMitsubishi Electric PLCs tomanage energy consumption ona per-unit basis—enhancing bothoperational efficiency andenvironmental performance.The EcoAdviser display in the reception area showcases the company’senergy saving efforts.

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The Tech Odyssey initiative embarks on anextensive exploration of this remarkabletechnological evolution, providing in-depthinsights into how artificial intelligence (AI), machinelearning, and advanced robotics are not onlyreshaping various industries but also enhancingoperational efficiency and redefining the verynature of the workforce. As AI-driven automationbecomes increasingly sophisticated, businessesacross multiple sectors are capitalizing on thesetransformative technologies to optimize theiroperations, minimize human error, andsignificantly boost productivity levels. Thisinitiative highlights the profound impact theseadvancements are having on the future of workand the economy as a whole. By examining theintersection of technology and industry, TechOdyssey aims to shed light on the challenges andopportunities that lie ahead in this fast-evolvinglandscape. Smart automation is no longer theexclusive domain of large industries; small andmedium enterprises (SMEs) are increasinglyadopting robotic solutions to maintain theircompetitiveness in a rapidly changing market.https://iiga.news.comFeature StoryPage 48The Next Leap in Robotics and SmartAutomationTech Odyssey: Navigating the Frontiers of Roboticsand Smart AutomationPushing the Boundaries of InnovationThe robotics and automation industry has experienced remarkablegrowth in recent years. Innovations such as autonomous warehousestransforming e-commerce and AI-enhanced medical robotssupporting intricate surgeries are paving the way for a revolutionaryfuture. The Tech Odyssey initiative aims to unite researchers,engineers, and industry leaders to explore these advancements,shedding light on practical applications and the immenseopportunities they offer. A central theme of the discussion centers oncollaborative robotics (cobots), which are engineered to workalongside humans, boosting productivity while ensuring safety. Incontrast to conventional industrial robots that follow fixedinstructions, cobots are programmed to learn and adapt, makingthem ideal for industries requiring flexibility and precision.Reshaping the Workforce

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https://iiga.news.comAs automation continues its rapid expansion, apprehensions about its effects on the global workforce are still prominent. Yet,experts indicate that rather than eradicating jobs, robotics is transforming them. The need for skilled workers in roboticsengineering, AI development, and data science is surging. Organizations committed to reskilling and upskilling initiatives areequipping their workforce to effectively collaborate with these cutting-edge technologies. Tech Odyssey explores theseworkforce transitions, offering valuable insights into how educational institutions and businesses are preparing employees for aneconomy driven by artificial intelligence.Feature StoryPage 49Sustainability and Smart Automation Smart automation extends its benefits beyond mere efficiency and productivity; it is becoming increasingly vital for enhancingsustainability. In agriculture, for instance, robotics are revolutionizing the industry by minimizing water waste and optimizing cropyields through precision farming methods. Additionally, automated recycling and waste management systems utilize artificialintelligence to sort and process materials more effectively, significantly lowering their environmental footprint.The Road AheadAs we navigate the ever-evolving landscape of robotics and smart automation, one thing remains abundantly clear—technologywill relentlessly continue to push boundaries and redefine what is possible in our lives and industries. The Tech Odyssey initiativeserves as a vital platform, allowing us to explore, engage in thoughtful discussions, and ultimately shape the future of technology,ensuring that innovation remains an unwavering driving force for progress across both industry and society at large. By fosteringcollaboration and knowledge sharing, this initiative will empower individuals and organizations alike to adapt to and thrive in anincreasingly technological world.

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The global automotive industry is currently on thebrink of a remarkable revolution, spurred by theswift advancements we are seeing in autonomousvehicle (AV) technology. What was once merely avision confined to the pages of science fictionnovels is now rapidly materializing into reality, withself-driving cars poised to redefine the landscapeof transportation. These advancements areexpected to significantly enhance road safety,reduce accidents, and completely transform theway we navigate urban environments. As leadingautomakers, innovative technology firms, andforward-thinking policymakers collaborate closelyto bring autonomous vehicles into mainstreamuse, the world is experiencing a momentous shifttoward a future characterized by intelligent andself-sufficient transportation solutions.Autonomous vehicles rely on a combination ofartificial intelligence (AI), machine learning, LiDAR,radar, and computer vision to navigate roadswithout human intervention. Companies like Tesla,Waymo, and major traditional automakers havemade significant strides in developing AVtechnology, with self-driving capabilities nowbeing tested across various global markets.https://iiga.news.comFeature StoryPage 50The Future of Mobility with AutonomousVehiclesAutonomous Vehicles: The Road AheadEnhancing Road Safety and EfficiencyOne of the primary motivations for the development ofautonomous vehicles is enhanced road safety. AVs, which areoutfitted with cutting-edge sensors and powered by sophisticatedAI-driven decision-making algorithms, hold the significant potentialto drastically reduce the number of accidents on our roads. Byeffectively eliminating the risks associated with reckless driving,distracted driving, and human fatigue, these vehicles can create asafer driving environment. This transformative technologypromises to not only enhance road safety but also to reshape ourentire approach to transportation as we know it. It is crucial that wecontinue to explore and support the development of theseadvanced systems to maximize their benefits for society. Beyondsafety, autonomous vehicles are also set to optimize traffic flow,reducing congestion and emissions. Smart traffic managementsystems, integrated with AV fleets, can minimize delays, improvefuel

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https://iiga.news.comFeature StoryPage 51As we move into an era of self-driving technology, autonomous vehicles promise safer roads, reduced congestion, and a moreefficient transportation system. However, challenges related to regulations, public acceptance, and infrastructure readinessmust be addressed before widespread adoption. The road ahead for AVs is filled with opportunities and challenges, but onething is certain—autonomous mobility is no longer a distant dream but an inevitable realityThe Road Ahead: A Smart MobilityEcosystemThe future of autonomous vehicles indeedextends far beyond the scope of self-drivingcars alone. We are witnessing thedevelopment of interconnected mobilityecosystems that are effectively paving theway for transportation networks that are notonly smarter but also significantly moreefficient. As ride-hailing services, logisticscompanies, and public transportationauthorities begin to incorporateautonomous vehicles into their operations,we are seeing an exciting surge in innovativesolutions like autonomous taxis, deliverydrones, and advanced smart freight systemsemerging on the scene. This shift holds thepotential to revolutionize the way we thinkabout and engage with travel and goodsdelivery across urban and rural landscapesalike.

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https://iiga.news.comFeature StoryPage 52Preetwant Singh, the visionary Founder of Pegasus AC, is aprominent leader who is driving significant advancements as thePresident of ISAtech/SARES and the Vice President of WUAVF SG.His role as a consultant for the Trade Promotion Council showcaseshis extensive expertise in the Geospatial and Space Industries. Hispassion for aviation further underscores his commitment tofostering innovation within these sectors. As the co-founder of PilotPathways, he has successfully launched the world’s first aviationprogram designed for children aged 6 to 18, empowering the nextgeneration to confidently pursue their aviation dreams.The Low-Level Economy: Shaping the Future ofUrban Mobility and Innovation in Southeast Asiaand BeyondUnderstanding the Low-Level EconomyThe "Low-Level Economy" refers to the growing economic activitiestaking place within the low-altitude airspace, typically below 500feet. This space, once considered inaccessible, is rapidly becoming acritical layer of urban infrastructure, enabled by unmanned aerialvehicles (UAVs), commonly known as drones. The ecosystemencompasses commercial drone operations, training services,regulatory frameworks, manufacturing, maintenance, and counter-drone technologies.The Low-Level Economy is increasingly recognized as atransformative force, particularly in regions undergoing rapidurbanization. Its value lies in providing agile, cost-effective, andefficient services across industries, including logistics, healthcare,agriculture, surveillance, construction, telecommunications, andenvironmental monitoring.Countries such as China, Singapore, and South Korea are leading thecharge. In particular, Shenzhen, China, often dubbed the "SiliconValley of Hardware," is a global testbed for drone innovation. Hometo DJI—the world’s largest drone manufacturer—Shenzhen haspioneered drone corridors, real-time drone traffic management, andurban air mobility testing zones, making it a beacon for drone-basedeconomic integration.What Is the Low-Altitude Economy?At its core, the low-altitude economy includes:Urban Air Mobility (UAM) and Advanced Air Mobility (AAM) usingeVTOLsDrone logistics and delivery networksPrecision agriculture via UAVs and robotic analyticsInfrastructure monitoring with autonomous systemsEmergency and disaster response operationsEnvironmental and geospatial data collectionAerial tourism and smart city integrationThe COVID-19 pandemic accelerated drone adoptionglobally, but especially in Southeast Asia. Asmovement restrictions limited physical interactions,drone hobbyists began upgrading their skills throughformal training programs, shifting into commercialdrone operations. This grassroots upskilling sparked awave of demand for drone-based solutions acrossboth public and private sectors.During the pandemic, drones were used for:Crowd distance monitoring in urban spacesContact tracing and public safety announcementsAgricultural spraying and crop health monitoringLast-mile logistics for delivering food, PPE, andessentialsMedical deliveries including vaccines, blood, andmedicationWildlife monitoring in protected areasDisinfection spraying in public zonesPandemic-Era Drone Transformation

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https://iiga.news.comFeature StoryPage 53The low-altitude economy is built on a foundation ofinteroperable, intelligent technologies:1. Unmanned Aerial Vehicles (UAVs) and eVTOLsUAVs now range from palm-sized quadcopters toheavy-lift hybrid drones.eVTOL aircraft are poised to become the next modeof intra-city or regional transport.Both rely on autonomous navigation, precisionsensors, and advanced propulsion systems.2. Robotics and AutomationGround-based robotics handle cargo loading,aircraft servicing, droneport operations, andvertiport coordination.Robotic manipulators automate crop inspections,package sorting, and maintenance diagnostics.Swarm robotics enables coordinated multi-dronemissions for agriculture, mapping, and disaster relief.3. Artificial Intelligence (AI)AI is embedded in flight controls, collision avoidance,traffic management, and weather adaptability.Machine learning optimizes routes, predictsmaintenance issues, and adjusts for real-timeenvironmental conditions.AI also enables autonomous fleet operations,significantly reducing the need for humanintervention.4. 5G and Edge ComputingReal-time decision-making demands ultra-lowlatency and high-speed data transfer.5G supports dense urban drone traffic with minimallag.Edge computing allows AI to process and act on datalocally, increasing efficiency and responsiveness.Technology Stack Powering the Sky Economy 5. Digital TwinsReal-time virtual replicas of aircraft, infrastructure,and cities simulate operations before deployment.Enables safer airspace testing, faster failurediagnostics, and optimized urban air logistics design.6. Cloud Platforms and IoT IntegrationIoT sensors embedded in drones and infrastructuretrack performance and conditions.Cloud systems centralize monitoring, data analytics,and fleet coordination.Integration with smart city platforms enhancessituational awareness and cross-functional response(e.g., traffic, weather, security).According to industry data, drone sales stood atapproximately USD 4.4 billion pre-pandemic in 2019,surged to over USD 6.5 billion during 2021, and areprojected to surpass USD 12 billion by 2027, reflectingexponential growth and long-term viability.Diverse Sectoral ApplicationsAs drone capabilities evolve, so do their applications:Infrastructure Inspection: bridges, highways, railnetworksEnergy: oil and gas pipelines, wind turbinemonitoringTelecommunications: tower inspections andnetwork analysisConstruction and Real Estate: aerial surveying, 3DmappingMedia and Entertainment: live event broadcastingand cinematographyDisaster Response: search and rescue, damageassessment

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https://iiga.news.comFeature StoryPage 54This variety underscores theintegral role drones play insmart city development—especially in Southeast Asia,where urban populations areballooning. Efficient airspacemanagement and drone-basedservices are essential to addresstransportation, logistics, andenvironmental concerns.Training and Regulation:Building a Responsible DroneEcosystemWith such rapid adoption,proportional regulatoryframeworks and pilot trainingare critical. Aviation authoritiesacross Southeast Asia, includingCAAS (Singapore), CAAM(Malaysia), and CAAT (Thailand),are actively developing airspacemanagement protocols, pilotlicensing requirements, andoperational safety guidelines.Drone training is offered inthree formats:Physical Training:Advantages: Hands-onflying experience, real-time correctionsDisadvantages: Highercosts, limitedaccessibilityOnline Training:Advantages: Cost-effective, flexiblescheduleDisadvantages: Lackspractical skilldevelopmentHybrid Training (Online + In-Person):Advantages: Combinestheoretical depth withhands-on applicationDisadvantages:Coordination requiredfor scheduling andlocationsAnti-Drone Technologies: A NecessaryBalanceThe rapid expansion of drone usage hasalso led to a parallel rise in anti-dronetechnologies. These systems areessential in mitigating security risks,protecting critical infrastructure, andensuring public safety.Key technologies include:Geo-fencing: Automaticallyrestricts drones from flying in no-fly zonesRF Jamming Devices: Interruptcommunication between droneand operatorRadar Surveillance Systems:Detect and track unauthorizeddronesDrone Capture Systems: Utilizenets or counter-drones to interceptrogue UAVsAcoustic Sensors: Identify dronesby sound profile in protected areasThese systems are increasinglydeployed around airports, stadiums,government facilities, and major publicevents.The Rise of VTOL TechnologyOne of the most excitingadvancements in drone innovation isVTOL (Vertical Take-Off and Landing)technology. Combining themaneuverability of helicopters with therange and efficiency of fixed-wingaircraft, VTOL drones are particularlysuited for urban environments wherespace is constrained.VTOL drones enable:Medical evacuation or rapiddelivery in dense citiesPrecision agriculture over large,uneven terrainsSurveillance and mapping inremote or disaster-affected regionsWith reduced runway requirementsand high operational flexibility, VTOLplatforms are expected torevolutionize urban air mobility andaerial logistics.

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https://iiga.news.comFeature StoryPage 55Future Outlook: What Comes Next?As the sky economy expands, so do the opportunities:Near-Term (1–3 years):Drone delivery normalization in e-commerce and medicineFirst commercial air taxi services in metro areasIncreased robotic ground infrastructure (charging stations,vertiports)Mid-Term (3–7 years):Urban sky highways integrated with smart traffic systemsRobotic airfield autonomy for fully unattended operationsUAV agriculture-as-a-service in developing nationsLong-Term (7–15 years):Global drone corridors connecting rural and urban centersAI airspace controllers replacing human air traffic roles in low-altitude zonesBio-hybrid drones mimicking birds/insects for complexenvironmentsClimate surveillance constellations managed by autonomousswarm AI Challenges on the HorizonAirspace IntegrationCoordination with manned aircraft remains complex.Harmonized air traffic systems are critical to avoid accidents.Data Security & PrivacyCyber threats against autonomous flight systems pose real risks.Public concerns over surveillance and noise must be addressed.Regulatory UncertaintyMany countries lack clear airspace governance at low altitudes.Innovation often outpaces legislation.SustainabilityBattery sourcing, emissions, and visual/noise pollution requiregreen innovation.Circular economy principles must be embedded early.The Low-Level Economy is a crucial and swiftlygrowing facet of our economic landscape. Asurbanization accelerates in Southeast Asia, theapplication of drones for public services, logistics,and environmental monitoring is evolving from afuturistic idea into an urgent necessity. With Chinaand Southeast Asia, particularly cities likeShenzhen, at the forefront, the drone economy isreshaping our views on mobility, labor, andinfrastructure. This emerging low-altitude economy signifies morethan just technological progress; it represents atransformative shift in our worldview. It hasredefined mobility, restructured supply chains,and turned the skies into a smart, accessible realmwithin our economic framework. This evolution notonly enhances efficiency but also sparksinnovation across various sectors. As urbancenters adopt this new paradigm, we cananticipate a surge of opportunities for bothbusinesses and communities.To ensure this evolution progresses responsibly,there must be coordinated regulatory oversight,robust training programs, and the simultaneousdevelopment of anti-drone systems. While thealtitude may be low, the economic potential isimmense—and it's just embarking on its journey.Much like the railroad revolutionizedtransportation and communication in the 19thcentury and the internet dramatically reshapedour lives and industries in the 20th century, theemerging low-altitude economy carries its owntransformative promise. This innovative sector ispoised to elevate connectivity in extraordinaryways, unlocking new possibilities for commerce,logistics, and even personal travel. By optimizinglower-altitude airspace usage, we may witnessimprovements in delivery systems andaccessibility, fundamentally reshaping our socialand economic environments. As we advance intothe 21st century, it is evident that embracing thisdevelopment could bring tremendous benefits tosociety as a whole.What does the future hold and what are the keytakeaways?

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22Minuteshttps://iiga.news.comPage 57Yeonghoon Cho is a prominent figure in South Korea’srobotics industry, having served in senior leadership roles—including Vice President—at the Korea Association ofRobot Industry (KAR) from March 2004 to May 2024. Evenafter retiring from KAR, he remains actively engaged inshaping national robotics policies and industrialstrategies and is widely recognized as an expert in buildingsustainable robotics ecosystems.Throughout his tenure, Mr. Cho played a pivotal role inadvancing Korea’s robotics capabilities. He championedthe localization of key robotic components, facilitatedglobal partnerships, and helped South Korean roboticscompanies expand their international footprint. Hisefforts were especially impactful in enabling domesticcleaning robot manufacturers to capture over 90% of thenational market and in reducing Korea’s dependency onJapanese component suppliers by more than 50%.Mr. Cho holds a Bachelor of Science in Electronics andTelecommunications Engineering from KwangwoonUniversity and a Master of Science inInformation SecurityEngineering from Hansei University. Over the course of hiscareer, he has received multiple ministerial honors,including recognition in 2013 by the Ministry of Science,and ICT and Future Planning (now the Ministry of Scienceand ICT) as one of Korea’s top 100 contributors tonational R&D excellence.Mr. Yeonghoon Cho,Director of Future Growthat Neuromeka Co., Ltd.,1. Mr. Cho, we’d love for you to share a bit about yourbackground with our readers.For over two decades, I have dedicated my career to shapingthe future of South Korea’s robotics industry, primarily throughmy work with the Korea Association of Robot Industry (KAR).My academic background is in electronics andtelecommunications, and I also hold a master’s degree ininformation security engineering. I actually began my career asa journalist covering ICT, which gave me valuable insights intopolicy trends and technological developments—eventuallyguiding me toward the fields of telecommunications,cybersecurity, and ultimately, robotics.At KAR, I held a range of leadership positions—Secretary-General, Director, Executive Director, and Vice President.Across these roles, I was deeply involved in building a robustrobotics ecosystem in Korea, focusing on commercializing newtechnologies, facilitating global collaboration, and supportingrobotics companies at every stage—from startup incubation toglobal market entry. Among the initiatives I led were efforts tolocalize critical robot components and cultivate specializedtalent,ensuring Korea’s long-term competitiveness in the globalrobotics arena.At the core of my work is the visionof “Robotopia”—a utopiansociety where humans and robots coexist in harmony, withrobotics seamlessly woven into everyday life, enhancinghuman well-being while upholding strong ethical principles.This vision continues to drive my research into robotics policiesand strategies that will position South Korea as a true globalleader in the field.

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22MinutesIn its early years, the exhibition drew 87,000 visitors,generating significant public interest. While its recent shifttoward B2B has adjusted its audience, it still attracts over46,000 buyers annually, solidifying its reputation as aleading industrial exhibition. Today, RoboWorld ranksamong the world’s top four robotics exhibitions, alongsideJapan’s iREX, Germany’s Automatica, and the U.S.’sAutomate.Looking ahead, the 2025 edition aims to strengthen itsglobal presence with AI-robotics convergence showcasesand an international startup-investor matchmakingprogram. Marking its 20th anniversary, Robot World ispreparing for a major transformation to establish itself as atruly global exhibition. Key initiatives include a dedicatedAI-robot convergence hall, increased focus on humanoidrobotics, enhanced startup-investor networking, and thelaunch of the Asian Robot Policy Forum.Robot World is evolving beyond a conventional exhibitionto become a global hub shaping the future of South Korea’srobotics industry. It will continue connecting technology,business, and policy—driving the sustained growth of thecountry’s robotics sector.https://iiga.news.comPage 59One of the most notable milestones was South Korea’s entryinto the global defense supply chain. Following the 2016reforms of the Defense Acquisition Program Administration(DAPA)’s offset program to boost domestic participation, U.S.defense giant Lockheed Martin sought to source productsfrom South Korean small and medium-sized enterprises(SMEs). In response, KAR facilitated the recommendation ofcollaborative robots, logistics robots, and autonomous mobilerobots (AGVs). As a result, a South Korean collaborative robotsystem was successfully integrated into Lockheed Martin’ssupply chain—the first such case involving a South Koreanrobotics firm joining a major global defense contractor’snetwork. Additionally, in 2019, Raytheon Technologiesevaluated South Korean actuators, which led to pilotdeployment/testing under DAPA’s Pre-Accumulated Value(PAV) offset trade program, further validating thecountry’stechnological capabilities in the defense sector.In international R&D, KAR played a key role in connecting SouthKorean robot companies with Israel’s Light House Project, ajoint initiative between the Israel Innovation Authority andSouth Korea’s Ministry of Trade, Industry, and Energy (MOTIE).This partnership led to the successful development of speechrecognition engines and social robots for elderly care, as wellas research into AI-driven service robots and autonomousnavigation platforms. These achievements elevated SouthKorea’s R&D standing globally.4. How have South Korean robotics companies gainedglobal competitiveness through internationalcooperation?South Korean robotics companies have enhanced theirglobal competitiveness through strategic internationalcooperation, particularly in defense, R&D, and marketexpansion.One of the most notable milestones was South Korea’s entryinto the global defense supply chain. Following the 2016reforms of the Defense Acquisition Program Administration(DAPA)’s offset program to boost domestic participation, U.S.defense giant Lockheed Martin sought to source productsfrom South Korean small and medium-sized enterprises(SMEs). In response, KAR facilitated the recommendation ofcollaborative robots, logistics robots, and autonomous mobilerobots (AGVs). As a result, a South Korean collaborative robotsystem was successfully integrated into Lockheed Martin’ssupply chain—the first such case involving a South Koreanrobotics firm joining a major global defense contractor’snetwork. Additionally, in 2019, Raytheon Technologiesevaluated South Korean actuators, which led to pilotdeployment/testing under DAPA’s Pre-Accumulated Value(PAV) offset trade program, further validating thecountry’stechnological capabilities in the defense sector.

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22MinutesIn international R&D, KAR played a key role inconnecting South Korean robot companieswith Israel’s Light House Project, a jointinitiative between the Israel InnovationAuthority and South Korea’s Ministry ofTrade, Industry, and Energy (MOTIE). Thispartnership led to the successfuldevelopment of speech recognition enginesand social robots for elderly care, as well asresearch into AI-driven service robots andautonomous navigation platforms. Theseachievements elevated South Korea’s R&Dstanding globally.South Korea has also pursued strategicmarket expansion in Southeast Asia. KAR, incollaboration with Korea Midland Power(KOMIPO), led an initiative to introduce SouthKorean robotics companies to the Indonesianmarket. This aligns with a broader strategy ofestablishing footholds in culturally and inmarkets with cultural proximity and strategicdevelopment potential before expandingglobally. The Indonesian pilot project servedas the first step in this approach,demonstrating the potential for broaderinternational expansion.Going forward, South Korea should enhanceits global outreach by aligning roboticsindustry development with OfficialDevelopment Assistance (ODA) programs—transforming short-term exports into long-term strategic partnerships.https://iiga.news.comPage 605. As a robotics industry ecosystembuilder, how do you think Korea'srobotics industry should respond toglobal changes?With the rapid advancement of generative AI—exemplified by ChatGPT—and the rise ofphysical AI technologies such as Tesla’sOptimus, humanoid robots with human-likecognitive and learning capabilities are no longerfuturistic concepts. In this dynamicenvironment, South Korea must proactivelybuild a globally competitive AI-humanoidrobotics ecosystem through both internationalcollaboration and domestic industrialdevelopment.To achieve this, a horizontally integratedecosystem is essential at the early stage.Diverse pilot projects and real-worlddeployments across manufacturing and servicesectors will help accelerate adoption and refinetechnology. Simultaneously, verticalintegrationis critical. A resilient and self-sufficient industry must localize corecomponents and establish a secure domesticsupply chain.Amid rising global supply chain uncertainties,Korea should adopt a dual strategy: globalcooperation and domestic resilience.Prioritizing localization of key parts and securingstrategic procurement channels is vital.A Global Value Chain (GVC) for AIhumanoid robots should revolvearound two main pillars:AI Software & SemiconductorCollaboration: Technologypartners including the U.S. andTaiwan on next-gen AI chips androbot operating systems.Core Hardware & Manufacturing:Precision reducers, servomotors,sensors: Collaborate with Japan,Germany, and Taiwan.Humanoid hardware platforms:Co-develop with Europe andJapan.Manufacturing & assembly hubs:Expand operations in Vietnam,Thailand, Malaysia, and Indonesia.Overseas pilot testing: Formstrategic partnerships with theUAE and Saudi Arabia.By aligning horizontalcollaboration, vertical integration,and supply chain resilience, SouthKorea can not only catch up withglobal leaders in AI humanoidrobotics—but potentially lead thistransformative sector.

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22Minutes6. What are your key achievementsas the Executive Vice President ofKAR?Over the past 20 years, I held multipleleadership positions at the KoreaAssociation of Robot Industry (KAR),including Executive Vice President. Mymost significant accomplishment hasbeen building a robust and competitiveecosystem for service robotics in Korea.After the Asian Financial crisis in 1997,Korea’s industrial focus shifted fromtraditional industrial robots tointelligent robotic systems. During thiscritical time, I helped establish KAR tostabilize the sector and craft a cohesivegrowth strategy. This led to Korea’s firstnational robotics master plan,designating robotics as astrategicindustry.https://iiga.news.comPage 61I focused on five pillars:(1) Government-funded R&D support, (2) prototyping and commercializationinfrastructure, (3) strategic market development, (4) private investment attraction, and (5) robotics talent cultivation—aframework that helped Korean roboticsfirms scale internationally.Key milestones include:1. Entry into the global defense supplychain (e.g., Lockheed Martin adoptingKorean collaborative robots)2. Joint R&D with Israel, the U.S., andEurope, advancing AI and servicerobotics innovation3. Strategic market expansion intoSoutheast Asia, especially Indonesiaspearheaded by KAR in cooperationwith state-owned enterprises.I also emphasizedcomponentlocalization,standardization, andcommercialization—reducing Korea’sreliance on foreign suppliers andboosting global competitiveness.Ultimately, robotics is more than atechnological field—it is a catalyst forsocial transformation. For twodecades, I’ve advocated for ethical AI,public engagement with robotics, andhuman-centric innovation. While muchwork remains, I believe thefoundations we’ve laid includingregulatory frameworks, startupincubators,and global R&D networkswill sustain Korea’s leadership intheglobal robotics arena.Currently, I serve as Director of FutureGrowth at Neuromeka Co., Ltd., aleading collaborative roboticscompany. Since retiring from KAR, Ihave focus on revitalizing the regionalecosystem in Pohang by introducingautomation to the steel and secondarybattery industries. I am also exploringstrategic approaches to build a globalAI humanoid robotics ecosystem—leveraging Neuromeka’s expertise inimitation learning and collisionavoidance technologies.

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22Minuteshttps://iiga.news.comPage 63Alan Ng is the Founder and CEO of QuikBot Technologies, a pioneeringcompany headquartered in Singapore that is redefining urban logisticsthrough autonomous delivery solutions. Under his leadership, QuikBothas developed the world’s first Autonomous Final-Mile Delivery Platform-as-a-Service (AFMD PaaS)—a groundbreaking innovation designed toaddress the rising demands of urban delivery with intelligent, scalableinfrastructure.As the visionary behind this next-generation logistics platform, Alan seesautonomous delivery not just as a technological advancement, but as atransformational force for smart cities. With urban delivery trafficprojected to surge by over 60% by 2030—contributing to rising emissionsand longer commute times—Alan believes autonomous delivery vehicles,particularly compact ground units, offer a cleaner, more efficientalternative.QuikBot’s PaaS model empowers businesses and communities to adoptautonomous delivery without owning costly hardware, making logisticsmore accessible, inclusive, and sustainable. By operating off-road or indedicated corridors, these systems ease congestion, free up road space,and align with the broader goals of public transit and active mobility.Alan’s mission is clear: to position autonomous delivery as essentialurban infrastructure—future-proof, democratized, and built for the citiesof tomorrow. Through QuikBot, he is building not just a company, but asmarter, healthier vision for urban living.Mr. Alan Ng, Founder & CEO of QuikBot Technologies1.What role do AI and robotics play inimproving the efficiency andsustainability of smart city logistics?AI and robotics play a critical role inenhancing both the efficiency andsustainability of smart city logistics, and theyare integral to QuikBot’s Platform-as-a-Service model.AI powers real-time decision-making acrossthe delivery network. From intelligent routeplanning and predictive fleet scheduling toadvanced robotic fleet management, AI helpsreduce travel time, lower energyconsumption, and streamline the flow ofgoods through urban environments. It alsosupports demand forecasting and system-wide coordination, allowing for more effectiveuse of delivery assets and infrastructure.Robotics, particularly QuikBot autonomousground delivery robots, form the operationalbackbone of this transformation. Thesecompact, zero-emission robots areengineered for safe, reliable, and efficientnavigation in complex city settings. Whenintegrated with AI, they adapt in real time,avoid delays, and deliver with a high degree ofprecision and consistency.

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22Minutes4. What are the biggest misconceptionsabout AI and robotics in Southeast Asia thatyou’d like to address?One of the most common misconceptions aboutAI and robotics in Southeast Asia is that they areonly relevant to advanced economies or high-tech industries. In reality, these technologies arehighly adaptable and can deliver immediate valuein emerging markets, particularly in urbanlogistics, healthcare, and retail.Another frequent misunderstanding is thatrobotics refers only to flashy, humanoidmachines. In practice, the most impactfulsolutions today are compact, purpose-builtsystems designed for repetitive tasks such asautonomous delivery. These robots are not hereto replace people, but to support human teamsby taking on work that is physically demanding,time-consuming, or hard to scale.The most persistent myth is that AI and roboticsare taking jobs from humans. In fact, we areseeing a shift in job roles, especially in last-miledelivery. As autonomous systems are deployed,there is growing demand for skilled techniciansand operators to manage, maintain, and monitorthem. This creates more technical, knowledge-based roles that are safer, more stable, and betteraligned with the aspirations of today’s workforce.In Southeast Asia, where industries compete forthe same limited pool of delivery workers acrossfood, parcels, and e-commerce, automationoffers a practical solution. With younger workersincreasingly avoiding repetitive, low-growth roles,AI and robotics help close the labour gap whileopening new pathways for upskilling and careerdevelopment.At QuikBot, we view AI and robotics not as athreat to jobs, but as a driver of economicupgrading, one that is modernising city logisticswhile preparing workers for the demands of amore digital and resilient future.https://iiga.news.comPage 655. Which emerging markets in Southeast Asia do you see as thenext big opportunities for business expansion?In Southeast Asia, we see strong long-term potential in emergingmarkets such as Indonesia, Thailand, Vietnam, and the Philippines.These fast-growing urban centres are experiencing rising demand formore efficient and reliable delivery, fuelled by rapid e-commercegrowth, urbanisation, and increasing consumer expectations.However, in much of the region, with the exception of Singapore, thedominant mindset is still shaped by the relative affordability of labour.Many businesses continue to rely on human-based delivery models,believing that hiring more workers is more cost-effective than investingin automation. As a result, autonomous delivery is often seen as a futureconsideration rather than a present need.This cost-based approach is unlikely to remain sustainable.Demographic changes, rising labour costs, worsening congestion, and agrowing reluctance among younger workers to take on repetitivedelivery roles are already beginning to affect the labour supply. Whenthese cities reach a tipping point and begin actively searching forautonomous solutions, QuikBot will be ready to support that transitionwith a mature, proven platform.

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E V E N T C A L E N D A RS H A N G H A I I N T E R N A T I O N A LE N E R G Y S T O R A G E I N D U S T R YE X H I B I T I O N 2 0 2 5S H A N G H A I N E WI N T E R N A T I O N A L E X P OC E N T R E ( S N I E C ) , S H A N G H A I ,C H I N A2 6 A P R I L - 0 8 M A Y 2 0 2 5C O N T R O L - I N T E R N A T I O N A LT R A D E F A I R F O R Q U A L I T YA S S U R A N C E 2 0 2 5M E S S E S T U T T G A R T ,S T U T T G A R T , G E R M A N Y2 6 A P R I L - 0 9 M A Y 2 0 2 5I N T E R N A T I O N A L S C H O O L O FH Y D R O C A R B O NM E A S U R E M E N T C O N F E R E N C E& E X P O 2 0 2 5O K L A H O M A , U S A1 3 - 1 5 M A Y 2 0 2 5G U A N G Z H O UI N T E R N A T I O N A L S H O E SM A C H I N E R Y M A T E R I A LL E A T H E R I N D U S T R Y F A I R2 0 2 5N A N F U N G I N T E R N A T I O N A LC O N V E N T I O N &E X H I B I T I O N C E N T E R ,G U A N G Z H O U , C H I N A1 4 - 1 6 M A Y 2 0 2 5I N T E R N A T I O N A L E X H I B I T I O NO N M E T A L W O R K I N G &W E L D I N G T E C H N O L O G Y 2 0 2 5V I E T X O F R I E N D S H I P L A B O U RC U L T U R A L P A L A C E , H A N O I ,V I E T N A M1 4 - 1 6 M A Y 2 0 2 5I N S T I T U T E O F I N D U S T R I A LA N D S Y S T E M S E N G I N E E R SA N N U A L C O N F E R E N C E &E X P O 2 0 2 5R E N A I S S A N C E A T L A N T AW A V E R L Y H O T E L &C O N V E N T I O N C E N T E R ,A T L A N T A , U S A3 1 M A Y - 0 3 J U N E 2 0 2 5MayI D E A - I N T E R N A T I O N A LE N G I N E E R E D F A B R I C SC O N F E R E N C E & E X P O 2 0 2 5M I A M I B E A C H C O N V E N T I O NC E N T E R , M I A M I B E A C H , U S A2 9 A P R I L - 0 1 M A Y 2 0 2 5A N N U A L C O M P O N E N T S F O RM I L I T A R Y & S P A C EE L E C T R O N I C S C O N F E R E N C E &E X H I B I T I O N 2 0 2 5F O U R P O I N T S B Y S H E R A T O NL O S A N G E L E SI N T E R N A T I O N A L A I R P O R T ,L O S A N G E L E S , U S A2 9 A P R I L - 0 1 M A Y 2 0 2 5E C A E X P O ( E X P O F O RE X T R A C U R R I C U L A RA C T I V I T I E S T E A C H I N GM A T E R I A L S A N D S U P P L I E S )2 0 2 5H O N G K O N G C O N V E N T I O NA N D E X H I B I T I O N C E N T R E ,H O N G K O N G2 3 A P R I L - 0 5 M A Y 2 0 2 5I N T E R N A T I O N A L M A R I T I M ED E F E N C E E X H I B I T I O N 2 0 2 5C H A N G I E X H I B I T I O N C E N T R E ,S I N G A P O R E2 6 A P R I L - 0 8 M A Y 2 0 2 5M E T A L T E C H M A L A Y S I A2 0 2 5M A L A Y S I A I N T E R N A T I O N A LT R A D E A N D E X H I B I T I O NC E N T R E , K U A L A L U M P U R ,M A L A Y S I A1 4 - 1 7 M A Y 2 0 2 5P R O F E S S I O N A L C A S T I N G ,M O L D M A K I N G & P A R T SM A N U F A C T U R I N G ,M A C H I N E R Y P E R I P H E R A LE Q U I P M E N T ' S E X H I B I T I O N2 0 2 5S H A H R A F T A BI N T E R N A T I O N A LE X H I B I T I O N C E N T E R ,E S L A M S H A H R , I R A N1 4 - 1 7 M A Y 2 0 2 5JuneB U S A N I N T E R N A T I O N A LM A C H I N E R Y F A I R 2 0 2 5B U S A N E X H I B I T I O N A N DC O N V E N T I O N C E N T E R ,B U S A N , S O U T H K O R E A2 0 - 2 3 M A Y 2 0 2 5B U S A N I N T E R N A T I O N A LM A C H I N E R Y F A I R 2 0 2 5B U S A N E X H I B I T I O N A N DC O N V E N T I O N C E N T E R ,B U S A N , S O U T H K O R E A2 0 - 2 3 M A Y 2 0 2 5G L O B A L N I & C R ,S T A I N L E S S S T E E L A N DC O A L & C O K E I N D U S T R YC O N F E R E N C E 2 0 2 5J A K A R T A , I N D O N E S I A2 0 - 2 3 M A Y 2 0 2 5G L O B A L N I & C R ,S T A I N L E S S S T E E L A N DC O A L & C O K E I N D U S T R YC O N F E R E N C E 2 0 2 5J A K A R T A , I N D O N E S I A2 0 - 2 3 M A Y 2 0 2 5A U T O M O T I V E E N G I N E E R I N GE X P O S I T I O N 2 0 2 5P A C I F I C O Y O K O H A M A ,Y O K O H A M A , J A P A N2 1 - 2 3 M A Y 2 0 2 5C H I N A I N T E R N A T I O N A LF L O O R M A T E R I A L S A N DP A V I N G T E C H N O L O G YE X H I B I T I O N 2 0 2 5N A T I O N A L C O N V E N T I O N &E X H I B I T I O N C E N T E R ,S H A N G H A I , C H I N A2 6 - 2 8 M A Y 2 0 2 5I N T E R N A T I O N A LC O N F E R E N C E O NA D V A N C E D M A T E R I A L S F O RA D D I T I V EM A N U F A C T U R I N G 2 0 2 5T O K Y O I N T E R N A T I O N A LF O R U M , T O K Y O , J A P A N0 2 - 0 3 J U N E 2 0 2 5S P A C E T E C H E X P O U S A2 0 2 5L O N G B E A C H C O N V E N T I O N& E N T E R T A I N M E N TC E N T E R , L O N G B E A C H , U S A0 2 - 0 4 J U N E 2 0 2 5I N D O N E S I A C R I T I C A LM I N E R A L S C O N F E R E N C E &E X P O 2 0 2 5H O T E L M U L I A S E N A Y A NJ A K A R T A , J A K A R T A ,I N D O N E S I A0 3 - 0 5 J U N E 2 0 2 5G U A N G Z H O UI N T E R N A T I O N A L B I O -B A S E D A N D D E G R A D A B L EI N D U S T R Y A P P L I C A T I O NE X H I B I T I O N 2 0 2 5P O L Y W O R L D T R A D EC E N T E R , G U A N G Z H O U ,C H I N A0 3 - 0 5 J U N E 2 0 2 5I N T E R N A T I O N A L F A I R O FF A S T E N I N G , C O N N E C T I N GA N D F A S T E N E RT E C H N O L O G I E S 2 0 2 5P T A K W A R S A W E X P O ,P R U S Z K Ó W , P O L A N D1 0 - 1 2 J U N E 2 0 2 5

Tech Odyssey: Navigating the Frontiers of Robotics

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