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ABB’s collaborative robotsABB’s collaborative robotsboost productivity by 68boost productivity by 68percent on Electrolux’spercent on Electrolux’srefrigerator production linerefrigerator production lineROBOTICS ANDROBOTICS ANDSMART AUTOMATIONSMART AUTOMATIONNAVIGATING THENAVIGATING THEFRONTIERS OFFRONTIERS OFRevolutionizingRevolutionizingManufacturing: The Role ofManufacturing: The Role ofRobotics and AdvancedRobotics and AdvancedTechnologiesTechnologiesYour Ultimate Guide to theYour Ultimate Guide to theTop Robotic Trends of :Top Robotic Trends of :Everything You Need toEverything You Need toStay Informed!Stay Informed!Rehab robot leads to betterRehab robot leads to betterpatient healthpatient healthorange

TABLE OFCONTENTSANOTHER EXCITING PUBLICATION FROM ORANGE MEDIA GROUP MCI (P) 099/10/2016 KDN NO.PP 16700/02/2013 (032576) ISBN NO. 983-41420 - D - 5INSIGHT OUTINSIGHT OUTCOMAU WILL SIGNIFICANTLYACCELERATE THE TESTING ANDVERIFICATION OF AUTOMOTIVE ANDSTATIONARY BATTERIES01TECHNOLOGY & PRODUCTTECHNOLOGY & PRODUCTADLINK Unveils AI Smart FactorySolution at NVIDIA GTC 2024AAEON Unveils Intel-Powered COMExpress Modules to Corner theAdvanced Robotics and Edge GatewayMarketsMWC2024: Huawei Releases Next-genSmart City Solutions to Accelerate CityIntelligence020304Schneider Electric launchesEcoStruxure™ Plant Lean Managementboosting productivity anddigitalization in manufacturing05Yokogawa Launches OpreX RobotManagement Core06Weidmuller USA Rounds Out EnergyStorage System Portfolio with Additionof Battery Connectors07Siemens and NVIDIA expandcollaboration on generative AI forimmersive real-time visualization09Ericsson and Umniah announcestrategic alliance to elevatenetwork performance withcutting-edge AI11

Delta Data Continues Expansion of ItsPooled Fund Solutions with the Acquisitionof Phoenix Systems Inc.13ANOTHER EXCITING PUBLICATION FROM ORANGE MEDIA GROUP MCI (P) 099/10/2016 KDN NO.PP 16700/02/2013 (032576) ISBN NO. 983-41420 - D - 5Rockwell Automation AnnouncesPartnership with Aquatic Life, AdvancingSustainable Water Operations andSolutions14Break ing News On The 47th Found a tion DayOf Haim er: Haim er Ac quires 25% Of Win toolAg And Agrees On A Glob al Stra tegic Part -ner ship With The Tcm Group15SVAM Partners with Cynomi to EnhanceCybersecurity Offerings18ABB opens refitted, state-of-the-art USrobotics facility, reaffirming commitmentto US customers20TPBank leverages IBM Cloud Pak for Data toaccelerate modernization and leadVietnam’s banking sector with data-drivenservices21Rockwell Automation Unveils NewExperience Center Showcasing the Future ofIndustrial Technology23PETRONAS and AVEVA sign MoU toaccelerate industrial sustainability efforts25GREAT OPPORTUNITYGREAT OPPORTUNITYWelcome to RoboCup 2024: A New Era ofAutonomous Innovation!26ICRA 202428

ANOTHER EXCITING PUBLICATION FROM ORANGE MEDIA GROUP MCI (P) 099/10/2016 KDN NO.PP 16700/02/2013 (032576) ISBN NO. 983-41420 - D - 5SUCCESS STORYSUCCESS STORYASME/SME Student ManufacturingDesign Competition2024 IT COMPETITION2930ABB’s collaborative robots boostproductivity by 68 percent onElectrolux’s refrigeratorproduction line32Rehab robot leads to better patienthealth34Your Ultimate Guide to the TopRobotic Trends of : Everything YouNeed to Stay Informed!36Revolutionizing Manufacturing:The Role of Robotics and AdvancedTechnologies38FEATURE STORYFEATURE STORY2024 manufacturing industryoutlook4222MIN22MINYaamuna Aldragen51Kitak Ahn55EVENTEVENTEvent Calendar62Andrew Yeo58

Publisher's NoteGreetingsDear esteemed readers,As we navigate through the ever-evolving landscape of industrial innovation, it iswith great excitement that we present to you our comprehensive guide to the toprobotic trends shaping the manufacturing industry in 2024. In collaboration withDeloitte, we bring you an insightful exploration into the dynamic forces drivingchange and transformation across the sector.Within these pages, you will discover the seven pivotal trends that are reshaping thefuture of manufacturing, each offering profound insights and actionable strategiesto keep you at the forefront of industry advancements. From the integration ofrobotics and automation to the convergence of artificial intelligence and machinelearning, our guide is your ultimate resource for staying informed and empowered intoday's rapidly evolving marketplace.Join us as we delve into the transformative power of robotics, uncovering theinnovative solutions and groundbreaking technologies that are revolutionizing theway we produce, create, and innovate. With expert analysis and real-worldexamples, we provide a roadmap for navigating the complexities of the modernmanufacturing landscape, empowering you to seize new opportunities and drivesustainable growth.As you embark on this journey of discovery, may you find inspiration and insight inthe trends that define our industry's future. Together, let us embrace the possibilitiesof tomorrow and embark on a path of continued success and prosperity.Serving the Industrial Community since 2002Industrialguideasia.comiiga.shop (Industrial Shopping and Enquiry)Iiga.news (Industrial News and More)iiga.one (Industrial Digital Marketing and Fun)ORANGE MEDIA GROUP PTE LTD22 Sin Ming Lane, #06 -76 Midview CitySingapore 573969Contact : 65 8920 4299WITH WARM REGARDS,TEAM INDUSTRIAL GUIDE ASIA NEWS

COMAU WILL SIGNIFICANTLYACCELERATE THE TESTING ANDVERIFICATION OF AUTOMOTIVE ANDSTATIONARY BATTERIESComau’s role is to both optimize the digitalization strategy and integrate itspowerful In.Grid IoT platform to analyze the Digital Twin data. This will make itpossible, in a second phase, to enable a complete information exchange withthe virtual environment and further shorten time to market for batterymanufacturers. Once the infrastructure has been validated, Comau will alsohelp lead the industrialization pathway in close collaboration with theresearch centers, universities, industry players and cell manufacturers thatare part of the consortium.The FASTEST project is supported and promoted by the European Unionwithin the framework of the Horizon Europe research and innovation program.Unlike current experimental testing methodologies that can take years tocomplete and are arguably expensive, the project’s intended use of a DigitalTwin will allow customers to replace physical deployment with data-drivenmodels, thus accelerating the testing and implementation process.Stefania Ferrero, Comau ChiefMarketing OfficerAs part of Comau’s unwaveringcommitment to energy transformationsolutions, the company is also activelyinvolved in three of Europe’s topbattery consortiums, having joined theEuropean Battery Alliance (EBA), theBatteries European PartnershipAssociation (BEPA) and the EuropeanTechnology and Innovation Platform(ETIP) at the beginning of 2021.Similarly, Comau is a partner of Upcell– European Battery ManufacturingAlliance, an association that promotesthe creation of an integrated Europeanvalue chain for the development andproduction of electric batteries, and isalso participating in numerous otherprojects regarding electrification aspart of the HORIZON 2020 andHORIZON EUROPE programs.NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATIONIIGA NEWS1 Comau has committed to developing the digitalization strategy for a next-generation battery systems testing platform as part of a multi-country,multidisciplinary consortium in support of the FASTEST project. Under thescope of the project, Comau will leverage its longstanding expertise indigitalization, process simulation and electrification to significantly acceleratethe testing and verification of automotive and stationary batteries. This isexpected to reduce the overall time and costs of battery production by atleast 20% in addition to decreasing the number of physical experiments andthe subsequent reduction in materials costs.“This pioneering initiative aims tosignificantly lower the time andinvestment required for thedevelopment of batteries, cells andprocesses, confirming our efforts ininnovative solutions for e-Mobility, aswell as other sectors. The success ofthis project will help improve thecompetitiveness of the Europeanbattery industry within and beyondautomotive, and is perfectly alignedwith our development roadmap forcurrent and next generationtechnologies.”TECHNOLOGY & PRODUCTCOMAU.COMNAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATION

ADLINK UNVEILS AI SMART FACTORYSOLUTION AT NVIDIA GTC 2024ADLINK AI Smart Factory solution is a collaboration with NVIDIA, striving forthe industrial manufacturing industry's increasingly critical and complexdemands. From AI production inspection to personnel safety checks anddigital twins, these AI solutions will enhance predictive capabilities, andboost production quality and efficiency while ensuring worker safety.To ensure quality assurance, ADLINK has implemented its "AI-Powered Six-Sided Product Case Inspection," which utilizes the DLAP-411-Orin, an edgeAI platform powered by the NVIDIA® Jetson AGX Orin™ module to inspectexternal defects before product shipments. This solution uses NVIDIAOmniverse to simulate product defects and AI video analytics to comparethe actual product casing with its data. This significantly improvesinspection accuracy to 99.6% and reduces inspection time by 80%,resulting in better yield rates and lower rejection rates. Moreover, itenables factories to diminish the requirement for defect samples in AImodel training.Additionally, the NEON-2000 JNX Series AI Smart Camera ensureseffective accessory inspection during product packaging. Integrating thepower-efficient NVIDIA Jetson Xavier NX module, this camera deliversoptimal AI visual inspection performance, allowing manufacturers to deployeffortlessly.ADLINK’s AI Smart Factoryhas also deployed the NEON AI SmartCamera with EVA, the Low/No codeGUI-based Edge Vision AnalyticsSoftware. In high voltage testing areas,AI recognition systems developed withEVA Software ensure that workersfollow safety standards and wearrequired personal protective equipment,effectively reducing the risk of electricshock and fire. Lastly, to address the complexity ofmodern production processes,ADLINK’s AI Smart Factory deliversdigital twins achieved by the fusion ofNVIDIA Omniverse with ADLINK's AIEdge Server. By providing real-timevisualization, it brings fortified predictivecapabilities, early defect detection, anda key to resolving potential productionbottlenecks.NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATIONIIGA NEWS2TECHNOLOGY & PRODUCTADLINKTECH.COMNAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATION

AAEON UNVEILS INTEL-POWERED COM EXPRESSMODULES TO CORNER THE ADVANCED ROBOTICS ANDEDGE GATEWAY MARKETSNAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATIONIIGA NEWSAAEON, a leading provider of Computer-on-Modules, hastoday announced the launch of two new COM Express Type6 Compact Size solutions, the COM-RAPC6 and COM-ADNC6.3TECHNOLOGY & PRODUCTTargeting the advanced robotics and edge gateway markets,the COM-RAPC6 is compatible with a variety of embeddedCPUs from the 13th Generation Intel® Core™ Processor line on acompact 95mm x 95mm form factor. The module givescustomers a range of SKUs from the 13th Generation series,from the efficient 15W Intel® Processor U300E to 13thGeneration Intel® Core™ i7 Processors, running at 45W. Thisgrants users up to 14 (6P/8E) cores and 20 threads ofprocessing power alongside technologies for the accelerationof deep learning inference workloads and I/O devicevirtualization.Equipped with such high processing capacity, the COM-RAPC6 isable to host up to six PCIe modules. With four single-lane PCIeslots alongside another two equipped with eight and four lanes,the COM-RAPC6 is able to handle advanced graphics cardinstallation for multi-LAN expansion. Such operation is boosted byup to 64GB of SODIMM-based DDR5 memory, which providesflexible, high-bandwidth system memory.Much like the COM-RAPC6, the COM-ADNC6 also offers a rangeof PCIe expansion options, able to accommodate either foursingle-lane or two dual-lane PCIe expansion cards. Consequently,AAEON has earmarked the COM-ADNC6 as a good option forindustrial control solutions, such as programmable logiccontroller applications, particularly given the additionalfunctionality offered by its LPC and the security offered byonboard TPM 2.0.Onboard communication protocols for both modules include 2-wire UART, 8-bit GPIO, and SMBus. Additionalfunctions are accessible via LPC connectors, enabling multiple serial port functions. The boards are ideal forindustrial environments with wide-temperature SKUs, supporting -40°C to 85°C operation and two SATA at 6Gb/sfor storage. Other onboard interfaces include LAN connectors for Intel® Ethernet Controller I226 Series platform at2.5GbE speeds, various USB connectors, and high-definition audio output.AAEON.COMNAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATION

MWC2024: HUAWEI RELEASESNEXT-GEN SMART CITY SOLUTIONSTO ACCELERATE CITY INTELLIGENCE4TECHNOLOGY & PRODUCTDuring MWC 2024, Huawei released its next-gen smart citysolutions at a roundtable event themed "Building CityIntelligent Twins to Accelerate City Intelligence". Governmentindustry experts from Asia Pacific, Latin America, Africa, andChina gathered to discuss hot smart city topics, aiming tofacilitate government digitalization and accelerate cityintelligence.Smart city construction is rapidly advancing, and the growingintricacy of urban management necessitates fresharchitectures and technologies to promote the ongoingupgrade of city digitalization. City Intelligent Twins represent afuture-oriented, next-gen digital city technical architecture.Based on technologies such as IoT sensing, high-speedconnectivity, cloud computing, big data, and AI foundationmodels, this architecture helps build an integrated intelligentsystem featuring cloud-network-edge-device synergy,integrate all-domain data for city governance, ensurecontinuous operations, enable smooth running and self-optimization for the city, and ultimately make the city smarter.Zhou Hongquan, COO of Government PublicServices Digitalization BU of Huawei, said, "Theinnovative city intelligent twins architecture isHuawei's latest achievement in core smart citytechnologies and applications. It helps citymanagers optimize operations efficiency of thecity, improves residents' quality of life, and providepowerful support for the sustainable developmentof smart cities."Based on the city intelligent twins architecture,Huawei works with global partners to build newdigital infrastructures to achieve efficient citygovernance and accelerate city intelligence. Inpractice, Huawei has successfully improved thecollaboration efficiency of urban managementdepartments by 40% and the efficiency of handlingpublic opinion incidents by 30%.At the roundtable, participants discussed keytopics on city intelligent twins and smart cities, suchas top-level design, business planning,technological innovation, construction practices,and future-oriented evolution. Huawei shared itssmart city evolution path as well as the successstory of smart city construction in Futian, Shenzhen.NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATIONIIGA NEWSE.HUAWEI.COM

SCHNEIDER ELECTRIC LAUNCHES ECOSTRUXURE™ PLANT LEAN MANAGEMENTBOOSTING PRODUCTIVITY AND DIGITALIZATION IN MANUFACTURING5TECHNOLOGY & PRODUCTDuring the conference, Huawei showcasedadvanced solutions such as smart city IOC,government services, and city foundation models,striving to enhance city governance. The IOCintegrates the functions of city perception,operation management, collaborative command,and decision-making analysis, and is the "center" ofcity operation management. The governmentservices solution leverages the AI assistant todeliver pleasant and intelligent government servicehandling experiences. City foundation models areapplied to city operation, management, command,and services to improve quality while increasingefficiency, building a foundation for city intelligence.In the future, the Government Public Services Digitalization BUwill continue to team up with global partners, and useadvanced ICTs as well as the open and converged cityintelligent twins architecture to contribute to smart cityconstruction, enabling cities to sense, think, and evolve.“Digital transformation is not justa technological challenge, itrequires a culture ofcollaboration and continuousimprovement,” said Ali Haj Fraj,Senior Vice President for theDigital Factory Line of Businessat Schneider Electric.“EcoStruxure Plant LeanManagement puts plant andsupply chain information in thehands of workers, so they canmake the best decisions in realtime and boost productivity.”EcoStruxure Plant Lean Management offersa user-friendly collaborative interface thatseamlessly digitizes and optimizes SIMmeeting cycles across one or multiple sites.It automatically collects the relevantInformation Technology and OperationalTechnology data for KPIs on productivity,service levels, quality, safety, andsustainability with real-time access to on-siteor remote data. Users can visualize issues inreal time and digitally track preventative andcorrective actions until fully resolved.The open platform, which can beimplemented on any hardware, integrateswith AVEVA.“This new offer demonstrates whatis possible with collaboration,” saidHarpreet Gulati, Senior VicePresident for Planning, Simulationand Optimization Business atAVEVA. “Our software managesshop floor teams, machines, andprocesses, dispatching work andcollecting data. EcoStruxure PlantLean Management layers onimprovements, drivingmanufacturing performance,powering faster issue escalation,decision-making, and problemsolving. Together, we providegreater value to customers.”NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATIONIIGA NEWSSE.COMNAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATION

YOKOGAWA LAUNCHES OPREXROBOT MANAGEMENT CORE6TECHNOLOGY & PRODUCTOpreX Robot Management Core is a key product in theYokogawa robot operations solution. By integrating themanagement of various types of robots that perform plantmaintenance tasks conventionally carried out by humans, thissoftware will help customers maintain their facilities in a saferand more efficient manner. In addition, when connected to aplant’s control and safety systems, it enables the utilization ofmanufacturing site data that has been acquired by robots, andthe issuing of procedural instructions to robots, thus enablingthe first step to be taken toward autonomous plant operations.In oil & gas, chemical, and other manufacturing plants, someroutine tasks need to be carried out in high-risk locations, suchas facility inspection work at heights, in enclosed spaces, and inhazardous environments. The shortage of personnel to operateplant equipment and facilities is also an issue. There is thus agrowing need for robots that can move autonomously aroundplants, take over data collection tasks that have beenperformed by human personnel, and undertake other tasks thatexceed human limitations.Development BackgroundOpreX Robot Management Core is a software application thatimproves safety and efficiency in plant maintenance operationsby facilitating the utilization of robots. Depending on customerrequirements, it can be provided for use in either an on-premises or cloud environment.Product Features1.Integrated management of different types of robotsThis software enables the registration, management, andoperation of multiple types of robots in a unified manner. Itsupports the Spot four-legged robot from Boston Dynamicsand the EX ROVR automatic plant patrol, inspection, andexplosion prevention robot from Mitsubishi Heavy Industries.The software’s management screen, which allows users tocheck the status of individual robots, is viewed in a webbrowser, enabling remote operations2.Connection with other systemsThis product was developed with the ability to linkto Yokogawa’s OpreX Collaborative InformationServer. When doing so, the data collected byrobots can be combined with data from controlsystems, safety instrumented systems, andintegrated asset management systems forcentralized management. This means thatapplication development and data analysis canalso be performed easily not just for maintenancetasks, but other operational tasks too. If aninterface for robot utilization is built on the OpreXCollaborative Information Server, this enables thedispatch of robots to plant sites and theperformance of safety inspections based onalarms detected.The development of OpreX Robot ManagementCore enables Yokogawa to fully rollout its robotoperations solution aimed at increasing workplacesafety. By providing consulting, assistance in theselection and procurement of hardware andsoftware from strategic partners and othersources, and engineering, operational support andother services, Yokogawa is able to helpcustomers resolve issues encountered in theirbusinesses and can develop specific robot anddrone applications. Through this one-stop solution,Yokogawa will ensure the reliability, availability,and sustainability of robot operations and help toachieve autonomous plant operations.NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATIONIIGA NEWSYOKOGAWA.COMNAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATION

WEIDMULLER USA ROUNDS OUT ENERGYSTORAGE SYSTEM PORTFOLIO WITHADDITION OF BATTERY CONNECTORSBattery connectors are critical components that facilitate thetransfer of electrical energy between the battery cells andthe application7TECHNOLOGY & PRODUCTWeidmuller USA, a leading provider of smart industrial connectivity andautomation products and solutions headquartered in Richmond, Va.,announces the launch of its rugged battery connectors that are nowavailable to round out the company’s comprehensive energy storagesystem (ESS) portfolio.With the addition of advanced battery connectors, Weidmuller USA nowoffers a full suite of energy storage products to cover the power, data andsignaling needs required in a wide array of Battery Energy Storage System(BESS) applications including battery storage, connectors and powerconversion, HVAC/fire control, surge protection, combiner boxes andmarshalling boxes.New battery connectors from Weidmuller USA for BESSapplicationsWith the addition of advanced battery connectors, Weidmuller USA nowoffers a full suite of energy storage products to cover the power, data andsignaling needs required in a wide array of Battery Energy Storage System(BESS) applications including battery storage, connectors and powerconversion, HVAC/fire control, surge protection, combiner boxes andmarshalling boxes.Below are features of battery connectors from Weidmuller USA for BESS applications:Engineered to handle high currents, allowing for efficient energy transfer and reduced power losses.Designed to withstand harsh environmental conditions.User-friendly with mechanisms that prevent accidental disconnections.Contact made of copper alloy finished with silver and approved according to UL 4128 to warrant the best electricalcontact with more than 100 operations of mechanical connection and disconnection (without load).On the wiring side, options for conductor cross-sections from 10mm² to 95mm².On the mating part, a busbar where the conductor can be easily connected on the device by means of a cable lug.Color coded connectors (orange = positive; black = negative) on both the connector and the mated busbarconnection.Connectors are key coded on both sides to alleviate the possibility of user error.A locking mechanism to fasten the plug and the socket.NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATIONIIGA NEWSWEIDMULLER.COMNAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATION

NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATIONIIGA NEWSSetting up and adjusting details inphotorealistic renderings – such asmaterial definitions and lightingenvironments, along with othersupporting scenery assets – will beaccelerated dramatically usinggenerative AI. Tasks that previouslytook days can be completed inhours, with engineering datacontextualized as it would appearin the real world. In addition toengineering, other stakeholders –from sales and marketing teams todecision-makers and customers –will benefit from the deeper insightand understanding of real-worldproduct appearance, enablingmore informed and quickerdecision-making.SIEMENS AND NVIDIA EXPANDCOLLABORATION ON GENERATIVE AI FORIMMERSIVE REAL-TIME VISUALIZATION9INSIGHT OUT“Omniverse and generative AI aredriving massive transformation forindustrial enterprises,” said JensenHuang, founder and CEO of NVIDIA.“Siemens is bringing NVIDIA platformsto their customers and opening newopportunities for industry leaders tobuild the next wave of AI-enableddigital twins at every scale.”Siemens announced today that it willdeepen its collaboration with NVIDIAto help build the industrial metaverse.Siemens is bringing immersivevisualization powered by new NVIDIAOmniverse Cloud APIs to the SiemensXcelerator platform, driving increaseduse of AI-driven digital twintechnology. At the NVIDIA GTC,Siemens and NVIDIA demonstratedhow generative AI can revolutionizethe visualization of complex data,making photorealism possible, andshowcased how sustainableshipbuilder HD Hyundai can use it todevelop new products.“We will revolutionize how productsand experiences are designed,manufactured and serviced. On thepath to the industrial metaverse, thisnext generation of industrial softwareenables customers to experienceproducts as they would in the realworld: in context, in stunning realismand – in the future – interact with themthrough natural language input,” saidRoland Busch, President and CEO ofSiemens AG. “In collaboration withNVIDIA, we will bring acceleratedcomputing, generative AI, andOmniverse integration across theSiemens Xcelerator portfolio.”In the next phase of this collaboration,Siemens will release a new productlater this year for Teamcenter® X,Siemens’ industry-leading cloud-based Product Lifecycle Management(PLM) software, part of the SiemensXcelerator platform. Powered byNVIDIA Omniverse technologies, it willprovide engineering teams with theability to create an ultra-intuitive,photorealistic, real-time, and physics-based digital twin that eliminatesworkflow waste and errors. PRESS.SIEMENS.COMNAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATION

NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATIONIIGA NEWS10INSIGHT OUTIn collaboration with NVIDIA, Siemensdemonstrated the creation of real-time,photorealistic visualization for HD Hyundai, amarket leader in sustainable shipmanufacturing. HD Hyundai has beendeveloping ammonia- and hydrogen-poweredships, a complex process requiring oversight ofships that can contain over seven milliondiscrete parts. HD Hyundai can use the newproduct to unify and visualize these massiveengineering datasets interactively. “We have long trusted Siemens Teamcenter forproduct lifecycle management. Based on this trustand through this new collaboration, we will be ableto visualize and interact with the digital twin of shipswhile utilizing generative AI to create objects andHDR backgrounds for better understanding ofprojects in context. This will be beneficial in manyways, as it will reduce errors, improve customerexperience, and also save time and cost,” saidTaejin Lee, Chief Information Officer & Chief DigitalOfficer, HD Hyundai.PRESS.SIEMENS.COMNAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATION

NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATIONIIGA NEWSERICSSON AND UMNIAH ANNOUNCE STRATEGIC ALLIANCE TOELEVATE NETWORK PERFORMANCE WITH CUTTING-EDGE AIEricsson has partnered with Umniah to leverage thecapabilities of Ericsson’s Cognitive Software portfolio torevolutionize network performance in Jordan. Ericsson willdeploy its state-of-the-art, Artificial Intelligence (AI) andMachine Learning (ML)-driven Performance Diagnosticsand Virtual Drive Testing offerings to address criticalaspects of Umniah's network in a significant cluster,including Amman and its surrounding areas.Ericsson’s Cognitive Software portfolio, a leader in AI-driven planning and optimization solutions for RadioAccess Network (RAN) networks, is designed to addressthe complexities of modern multi-technology and multi-layer networks. Leveraging big data, it proactivelyidentifies and resolves network performance issues.The full deployment comes after a successful Proof ofConcept (PoC) using Umniah’s existing networkinfrastructure which focused on Call Termination Analysisand Advanced RAN Analytics and aimed to investigatehow the partners could boost network efficiency andensure an exceptional user experience for Umniah’scustomers.Alaa Ibrahim, Chief Technical Officer at Umniah,said: “Our commitment at Umniah to enhance theway we build and operate our network across theKingdom to provide un-matched customerexperience. This strategic alliance with Ericsson is atestament to our dedication to providing ourcustomers with the most reliable and cutting-edgeservice experience possible. IncorporatingEricsson’s AI capabilities into our network has beena game-changer for us, helping us to intelligentlybuild our network and elevate quality of service toour valued customers.”11INSIGHT OUTKevin Murphy, Vice President and Head ofEricsson Levant Countries and Country Managerof Ericsson Jordan, says: “The power of AI and MLin transforming network operations is undeniable.With Ericsson’s Cognitive Software portfolio, weare not just solving today’s challenges butpreemptively optimizing for the future, making iteasier for Umniah to deliver superior networkquality consistently. Over the years we look forwardto a new era in network performance enhancement,showcasing the revolutionizing power of AI and MLin telecommunications.”Umniah’s integration of Ericsson’s CognitiveSoftware capabilities into its daily optimizationoperations signifies a sustained commitment toleveraging AI for network enhancement that aims atproviding superior network performance forUmniah’s customers and also positions Ericsson’sAI capabilities as a key component in optimizinginvestment strategies for network development.ERICSSON.COMNAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATION

NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATIONIIGA NEWSDELTA DATA CONTINUES EXPANSIONOF ITS POOLED FUND SOLUTIONSWITH THE ACQUISITION OF PHOENIXSYSTEMS INC.The addition of the new solution set expands Delta Data’sfootprint into the global pooled fund arena13INSIGHT OUTDelta Data, a Terminus Capital Partners company and trustedprovider of pooled fund and mutual fund software solutions,proudly announces its acquisition of Phoenix Systems Inc., afintech firm specializing in global mutual fund transfer agent,sub-accounting, and trading software solutions. The acquisitionreinforces Delta Data’s mission to deliver industry-leading,mission-critical solutions to the pooled fund industry.With an operating history of over 40 years, Phoenix Systemshas an established presence in the global financial servicesindustry, specializing in delivering advanced software solutionsto a diverse clientele, including third-party transfer agents,banks, insurance companies, investment advisers, retirementplan processors, and brokers. Integrating Phoenix’s expertiseinto Delta Data fosters valuable synergies, significantlyexpanding the breadth of solutions available to Phoenix andDelta Data clients alike. Phoenix’s global presence in Europe,Australia, the Caribbean, and Canada enables Delta Data toexpand internationally for the first time in the company’salready distinguished history.“We are excited to welcome Phoenix Systems and itsesteemed clients into the Delta Data family,” stated CameronRouth, CEO of Delta Data. “At Delta Data, our mission is to buildthe most trusted and comprehensive mutual fund/pooled fundsoftware company. Adding Phoenix Systems to our suite ofsolutions is the next step toward that goal. Phoenix’s products,world-class clients, and committed team of industry expertsbuild on Delta Data’s leading position in our market. Bringingthese companies together allows us to enhance our service tolegacy Phoenix and existing Delta Data clients, demonstratingour dedication to client value, while offering an unparalleledsolution to future clients.”“At Phoenix, our mission has always been tostreamline the workflow around mutual fundtransaction processing and the accountrecordkeeping associated with it,” said Alex Monica,CEO of Phoenix Systems, Inc. “Like Delta Data, ourfocus is increasing efficiency for our clients, helpingthem run their businesses smarter and faster. We areexcited to join Delta Data as it leads the way in termsof servicing the pooled fund industry,” added Monica.With this second strategic acquisition within a year (inAugust 2023, Delta Data acquired National QualityReview, a recognized authority in delivering unbiasedinsights into third-party shareholder servicing,distribution, custody, and other major operations toleading US financial institutions), Delta Data solidifiesits position as the industry leader and trusted partnerin the pooled fund solutions sector. These strategicmoves underscore Delta Data’s unwaveringdedication to excellence and innovation, ensuring thatit continues to shape and redefine industry standardsof service and reliability.DELTADATA.COMNAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATION

NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATIONIIGA NEWSWith this partnership, Rockwell Automation will provide itscustomers with a collaborative approach to sustainability andwater stewardship, including innovative water automationsolutions. Rockwell’s customers will be enabled to accelerateand achieve their water efficiency and conservation objectivesthrough the visualization, analysis, and control of theiroperations.“We’re excited to partner with Aquatic Life to strengthen andexpand our company’s water stewardship goals andofferings,” said Tom O’Reilly, vice president, sustainability,Rockwell Automation, “By helping our customers betterunderstand environmental and process water quality, weenable them to mitigate water risk and achieve theirproduction and sustainability goals. This joint effort exemplifiesour unwavering dedication to sustainable practices andresponsible water management, amplifying our positive impacton our planet and communities.”While this collaboration will reach and serve customers acrossdifferent water-intensive industries, a special focus will be onmining, considered to be one of the highest water-consumingindustries in the world. Water is a top priority for miningcompanies as they look for data and information on waterconsumption, watersheds, and algae. Through the partnershipwith Aquatic Life, Rockwell Automation will engage with miningcustomers from the pre-construction phase through post-mining operations.ROCKWELL AUTOMATION ANNOUNCES PARTNERSHIP WITHAQUATIC LIFE, ADVANCING SUSTAINABLE WATER OPERATIONS ANDSOLUTIONS14INSIGHT OUT“Serving a global client base, we are thrilled to bringour water monitoring solutions to yet another partner,Rockwell Automation,” said Jeff Simpson, presidentand chief executive officer, Aquatic Life. “Not only dowe offer the highest quality environmental monitoringsolutions, we also provide the analysis and insightsthat can turn raw data into transformationalunderstanding. With a commitment to innovation andexcellence, we are eager to take on uniquechallenges in water management. We look forwardto building efficiencies and raising the bar for holisticmine water and risk management.”ROCKWELLAUTOMATION.COMNAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATION

NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATIONIIGA NEWSBREAK ING NEWS ON THE 47THFOUND A TION DAY OF HAIM ER:HAIM ER AC QUIRES 25% OF WIN -TOOL AG AND AGREES ON A GLOB ALSTRA TEGIC PART NER SHIP WITH THETCM GROUP 15INSIGHT OUTThe Haimer Group becomes a 25% shareholder in WinTool AGand agrees on a strategic partnership with the TCM Group,which grants HAIMER global distribution rights to WinTool andToolbase. Prior to the decision to acquire this stake in thecompany, WinTool and Toolbase were introduced in thecompany's own production facilities and tested in continuoususe, proving their worth in a very short period of time. In thefuture, TCM will rely on HAIMER as a strategic supplier in thefield of tool holders, shrinking, balancing and presettingmachines in the core business of tool management.Tool management is becoming increasingly important inmanufacturing companies. HAIMER, a global player and marketleader for tool holding and presetting, has therefore beenoffering innovative tool room solutions for years, in whichHAIMER shrinking, balancing and presetting machines ensurehigh efficiency.At EMO 2023, HAIMER took an important step forward and hassince been offering its successful hardware products formachine tools alongside a powerful digital range consisting ofthe WinTool software, an independent tool managementsystem, and Toolbase, a smart tool dispensing system withsoftware and hardware components. In order to realize this,HAIMER enteredinto a competence partnership with the TCMGroup, which includes WinTool AG and AchterbergGmbH, who have built up an excellent reputation asdevelopers and producers of the WinTool andToolbase solutions over many years. Thepartnership has now been anchored strategicallyand long-term by the 25% shareholding in WinToolAG and consolidated by further global distributionagreements. This enables HAIMER to offer anddistribute both product lines to its worldwidedistribution partners and customers.HAIMER.COMNAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATION

NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATIONIIGA NEWS16INSIGHT OUTMarkus Temmel, CEO of TCM, is delighted about thenew partner and anchor investor at WinTool AG and theglobal cooperation with HAIMER: "In 2023, we workedtogether very intensively and were able to achievesignificant success in a very short period of time. Theproduct portfolios of HAIMER and the TCM Groupcomplement each other seamlessly and our sharedunderstanding of our customers' requirements will leadto even more powerful overall solutions. Both partnersstand for practical, high-quality solutions that are gearedtowards the long-term benefit of the customer.Furthermore, we are convinced that the HAIMER productrange will enrich our range of services in the toolmanagement business field and strengthen our marketposition and our claim to be the market leader for toolmanagement services. All TCM tool managementcustomers worldwide will benefit from this in the future.We look forward to consolidating this strategicpartnership and welcome HAIMER as a shareholder atWinTool. "Offer for digital tool managementAndreas Haimer, President of the HAIMER Group,explains: "The strategic partnership with TCM and theinvestment in WinTool fit perfectly with our strategy: Wewant to offer our customers worldwide a coherentsystem concept with regard to digitization andautomation of tool room management. This requireseasy-to-implement products and intuitive softwaresolutions that enable users to increase productivity onthe shopfloor. With our new WinTool and Toolbaseproducts, we are able to offer our customers the mostcomplete solution on the market. In a record time of justfour months, we introduced the systems in our own largeproduction facility with over 200 CNC machines. Our ownpositive experiences and the great customer feedbackat EMO 2023, along with the trustful cooperation withthe TCM team, has encouraged us to take the next stepwith WinTool and TCM."Software implemented in own productionAs is always the case, HAIMER first tests new productsthat they are bringing to market in its own productionfacilities. "We are a manufacturing company ourselves,producing up to 4,000 tool holders a day at ourheadquarters in Igenhausen and the neighboringMotzenhofen plant. We also produce our 3D sensors,shrinking, balancing and presetting machines ourselves.We are therefore also very interested in constantlyoptimizing our tool management," explains AndreasHaimer.HAIMER succeeded in introducing the WinTool software,including the Toolbase dispensing system with fullyintegrated connectivity to the HAIMER devices, in a veryshort period of time. "The simple implementation ofthese products is already an important initial factor,"explains Stefan Echle, Head of Product Management atHAIMER, who acted as project manager and interfacebetween suppliers, IT, tool room and production duringthe introduction. "In the short time available, we enteredall of our existing tools, spare parts and C-items - no lessthan 10,000 items - as a digital twin in a central WinTooldatabase and also digitized the HAIMER applicationknow-how for each job. This means that the informationis always available to us, regardless of the user. Wehave also connected our existing large vertical liftcabinet systems with Toolbase and put additionallockable Toolbase cabinets into operation, giving us adecentralized supply network for the consumables in ourproduction."HAIMER.COMNAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATION

NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATIONIIGA NEWSNAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATION17INSIGHT OUTWhat are the capabilities of WinTool?As a software solution for tool and data management,WinTool enables the collection and use of tool, masterand operating equipment data as well as CNC machineprograms and processes. Thanks to its modularstructure, users can "start small" with WinTool, saysStefan Echle, "by initially only entering their cutting toolsand tool holders. This is the first step: collecting and fine-tuning their tool data." To ensure that this can be doneeasily and efficiently, WinTool provides an opendatabase that can be used to import existing data fromother data software systems. 2D and 3D data providedonline by manufacturers can also be easily imported.This first action alone provides the user with an overviewof which tools and sister tools are available in productionand where they are located. In a second step, the usercan clean up the initial stock and further optimize theirtool stock based on the consumption determined overtime."The respective tool life can also be stored in WinTool,which is essential for maximizing cutting tool usage inmachining," mentions Stefan Echle, adding anotherstrength of the system: "Assembling complete tools in3D is much easier in WinTool than in a CAM system." Forthe subsequent transfer to CAD/CAM, WinTool offers 25direct interfaces to all common systems - ideal forcompanies like HAIMER that use more than just oneCAD/CAM system. Thimo Rotter, Area Sales Manager atWinTool, summarizes: "WinTool is the optimal data hubfor all tool information and, thanks to the connection toCAM, ERP, Toolbase, the presetter, and other softwaresystems, the customer has access to uniform andrelevant data anytime and anywhere."Find the right tool quickly and safely - thanks toHAIMER ToolbaseThe smart Toolbase dispensing system serves as theperfect complement to the tool management system,offering easy-to-use software-supported tooldispensing. Existing dispensing cabinets have beenequipped with Toolbase software, providing significantbenefits according to Stefan Echle. This systemstreamlines processes, eliminates the need for manualstock control, and accurately tracks consumptionrequirements.Ideally, Toolbase integrates with WinTool, leveraging atried and tested interface. However, it can also work withother management systems or be operated manually forbasic needs. Stefan Echle highlights the advantages forsmall to medium-sized companies, particularly whenpaired with a HAIMER Microset tool presetter. Thiscombination enhances efficiency through streamlinedmanagement and automated warehousing.Toolbase software offers various access methodsincluding barcode, RFID, or manual input, ensuringaccurate tool withdrawal without time-consumingsearches. Immediate improvements in time efficiencyand process reliability are evident. Transparentconsumption data facilitates more efficient warehousemanagement and lowers storage costs. Manfred Mayr,Plant Manager at HAIMER, emphasizes the rapid returnon investment, expecting the WinTool and Toolbasesystems to pay for themselves within six to 12 months.Mayr praises the simplicity of the WinTool and Toolbaseinterfaces, noting the intuitive operation. Machineoperators at the Motzenhofen plant procureconsumables via output systems, with Toolbaseautomatically managing tool orders to maintain adequatestock levels. This efficiency supports the production ofapproximately 4,000 tool holders daily.HAIMER.COM

NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATIONIIGA NEWS18INSIGHT OUTEfficient and digital tool management with HAIMERFor Managing Director Andreas Haimer, WinTool andToolbase are important elements in the digitization ofCNC machining: "We benefit in our own production andgain experience that we are happy to pass on to ourcustomers. We are convinced that tool managementwith our analog and digital HAIMER products willcontinue to gain in importance as automation increases.All systems are modular, so every company can choosethe right entry point for the digitization of its ownproduction."This is why all HAIMER Microset tool presetters can besupplemented with WinTool as a standard in the future.Because if the master data is available in WinTool, adigital twin of a complete tool can be created and usedfor simulations in just a few minutes without anycomplications.As far as the master data for HAIMER cutting tools andtool holders is concerned, the company has alreadycreated all parameters, STEP and DXF files inaccordance with DIN 4000 and ISO 13399. The data isavailable for download on the HAIMER website and theTooltracer platform.SVAM PARTNERS WITHCYNOMI TO ENHANCECYBERSECURITY OFFERINGSSVAM International Inc., a global leader in digitaltransformation solutions, is pleased to announce itspartnership with Cynomi, a cybersecurity firm pioneeringthe vCISO platform market. This strategic alliance marksa significant step forward in both companies’ missions toprovide cutting-edge technology solutions to businessesworldwide.The collaboration between SVAM and Cynomi bringstogether SVAM’s expertise in digital innovation andCynomi’s advanced cybersecurity capabilities. Bycombining forces, the two companies aim to delivercomprehensive cybersecurity solutions that address theevolving threats faced by organizations in today’s digitallandscape and provide vCISO services at a scale.At SVAM, we prioritize cybersecurity," said Anil Kapoor,CEO. "Our partnership with Cynomi enhances ourofferings, safeguarding clients' digital assets. Together,we integrate cutting-edge cybersecurity tech into ourdigital solutions, enabling businesses to fortify defenses,embrace innovation, and leverage AI-powered vCISO forrisk reduction."HAIMER.COMSVAM.COMNAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATION

NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATIONIIGA NEWS20INSIGHT OUTABB OPENS REFITTED, STATE-OF-THE-ART US ROBOTICS FACILITY,REAFFIRMING COMMITMENT TO US CUSTOMERSABB today opened its refitted US robotics headquarters andmanufacturing facility in Auburn Hills, Michigan, which will supportABB Robotics’ global leadership in developing and manufacturingcutting-edge robotic solutions in the US, for the US and theAmericas. The expanded facility reflects ABB’s commitment tolong-term growth in the US market, which is predicted to followglobal growth rates for robotics of 8% CAGR*, as well as thecompany’s global investment to build Robotics and Automationcapacity and create new, highly skilled jobs. This is ABB’s thirdglobal robotics factory expansion in three years across China,Europe and the Americas and is part of its efforts to furtherstrengthen its local-for-local footprint.“The opening of our refitted state-of-the-art US roboticsheadquarters in Auburn Hills, Michigan is a significant part of ourglobal growth story, reaffirming our commitment to industryleadership in the US,” said Sami Atiya, President of ABB’sRobotics and Discrete Automation Business Area. “Robotics andAI are essential tools for companies in addressing critical laborshortages, localized supply chains and the need to operate moresustainably. The advances in AI-driven software and hardwaremake our robots more accessible to a wider range of businesses,enabling them to increase resilience and become morecompetitive. America is now the world’s second largest roboticsmarket, and our production facility will help ABB support existingcustomers as well as new growth sectors across the US and theAmericas region.”“ABB’s $20 million investment in AuburnHills will create more than 70 good-paying,high-skill jobs and build on Michigan’sadvanced manufacturing leadership,” saidGovernor Whitmer. “Around the world,ABB’s technology supports the productionof electric vehicles, medical devices,electronics, and even pastries. Today’sexpansion at their robotics headquarters willtighten the supply chain and cut down onproduction delays, while building on ABB’slong-standing investments in localworkforce development and hands-oneducation. Let’s keep competing to bringmore cutting-edge investments home toMichigan.”With a 30 percent increase in facility space,the new Auburn Hills facility will enhanceABB’s ability to serve as the leadingstrategic robotics partner for its growingcustomer base. Through the new CustomerExperience Center, ABB will showcase itsleading hardware and software solutions,pioneering the latest digital and AI-poweredautomation technologies with customers,and developing and manufacturing nextgeneration robots.NEW.ABB.COM

NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATIONIIGA NEWS21INSIGHT OUTThe expanded facility will support ABB Robotics’specialist centers including its Packaging and Logisticshub in Atlanta, Georgia; its Life Sciences and Healthcarehub at the Texas Medical Center in Houston, Texas; and AIResearch Lab in San Jose, California. Complete with a newtraining center, the facility will educate over 3,000workers and students each year, equipping them with theskills to thrive in a new era of AI-powered automation.“Through our expanded facility, partner ecosystem andcomprehensive AI-enabled product portfolio, we arepushing the boundaries of technology to driveperformance to new levels,” said John Bubnikovich, ABBUnited States Robotics Division President. “We lookforward to increasing support for our customers, toexpanding our role as an employer and to energizing thetransformation of society and industry to achieve a moreproductive, sustainable future.”The expansion reflects the company’s focus onthe US market and commitment to continuedinvestment in Michigan. The expansion will create72 highly skilled new jobs in the area and issupported by a $450,000 Michigan BusinessDevelopment Program performance-based grant.In addition to capitalizing on the uniqueconcentration of technical skills in the community,ABB will provide upskilling and careeropportunities to train workers with no priorexperience or degree with the skills needed tobuild a successful career in the robotics andautomation industry. ABB Robotics has invested$30 million in the US since 2019 across fourlocations, opening its Auburn Hills manufacturingfacility in 2015. The recent investment in AuburnHills is part of the previously announcedapproximately $170 million that ABB is investing inits electrification and automation businessesacross the US.TPBANK LEVERAGES IBM CLOUDPAK FOR DATA TO ACCELERATEMODERNIZATION AND LEADVIETNAM’S BANKING SECTORWITH DATA-DRIVEN SERVICESTien Phong Commercial Joint Stock Bank (TPBank)announced it has leveraged IBM Cloud Pak for Data tomodernize the bank’s data infrastructure and enhanceperformance on all transaction channels. Thisimportant move will not only help TPBank meet thediverse needs and high demands of nearly twelvemillion corporate and individual customers in Vietnam,but will also enable the bank to develop and deploymachine learning models to scale AI initiatives acrossits business operations.According to the State Bank of Vietnam (SBV), thebanking industry has invested over 15 trillion VND(617.6 million USD) in digital transformation as of2022. The country has maintained a 40% growth ratein digital payments in the last four years, making it oneof the world's fastest-growing economies in bankingdigital transformation.NEW.ABB.COMASEAN.NEWSROOM.IBM.COMNAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATION

NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATIONIIGA NEWSKey to innovation, digital transformation, andcompetitiveness in the banking industry is theconsistency, speed, accuracy, and precision of data.Adopting IBM Cloud Pak for Data allows the bank to bringpowerful insights out of data spread across theorganization, with an enterprise-grade platform to developand apply advanced data analytics and machine learningto enhance their operations. The single digital platformalso balances the banking industry’s key needs:compliance, security, comprehensive application and datamanagement automation, data integrations, datagovernance, and machine learning operations.IBM Cloud Pak for Data has successfully helped the bankimprove its internal operations and enhance its productofferings. These improvements resulted in highercustomer experience and retention rates. With the morestructured and trusted data platform, the bank canautomate its machine learning development pipelines. “With over 15 years of operations, TPBank has beenconstantly investing in technology infrastructure todevelop product ecosystems and future-ready humanresources towards perfecting the digital transformationprocess,” said Mr. Bui Quang Cuong, Deputy CEO cumHead of IT Division. “The implementation of IBM Cloud Pakfor Data helps our bank enhance performance andcontinuously build new modern banking products andservices. The solution has today helped the bank reducethe time of developing and operating new models by 40%and deployed more than eight data science and machinelearning projects. This affirms TPBank’s position amongthe top Digital banks in Vietnam.”22INSIGHT OUT“Adopting a data-driven strategy has becomeessential for banks to keep on top of trends andmeet their clients’ constantly shifting needs,” saidDr. Khang Nguyen Tuan, Regional Leader, SecuritySoftware, IBM ASEAN. “IBM is delighted to team upwith TPBank to provide the bank with financialservices-specific accelerator products with aknowledge of data and application needs, which inturn helps the bank turn digital businessopportunities into cloud-native solutions with agilityand flexibility while adhering to the governmentregulations.”ASEAN.NEWSROOM.IBM.COMNAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATION

NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATIONIIGA NEWS23INSIGHT OUTROCKWELL AUTOMATION UNVEILSNEW EXPERIENCE CENTERSHOWCASING THE FUTURE OFINDUSTRIAL TECHNOLOGYRockwell Automation, the world's largest companydedicated to industrial automation and digitaltransformation, has unveiled its new Customer ExperienceCenter (CEC) in Singapore. The Experience Center showcases the latest innovationsin AI, robotics, and virtual reality and will help the region'smanufacturing, mining and heavy industry sectors toembrace digital transformation. The new centershowcases smart manufacturing solutions for targetedindustries in Southeast Asia and will help customers tounderstand the benefits of the Connected Enterprise andits potential to positively impact their businesses. At the inauguration, Marcelo Tarkieltaub, regionaldirector, Southeast Asia, at Rockwell Automation said,"Our new Experience Center reflects our dedication topushing the boundaries of industrial innovation. It offersan immersive experience for our customers to envisionthe future of manufacturing and automation. From AI tovirtual reality and robotics, industry leaders will witnessfirsthand the transformative power of technology inshaping the future of industry."The CEC is situated within Rockwell's Asia Pacificheadquarters and alongside its largest manufacturingfacility in the Asia Pacific region. The plant producesmany of Rockwell's wide range of products forcustomers worldwide, while the CEC will allowcustomers to experience Rockwell's latestmanufacturing technologies and get an insight intofuture solutions. Together visitors will receive acomprehensive experience spanning from inceptionto completion. By 2030, the manufacturing industry in Southeast Asiais expected to generate up to USD$600 billion a year,according to Boston Consulting Group (BCG). Theadoption of advanced manufacturing technologies,such as automation, IoT, and the latest smartmanufacturing revolution, is reshaping the landscapeand improving efficiency and sustainability. The manufacturing industry represents approximately20% of Singapore's GDP and the country is embracingdigital transformation. With a strategic focus on keySoutheast Asian industries like life sciences,semiconductors, water/wastewater, oil and gas, foodand beverage (F&B) and consumer packaged goods(CPG), Rockwell Automation is playing a pivotal role inSingapore and Southeast Asia's smart manufacturingevolution. IIGA.NEWSNAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATION

NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATIONIIGA NEWSEmphasizing the growth of the region's manufacturing sector, Marcelo said: "With the growing adoption of artificialintelligence (AI) and a strong manufacturing base, Southeast Asia is well-positioned to lead in smart manufacturing forthe rest of the decade. According to the eighth edition of our State of Smart Manufacturing Report, close to half (44%)of APAC manufacturers plan to adopt smart manufacturing within the next year."The CEC will also open to school and university students to give the next generation of engineers, scientists andtechnologists a chance to get hands-on experience with the technologies they will be using in workforce.Supporting science, technology, engineering, and mathematics (STEM) education is a key tenet of RockwellAutomation's corporate social responsibility. By providing students with opportunities to engage with industrialtechnology beyond the classroom, the company aims to foster a practical and professional understanding of thesefields, contributing to the development of future skilled professionals.Rockwell Automation has been in Asia Pacific for over 40 years and continues to invest in its vision of expanding humanpossibility and digital transformation for its customers across the region. The company is supported by a network ofclose to 150 distributors and system integrator partners across Southeast Asia. As a market leader in digitaltransformation and industrial automation, it offers a wide range of products and solutions, including The ConnectedEnterprise®, manufacturing execution systems, digital transformation, smart manufacturing systems, human machineinterface, and smart devices such as in-cabinet modular I/O and independent cart technology. 24INSIGHT OUTIIGA.NEWSNAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATION

NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATIONIIGA NEWS25INSIGHT OUTPETRONAS AND AVEVA SIGN MOU TO ACCELERATE INDUSTRIALSUSTAINABILITY EFFORTSPETRONAS, a leading global energycompany, has entered into aMemorandum of Understanding (MOU)with AVEVA, a global leader in industrialsoftware driving digital transformationand sustainability. The agreement,signed during October’s AVEVA WorldSan Francisco flagship event, willenable PETRONAS to collaborate withAVEVA to jointly develop andcommercialize expert new solutions bycombining AVEVA’s software with itsown deep domain knowledge, toaccelerate sustainable operations anddrive digital transformation forcompanies in a variety of industrialsectors. Together, PETRONAS andAVEVA are poised to elevate digitalinnovation not only within the energysector but across diverse industries.The partnership is designed to fosterknowledge sharing, facilitate valuecreation, and promote joint productinnovation and commercialization.AVEVA brings cutting-edge engineeringand industrial software, along withsoftware-as-a-service products,comprehensive support services andglobal market network. PETRONAS,plays a crucial role in providing relevanttechnical solutions, and technologyproducts, in industries such as energy,power and utilities, manufacturing,chemicals, infrastructure, and moreimportantly domain knowledge, operator experience andproject delivery capabilities within theenergy sector.Both parties also commit to participatein joint sales and marketing efforts toglobally promote and showcase theirsolutions. This collaboration positionsthem to scale innovations acrossindustries, driving engineeringadvancements, and contributing to thecomprehensive digital transformationof diverse sectors, on a global scale.“The energy industry and industry atlarge are facing increasing challenges,from supply chain volatility togeopolitical and regulatory pressures,and a race to net zero,” said RasheshMody, EVP, Business Strategy andRealization, AVEVA. “We are excited tocollaborate with PETRONAS to explorehow AVEVA’s broad portfolio ofindustrial SaaS solutions combined withtheir strong domain expertise can helpcustomers optimize theirtransformations, acceleratedecarbonization efforts and reshapethe future of industry.”Aadrin Azly, Vice President of GroupTechnology & Commercialization,PETRONAS, commented: “PETRONASis pleased to be expanding our long-standing relationship with AVEVA. Our initiatives underscore thecommitment to advancingtechnological capabilities andoptimizing commercial potentialwithin this strengthenedpartnership, while deliveringnewfound value for customers.”This MOU not only marks asignificant milestone in thepartnership between AVEVA andPETRONAS but also sets thestage for innovation andsynergies in the dynamiclandscape of engineering andindustrial software solutions.AVEVA, in alignment with itssteadfast commitment tosustainability, has been a keycollaborator of PETRONAS since1991, notably with theimplementation of the AVEVA PISystem. PETRONAS furtherdeployed AVEVA PredictiveAnalytics in their private cloud toimplement an early warningsystem in 2019. This has resultedin a remarkable $33 million costsavings and more importantlystrengthened its operationalefficiencies and sustainability.IIGA.NEWSNAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATION

NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATIONIIGA NEWSExplore the World of Autonomous InnovationStep into the captivating world of autonomousinnovation, where robots are no longer a futuristicfantasy but a living reality. RoboCup's aim is toaccelerate the development of affordable and reliablerobot technology for the betterment of our agingsociety. After legendary editions in Nagoya, Sydney,and Bangkok, it's now Eindhoven's turn to shine thespotlight on the latest developments in robotics. Weanticipate welcoming approximately 3,000participants from around 45 countries who willcompete in four exciting leagues: RoboCupSoccer,RoboCupRescue, RoboCup@Home, RoboCupJuniorand RoboCup Industrial.26GREAT OPPORTUNITYWELCOME TO ROBOCUP 2024:A NEW ERA OF AUTONOMOUSINNOVATION!Experience the Thrill of Autonomous CompetitionsRoboCupSoccer: An Abundance of Robot FootballSensations. Imagine 'humanoids', walking robots witharms and legs, stepping onto the field in three thrillingcompetitions. And that's not all – the Middle SizeLeague presents an unparalleled spectacle. Thisleague showcases the most spectacular football,featuring teams of table-high football robots engagedin a five-on-five game, autonomously controlling thefield without any human input. The speed, tactics, andexcitement of this game are breathtaking. But there'smore to explore – brace yourself for the 'SimulationLeagues', where computers challenge each other in avirtual world of football action. And then there's theStandard Platform League, where every participantemploys the same robots. The spotlight is on robotprogramming, where the difference between victoryand defeat lies. Football has never been this advancedand thrilling.The FutureRoboCup's mission is to accelerate the development ofaffordable and reliable robot technology for thebetterment of our aging society. RoboCup holds anambitious vision - by 2050, our soccer robots should beable to defeat human world champions. These efforts aremade possible through the shared knowledge andcollaboration among participating researchers, whoaccelerate the progress of robot technology.An Experience for EveryoneBeyond the intense competitions, RoboCup offerscaptivating robot workshops and demonstrations.Encounter cuddly robots for the little ones, revel inmusical and research robots, and discover the cutting-edge developments in robotics that the Netherlands hasto offer.Your Invitation to an Adventurous JourneyExplore the world of RoboCup 2024 in Eindhoven fromJuly 17 to 21. Witness the marvels of autonomoustechnology as teams worldwide showcase their skills inthrilling competitions. From football to rescue missions,uncover the secrets and potential of autonomous robotsshaping the future.2024.ROBOCUP.ORGNAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATION

NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATIONIIGA NEWSIEEE International Conference on Robotics andAutomation28GREAT OPPORTUNITYICRA 2024This year’s conference theme is “CONNECT+,” reflecting the conference’s aim of helping to build relationships andpotential collaborations with participants within and outside their field of study. The port city of Yokohama is thesymbol of Japan’s opening to the outside world, and ICRA 2024 will become the symbol of Robotics’ opening tothe new society with many other fields. ICRA brings together robotics researchers, students and industrial partnersfrom around the world to discuss the latest innovations and breakthroughs, highlighting the role of robotics andautomation in addressing global challenges. ICRA 2024 will include plenary and keynote sessions, contributedpaper sessions, workshops and tutorial sessions, forums, expo and exhibitions from our corporate partners, robotcompetitions and numerous social events.IEEE International Conference on Robotics and AutomationIFR.ORGNAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATION

NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATIONIIGA NEWSMotivationThe purpose of the competition is to foster interest in manufacturing,provide the manufacturing engineering community with fresh newperspectives on design, and create a forum for students to share theirnew and innovative ideas. It is held during the ASME 2024 InternationalManufacturing Science and Engineering Conference (MSEC), June 17 –21, 2024, hosted by the University of Tennessee, Knoxville, Knoxville,TN. The 2024 Student Manufacturing Design Competition (SMDC) issponsored by the ASME Manufacturing Engineering Division (MED), andco-organized by ASME MED and the SME North AmericanManufacturing Research Institution (NAMRI).29GREAT OPPORTUNITYASME/SME STUDENT MANUFACTURINGDESIGN COMPETITIONIntroductionOriginal student designs that focus on manufacturing engineering andscience are sought. Any design of a system, component, or processthat can be used to promote the art, science and practice ofmanufacturing engineering is acceptable. Including but not limited to:Digitally integrated manufacturingRobotics and automationAdditive and subtractive operationsManufacturing systems innovationsMaterials – process interactionEnergy-efficient manufacturingAny creative new way to make things!RequirementsThe project report is limited to a PDF report of 1,500 to 3,000 wordswith supporting figures and/or photographs. Items that must beincluded in the project description are:Project TitleNames and addresses of the participating students, with onedesignated as correspondingThe name and signature of a faculty sponsor with completecontact informationProcessEntries from either teams or individual contestants must be submittedin electronic form to mbanu@umich.edu or karandikarjm@ornl.gov andreceived by April 1, 2024. Please make sure to receive a notice ofreceipt. Up to eight finalist teams will be selected from the entrants andwill be expected to give an oral, in-person presentation at the 2024MSEC conference. First Prize: $1000Second Prize: $750Third Prize: $500JudgingTUp to eight finalists will be selected onthe basis of the project descriptions by apanel of judges representing industry,academia, and/or governmentorganizations related to manufacturing.The first round of judging will be a panelreview of the submitted projectdescriptions and will focus on the qualityof the project description, creativity of thedesign, and integrity of the analysis andtest approach for evaluating the solutionin light of requirements. The finalists willbe notified by April 24, 2024 and areexpected to hold a fifteen-minutepresentation followed by five-minutequestion session on June 18, 2024 at the2024 MSEC conference. Judging for thefinal round will be based on the quality ofthe presentation as well as on creativity ofthe design and integrity of the analysisand test approach for evaluating thesolution based on stated requirements.Judging criteria include but are not limitedto:Communication of the problem to besolvedEffectively meeting requirementsIntegrity of the analysisCreativity of designGoal-driven testing approachImpact of design on manufacturingcost, quality, sustainability, or othermanufacturing and performancemeasuresQuality of the presentation (on time,clear, professional)NAMRC.SME.ORGNAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATION

NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATIONIIGA NEWSSUPERCHARGE Workforce of the Future with InnovativeTechnology30GREAT OPPORTUNITY2024 IT COMPETITIONThe annual Global IT Competition is organized to provide aplatform for junior talents from around the world to tackle dauntingchallenges from the construction industry. Undergraduate andpostgraduate students globally are encouraged to participate anddisplay their innovative ideas, helping to kick-start great careers.The 2024 IT competition focuses on shaping the futureworkforce through innovative technologies. Examples:AI in candidate matching. VR tours of the workplace, environment, and culture to boostcandidate excitement and engagement. Effective training through AR/VR.AI in knowledge management & access.Increase collaboration at work through Metaverse. AI driven personal assistant/chatbot/onboarding platform ormobile apps.Build your skills within the area of IT while showcasing your projectto industry experts and receiving constructive feedback.Build your experience by competing against like-minded individualsfrom all over the world. You will have the chance to meet leadingtechnologists and subject experts.Build your career. All finalists will receive a fast-track application toa paid internship with Hilti. The internship will allow participants todevelop ideas and bring them to life at Hilti. HILTI.GROUPNAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATION

NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATIONIIGA NEWS32SUCCESS STORYABB’S COLLABORATIVE ROBOTS BOOST PRODUCTIVITY BY 68PERCENT ON ELECTROLUX’S REFRIGERATOR PRODUCTION LINESummary Application Collaborative robots carry out fully automated gas leak detectionand electrical testing as part of the quality control procedures forrefrigerators manufactured by Electrolux Group in Brazil. The challenge Electrolux wanted to improve productivity and quality control byautomating the previous manual testing regime for gas leaks onits refrigerator production line. The manufacturer also wanted amore reliable electrical testing solution because its previoussystem was causing unscheduled downtime and production hold-ups. The solution YuMi® and GoFa™ collaborative robots (cobots) from ABB nowcarry out gas leak and electrical testing procedures quickly andreliably, boosting the overall productivity of testing operations bymore than 68 percent. These installations align with Electrolux'swider automation strategy in Brazil, which has increased its overalllevel of process automation by 28.5 percent in the past five years. The Electrolux Group is represented in more than120 countries and sells more than 60 millionproducts per year. The global leader in the saleof household appliances began operations inBrazil in 1926 and currently has fourmanufacturing plants across the country, two ofwhich have been operating in Curitiba since 1996. As part of a major investment and modernizationprogram across all its sites in Brazil, ElectroluxGroup approached ABB in 2018 to find a way toautomate the gas leak detection process on itsrefrigerator production line in Curitiba. Themanufacturer wanted to eliminate repetitivemanual operations to increase productivity andoptimize the quality of its end products, as wellas improving health and safety. Workingtogether, ABB and Electrolux developed asolution to automate 100 percent of theoperations involved in detecting gas leaks. The installation of a YuMi cobot made it possibleto replace manual verification, improving both thegas detection accuracy and the safety ofemployees. Freed from the strain of carrying outrepetitive detection procedures, operators wereredeployed to safer roles where they could addmore value. Collaborative robots can work safely alongsidehuman operators without the need for traditionalbarriers, so they are especially useful inapplications that need a lot of flexibility or wherespace is tight. NEW.ABB.COMNAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATION

NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATIONIIGA NEWS“The YuMi model proved to be thebest solution for the application wewere looking to automate in this line ofrefrigerators. It brought more securityto our employees and increased thequality of tests. After that, we installedfive more robots on the refrigeratorproduction line, which significantlyimproved our productivity,” saidEmerson Dlugosz, ManufacturingEngineering Manager at the Curitibaplant. “Thanks to our partnership with ABB,our production line now includesreliable, safe and easy-to-programrobotic testing,” said Alves. “We canuse internal operators to developapplications and our goal is todisseminate this knowledge so thatthe same methodology applied inthese projects can be used to roll outrobotic cells to meet different needsin our factories worldwide.” Collaborative robotics ABB's versatile collaborative robotsare easy to configure, program,operate and scale, making themsuitable for a wide range ofapplications. They are built byindustry-leading specialists andsupported by the industry’s mostextensive global service network. Collaborative robots offer flexibilitywhen assembly processes need tomanufacture small batches of highlyindividualized products in short cycles.Their ability to work safely alongsidehuman operators enables users tocombine people's unique ability toadapt to change with a robot's tirelessendurance for precise, repetitivetasks. This makes it possible toautomate the assembly of many typesof products on the same line. The success of the gas leak detectionproject prompted Electrolux and ABBto look for other opportunities, andsoon the attention turned to anexisting electrical test station that wasnot delivering the expected benefits. The previous testing solution includeda robot from a competing brand thatkept interrupting production withunexpected stoppages. The ABBteam proposed replacing theunderperforming robot with a GoFacobot, which belongs to an expandingfamily of collaborative robotsdeveloped by ABB to offer greaterreach and higher payload capacity.Unlike the previous solution, the GoFahas since performed with 100 percentreliability. 33SUCCESS STORY“With the acquisition of the GoFa wehad an eight percent gain in theeffectiveness of tests and areduction in unexpected stops in themulti-door refrigerator productionline,” said Electrolux maintenancetechnician Ariel Alves, who wasresponsible for deploying the GoFacobot and getting it up and running. Introducing the GoFa is easy thanks toABB’s Wizard Easy Programming tool,which is a graphical programming toolthat enables even those with littleprevious experience of robots toprogram collaborative and industrialrobots quickly, easily, and efficiently.This allowed the team at Electrolux toprogram the GoFa and get it up andrunning with only minimum telephonesupport from ABB. “ABB’sprogramming tools make it easy touse robotics in a simplified way inautomated lines,” confirmed Alves. The benefits delivered by thecollaborative robots at Electrolux’sBrazil plants has led to an interest inseeing how their performance can bereplicated at the company’s otherproduction plants around the world. NEW.ABB.COMNAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATION

REHAB ROBOT LEADS TO BETTERPATIENT HEALTHWhy we need robots like ROBERTAustralia faces a notable shortage oftherapists to undertake patientrehabilitation. This scarcity is morepronounced in regional and remoteareas, which is significantly impactingthe delivery of healthcare services.Innovative Rehab Technologies founderDan Carter says the shortage meanspatients can’t access the high doses oftherapy they need to recover."Mr. Carter emphasized the need forhigh-dose, intensive therapy inneurorehabilitation. For instance, strokepatients may require 300 repetitions of asingle movement for effective recovery,far exceeding the current average of 50repetitions per day."NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATIONIIGA NEWSA rehabilitation robot that can fast-track patient recovery time and maximisestaff time in regional areas.ROBERT is a neurorehabilitation robotowned by Queensland start-up,Innovative Rehab Technologies.A one-of-a-kind in Australia, ROBERToffers both lower and upper limb roboticrehab assistance to aid recovery andachieve better patient outcomes.The robot is on trial with a majorQueensland hospital to determine itsvalue to staff and patients.Owner of Innovative RehabTechnologies Daniel Carter says theexposure they have received throughtheir Membership with ARM Hub hashelped to fast-track their success.34SUCCESS STORYBenefitsMade in Denmark by Life ScienceRobotics, ROBERT is a mobile upperand lower limb rehabilitation robot thatallows clinicians to deliver highrepetition therapy to help withneurological rehabilitation and reducedeconditioning during hospital stays.Robots like ROBERT allow a service todeliver hundreds of repetitions ofcontrolled functional movements eachday which would otherwise not bepossible without extreme staffingpressure.Because it is mobile, ROBERT can beused throughout a hospital, on wards,in rehabilitation, or with outpatients. Itis also simple to set up which allowsallied health assistants and nurse topotentially be active in delivering careto patients, freeing upphysiotherapists and occupationaltherapists to treat more patients.It is the only unit available thatprovides EMG triggered functionalelectrical stimulation to assist inmovement therapy. This is key to optimising patienttreatment as therapy can be startedvery early when they only have“flickers” of muscle activation. Theunit senses these flickers and thenstimulates that muscle to activatewhile the robot assists them on apath of movement programmed bythe therapist.“Robert is not replacing jobs. Rather,the robot is part of a strategy to helpworkforce sustainability andefficiency,” Mr Carter said.ARMHUB.COM.AUNAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATION

NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATIONIIGA NEWSHospital trialInnovative Rehab Technologies was approached by theQueensland hospital to trial the robot with staff for onemonth with a view to purchasing their own ROBERT.Over the month, ROBERT will be used by the staff to assesshow well it can perform functional movements with patientsand also see how easy it will be to integrate into theircurrent service model.Once completed, it will begin a new trial at a facility on theSunshine Coast.Innovative Rehab Technologies and parent company LifeScience Robotics have also been approached by a worldleader in occupational therapy and rehabilitation researchto collaborate on a research project to further develop theupper limb software with them.35SUCCESS STORYHow ROBERT the Robot worksROBERT can be attached to a patient’s upper or lower limb.The therapist can then press a button and program aspecific movement, such as bringing a glass up to thepatient’s mouth.They then set how many repetitions the patient mustperform and whether they do the movement assisted bythe robot, actively with the robot just supporting the weightof the limb, or with resistance.Multiple different movements and sets / reps can beprogrammed into a treatment session that the patient canthen undertake with supervision while the clinician treatsother patients nearby.NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATION

NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATIONIIGA NEWS36FEATURE STORYYOUR ULTIMATE GUIDE TO THE TOP ROBOTIC TRENDSOF : EVERYTHING YOU NEED TO STAY INFORMED!As we stride into 2024, the world of robotics is evolvingat an unprecedented pace, impacting various industriesand revolutionizing daily living. Stay informed about thetop 7 trends in robotics in 2024 to look out for, and gaininsight into the future of robotics, innovations, andemerging technologies. From advancements in artificialintelligence to the integration of robots into healthcareand transportation, the potential for growth andtransformation is immense. As we delve into the top 7trends, brace yourself for a future where robotics playsa central role in shaping society as we know it.1. Manufacturing Advancements:The integration of Artificial Intelligence (AI) and robotics inmanufacturing processes has ushered in a new era ofefficiency and precision. AI-powered machines arecapable of analyzing vast amounts of data in real-time,allowing for predictive maintenance and optimizingproduction schedules to minimize downtime.Collaborative robots, or cobots, work alongside humanworkers, enhancing productivity and safety on the factoryfloor. Additionally, 3D printing technology hasrevolutionized prototyping and small-batchmanufacturing, reducing lead times and production costssignificantly. These advancements not only streamlinetraditional manufacturing processes but also open doorsto new possibilities, such as mass customization andagile manufacturing, enabling companies to respondswiftly to market demands while maintaining high-qualitystandards.2. Healthcare Innovations:In the healthcare sector, robotics and AI are transformingthe way medical procedures are performed anddiagnoses are made. Robotic-assisted surgeries providesurgeons with greater precision and control, resulting infewer complications and shorter recovery times forpatients. AI-powered diagnostic tools analyze medicalimaging and patient data to detect diseases at an earlystage, allowing for timely interventions and personalizedtreatment plans. Moreover, the development ofexoskeletons and robotic prosthetics is enhancingmobility and independence for individuals with physicaldisabilities, enabling them to lead fuller and more activelives. These innovations not only improve patientoutcomes but also alleviate the strain on healthcaresystems by reducing hospital stays and healthcare costs.NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATION

NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATIONIIGA NEWS37FEATURE STORY3. Autonomous Vehicles:The emergence of autonomous vehicles is poised torevolutionize the transportation industry, offering safer,more efficient, and sustainable mobility solutions. Self-driving cars equipped with advanced sensors and AIalgorithms can navigate complex traffic scenarios androad conditions with ease, reducing the risk of accidentsand congestion on the roads. Similarly, drones are beingutilized for various applications, including last-miledelivery, aerial surveillance, and infrastructure inspection,enhancing efficiency and safety in logistics and urbanplanning. As autonomous vehicles continue to evolve,they hold the promise of reshaping urban landscapes andredefining the way people and goods are transported,leading to more connected and sustainable cities of thefuture.4. Robotics in Agriculture:In agriculture, robotics is driving a paradigm shift towardsprecision farming, enabling farmers to optimize cropyields while minimizing resource inputs and environmentalimpact. Robotic harvesters equipped with advancedsensors and machine vision systems can selectivelyharvest ripe fruits and vegetables with precision, reducingwaste and labor costs. Automated crop monitoringsystems use drones and ground-based robots to collectreal-time data on soil conditions, crop health, and pestinfestations, allowing farmers to make informed decisionsand intervene proactively to maximize productivity.Moreover, autonomous tractors equipped with GPS and precision guidance systems enable preciseplanting, fertilizing, and spraying, leading to more efficientuse of resources and improved crop yields. Thesetechnologies not only increase farm productivity but alsocontribute to sustainable agriculture practices, ensuringfood security for future generations.5. Consumer Robotics:The consumer robotics market is experiencing rapidgrowth, driven by advancements in AI, machine learning,and sensor technologies. Robotic companions, such associal robots and interactive toys, provide companionshipand entertainment for people of all ages, fosteringemotional connections and reducing feelings ofloneliness and isolation. Smart home devices, such asrobotic vacuum cleaners and home security robots,enhance convenience and security, allowinghomeowners to automate household tasks and monitortheir properties remotely. Personal assistants, poweredby AI algorithms and natural language processing, helpusers manage their schedules, access information, andcontrol smart devices with voice commands, simplifyingdaily routines and improving productivity. As consumerrobotics continue to evolve, they are becomingincreasingly integrated into our daily lives, offeringpersonalized and intuitive experiences that enhancequality of life and well-being.NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATION

NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATIONIIGA NEWS38FEATURE STORY6.Robotics in Education:Robotics education programs and STEM initiatives areplaying a pivotal role in preparing students for the futureworkforce and nurturing a culture of innovation andcreativity. Hands-on learning experiences with roboticskits and programming languages empower students todevelop essential skills in coding, engineering, andproblem-solving, fostering critical thinking andcollaboration. Robotics competitions and hackathonsprovide opportunities for students to apply theirknowledge and creativity to real-world challenges,inspiring them to pursue careers in STEM fields.Moreover, educational robots, such as programmabledrones and humanoid robots, serve as engaging tools forteaching various subjects, from mathematics and scienceto language arts and social studies, making learning funand interactive. By integrating robotics into education, wecan equip the next generation with the skills andknowledge they need to thrive in a rapidly evolvingtechnological landscape.7. Ethical and Regulatory Considerations:As robotics continue to advance, it is essential to addressethical and regulatory considerations to ensure theresponsible deployment and use of robotic technologies.Ethical concerns, such as data privacy, algorithmic bias,and the impact of automation on employment, must becarefully addressed to mitigate potential risks and ensurefairnessand transparency in decision-mak ing processes.Regulatory frameworks and standards play a crucial rolein guiding the development, deployment, and operation ofrobotic systems, ensuring compliance with safety,security, and ethical principles. Collaboration betweenpolicymakers, industry stakeholders, and ethicists isessential to establish robust governance mechanismsthat promote innovation while safeguarding societalvalues and interests. By proactively addressing ethicaland regulatory considerations, we can create a futurewhere robotics enriches human lives and contributes to amore inclusive and sustainable society.REVOLUTIONIZING MANUFACTURING:THE ROLE OF ROBOTICS ANDADVANCED TECHNOLOGIESIn today's rapidly evolving manufacturing landscape, theintegration of robotics and advanced technologies isfundamentally reshaping traditional productionprocesses, driving efficiency, precision, and innovation. Asindustries worldwide embrace the Industry 4.0 revolution,characterized by the fusion of digital technologies withphysical systems, manufacturers are increasingly turningto robotics, AI, IoT, and other cutting-edge technologiesto optimize their operations and gain a competitive edgein the global market.Enhanced Efficiency Through Automation:

NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATIONIIGA NEWS39FEATURE STORYRobotic automation, coupled with advancedtechnologies such as Artificial Intelligence(AI) and Internet of Things (IoT), isrevolutionizing manufacturing bystreamlining repetitive tasks and minimizinghuman error. AI-powered robots, equippedwith sophisticated algorithms and machinelearning capabilities, can analyze vastamounts of data in real-time to predictequipment failures, optimize productionschedules, and proactively addresspotential issues before they escalate. Thispredictive maintenance approach ensurescontinuous operation of production lines,maximizes uptime, and minimizes costlydowntime, resulting in significantimprovements in productivity, efficiency, andoverall equipment effectiveness (OEE) formanufacturers.Precision Engineering for QualityAssurance:In today's highly competitive market,ensuring product quality and consistency isparamount for manufacturers to maintaincustomer satisfaction and brand reputation.Robotics and advanced technologies play acrucial role in achieving these objectives byproviding unparalleled precision, accuracy,and reliability in manufacturing processes.Robots equipped with advanced sensors,machine vision systems, and IoT connectivitycan perform intricate tasks with utmostprecision, ensuring consistent quality andadherence to strict tolerances. Fromprecision welding and painting to intricateassembly operations, these advancedtechnologies enable manufacturers todeliver high-quality products with minimaldefects, reducing rework and waste whileenhancing customer satisfaction and brandloyalty.Flexibility for Agile Manufacturing:In an era of rapid technological advancements and shifting consumerpreferences, manufacturing agility is essential for companies torespond swiftly to market demands and stay ahead of the competition.Robotics and advanced technologies empower manufacturers withunprecedented flexibility and adaptability, enabling agile manufacturingprocesses that can quickly pivot to meet changing productionrequirements. Collaborative robots, or cobots, equipped with advancedsensors and AI algorithms, can work seamlessly alongside humanworkers in dynamic environments, enhancing operational flexibility andefficiency. Additionally, technologies such as machine learning anddigital twins enable manufacturers to simulate and optimize productionprocesses in real-time, identify bottlenecks, and proactively addressproduction challenges, thereby ensuring continuous improvement andagility in manufacturing operations.Cost-Effectiveness and Return on Investment:While the initial investment in robotics and advanced technologies mayseem significant, the long-term benefits far outweigh the costs formanufacturers. Robots and advanced technologies offer unparalleledcost-effectiveness by maximizing throughput, optimizing resourceutilization, and minimizing labor-related expenses. With the ability tooperate 24/7 without breaks or fatigue, robots significantly increaseproduction capacity and output while reducing labor costs anddependency. Additionally, automation reduces the risk of human errorand variability, resulting in fewer defects and rework, further drivingdown production costs and enhancing overall profitability. As a result,manufacturers experience significant cost savings and achieve a rapidreturn on investment (ROI) with robotic systems and advancedtechnologies, making them indispensable assets for sustainablegrowth and competitiveness in the global market.NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATION

NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATIONIIGA NEWSWHAT INSIGHTS CAN WE GLEAN FROM ALL THISINFORMATION?Beyond efficiency gains, robotics and advancedtechnologies are driving innovation in manufacturing byenabling new capabilities and processes. Advancedrobotics technologies, such as 3D printing and additivemanufacturing, are revolutionizing prototyping,customization, and small-batch production, enablingmanufacturers to rapidly iterate and bring innovativeproducts to market. Additionally, robots equipped with AIalgorithms, IoT connectivity, and machine learningcapabilities are increasingly capable of learning andadapting to evolving production needs. They canautonomously optimize production parameters, identifyinefficiencies, and even collaborate with other robots andsystems in a networked ecosystem, unlocking newopportunities for process optimization, productinnovation, and productivity enhancement. By embracingthese cutting-edge technologies, manufacturers can drivecontinuous improvement, innovation, andcompetitiveness, positioning themselves as leaders in theever-evolving manufacturing landscape.40FEATURE STORYproduction capacity and output while reducing laborcosts and dependency. Additionally, automation reducesthe risk of human error and variability, resulting in fewerdefects and rework, further driving down production costsand enhancing overall profitability. As a result,manufacturers experience significant cost savings andachieve a rapid return on investment (ROI) with roboticsystems and advanced technologies, making themindispensable assets for sustainable growth andcompetitiveness in the global market.Driving Innovation and Productivity:As manufacturing continues to evolve in the digital age,robotics and advanced technologies are poised to playan increasingly integral role in driving efficiency,innovation, and competitiveness. By leveraging the powerof automation, precision engineering, flexibility, and cost-effectiveness, manufacturers can unlock new levels ofproductivity, agility, and profitability, positioningthemselves for success in the dynamic global market.With the relentless pace of technological innovation andthe growing demands of consumers, embracing roboticsand advanced technologies is not merely an option but anecessity for manufacturers to thrive and lead in theFourth Industrial Revolution. By embracing thesetransformative technologies and harnessing their fullpotential, manufacturers can revolutionize theiroperations, drive sustainable growth, and deliver superiorproducts that meet the evolving needs and expectationsof customers worldwide.NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATION

NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATIONIIGA NEWS42FEATURE STORYIn 2023, the US manufacturing industry capitalized on themomentum generated by three significant pieces oflegislation that were signed into law in 2021 and 2022—the Infrastructure Investment and Jobs Act (IIJA), theCreating Helpful Incentives to Produce Semiconductors(CHIPS) and Science Act, and the Inflation Reduction Act(IRA). Together, these laws prioritize rebuildinginfrastructure, advancing clean energy initiatives, andbuilding out the domestic semiconductor industry, whilealso aiming to foster job growth, workforce development,and equity. By introducing an infusion of funds and taxincentives into US manufacturing across various sectors—including semiconductors, clean energy components,electric vehicles, batteries, and the constituent parts andraw materials of these products—the IIJA, CHIPS, and IRAhave already spurred record private sector investment inthe manufacturing industry.Investments in semiconductor and clean technologymanufacturing have surged since 2021, nearly doublingthe commitments compared to previous years. Close to200 new clean technology manufacturing facilities, withan investment of US$88B, have been announced,expected to generate over 75,000 new jobs.Construction spending in manufacturing has seen asignificant boost post the passage of key acts, reachingUS$201 billion annually by July 2023, setting the stage forfurther growth in 2024.The manufacturing industry continues to face headwinds,however. In 2024, manufacturers are expected to faceeconomic uncertainty, the ongoing shortage of skilledlabor, lingering and targeted supply chain disruptions, andnew challenges spurred by the need for product innovationto meet company-set net-zero emissions goals. Deloitte’sanalysis of Purchasing Managers’ Index (PMI) data revealsthat the manufacturing sector was in contraction for mostof 2023. So, what strategies should manufacturersconsider in order to tackle these ongoing challenges, helpscale up production, improve competitiveness, andcapture the full potential of the record influx of capital intothe industry?.deloitte.com2024 MANUFACTURING INDUSTRYOUTLOOKManufacturers should continue embracing digitaltransformation to contribute to a competitive andresilient future and to help tackle ongoingmanufacturing challenges.NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATION

NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATIONIIGA NEWS43FEATURE STORYTechnology is poised to play a significantrole in supporting manufacturers in takingon the challenges they may face in 2024.With a persistent search for efficiency andfocus on building resilience across theorganization, many manufacturers look tocontinue to pursue their digitaltransformation objectives even as somemay be considering pausing investmentsbecause of the challenging businessenvironment. Companies seem to beembracing a smart factory approach,exploring the industrial metaverse, andinvestigating the possibilities of generativeAI, one of the latest additions to thearsenal, as tools they can use to addvalue to their operations.A recent Deloitte study indicated that astriking 86% of surveyed manufacturingexecutives believe that smart factorysolutions will be the primary drivers ofcompetitiveness in the next five years.6According to another recent survey,manufacturers anticipate that theindustrial metaverse could lead to a 12%gain in labor productivity, which might helpaddress the ongoing labor shortages.Generative AI is expected to holdimmense potential in areas such asproduct design, aftermarket services, andsupply chain management. It could lead toreduced costs across manufacturingorganizations and could serve as anothertool for navigating a challenging labormarket. Considering the immense scopeof this technology, we have presentedgenerative AI use cases for each trend.1. Navigating persistent talent obstaclesLabor market tightness has continued into 2023 (figure 2), and the sametrend is expected for 2024. In a recent survey conducted by the NationalAssociation of Manufacturers (NAM), almost three-quarters of surveyedmanufacturing executives feel that attracting and retaining a qualityworkforce is their primary business challenge. Manufacturers have beenproactive about adjusting their workforce policies to improve employeeattraction and retention. Some recent changes include:Keeping flexibility at the forefront: In a recent survey conducted byNAM, 46.8% of surveyed manufacturing executives pointed out thattheir company offers flexible scheduling to production workers. Otherforms of flexibility offered to production workers include remote work,compressed workweeks, and the opportunity to swap or split shifts.Rewarding the workforce: Per Deloitte analysis, between Q1 FY2022and Q1 FY2023, there has been a 4% rise in the average hourlyearnings of employees. Notably, there has also been a 19% reductionin the average number of voluntary separations over the same period.deloitte.comNAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATION

NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATIONIIGA NEWS44FEATURE STORYEnhancing workforce strategies for a better futureWhile manufacturers have made progress in adapting their workforce policiesto improve talent attraction and retention, additional strategies can beconsidered in 2024 to continue to build on this momentum. Potentialapproaches to hiring amid a tight labor market include:Employing digital tools to enhance talent acquisition: Many manufacturersface challenges in acquiring the right talent to meet current and futuredemand. Companies often no longer view location decisions solely asreal estate choices, but as strategies for optimizing talent and efficiencyand minimizing risk. Enhanced “locational awareness” when selecting anew manufacturing location can help businesses balance market access,talent pools, and overall costs. Companies are investigating the use ofdigital tools, such as artificial intelligence, to quantify the need foremployees in both new and established manufacturing facilities. Thesetools can help to sense the local labor market and generate approachesfor marketing to potential employees. Digital solutions have also beenemployed to help improve access to temporary labor. By working withorganizations that use innovative tools like mobile applications thatleverage AI to engage and perform basic screening of potentialemployees, some manufacturers have been able to increase their pool ofdifficult-to-find, higher-skilled workers. This includes engineers,maintenance technicians, and machinists who seem to favor the flexibilityand higher pay that on-demand positions can offer. Tapping into the knowledge ofretirees: Developing alumniprograms for retired employeesmight serve as an effective strategyto maintain engagement. In 2022,nearly one-third of themanufacturing workforce was over55 years of age. When they retire,this pool of experienced employeescould be enrolled in an alumniprogram. These networks couldhelp keep retirees connected to thecompany’s activities for potentialjob opportunities as well as transferof important knowledge to youngerworkers.Building and upskilling the talentpipeline: Engaging in collaborationswith educational programs that startpreparing students for STEMcareers as early as kindergarten canallow manufacturers to nurture localtalent, mentor students, andestablish future STEM-readyworkforce pipelines, making it astrategic approach for bothcommunity involvement and long-term talent attraction and retention. Another such relationship can beestablished with community andtechnical colleges to unite industryknowledge with educationalinnovation to help provide studentswith specific skills.deloitte.comNAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATION

NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATIONIIGA NEWSGenerative AI spotlight: Use case in talentGenerative AI can be used to customizetraining materials based on specific jobroles, site conditions, or regulatoryrequirements. This technology can analyzelarge volumes of data, such as incidentreports, occupational health and safety(OHS) guidelines, or compliance standardsand generate tailored content, includingvideos, interactive modules, or quizzes.Combined with VR, generative AI can beused to develop virtual trainingenvironments that replicate operationalconditions. With realistic scenarios thatsimulate OHS incidents, trainees cannavigate hazardous situations, identify risks,and improve their OHS awareness andresponse capabilities in a safe setting.45FEATURE STORY2. Smart factory and the journey toward theindustrial metaverseAs economic uncertainty, tight labor markets,and rising costs continue to challengemanufacturers, the importance of leveragingdigital technologies—both within and beyondthe factory walls—grows. The journey of themanufacturing industry toward industry 4.0 andthe concept of a “smart factory” seems to bein full swing. According to a recent study, 83%of manufacturers believe that smart factorysolutions will transform the way products aremade in five years.Why going smart might be the smartestchoiceThe smart factory integrates advanced technologies such as AI, 5G,Internet of Things (IoT), data analytics, and cloud computing in theproduction environment to help provide real-time insights, end-to-endvisibility, and scalable solutions. Economic upheaval, a tight labormarket, rising costs, and continued supply chain stresses underlinethe importance of agility, resilience, and efficiency in manufacturingoperations. The potential benefits of smart factories are vast—rangingfrom gains in asset efficiency, labor productivity, and product qualityto substantial cost reduction, along with the advancement of thecause of safety and sustainability (figure 3).Laying the foundation for the industrial metaverseManufacturers don’t seem to be stopping at the smart factorytransition. A recent Deloitte study reveals that, through their smartfactory efforts, over 70% of surveyed manufacturers have woventechnologies such as data analytics and cloud computing into theirprocesses, and nearly half are already harnessing the power of IoTsensors, devices, and systems. These technologies are alsofoundational to the industrial metaverse. In addition, the majority ofsurveyed manufacturers have made significant investments in digitaltwins, 3D modeling, and 3D scanning, which can serve as key buildingblocks of the immersive 3D environments that make up the industrialmetaverse. With connectivity to data-rich 3D immersive environmentsfrom virtually any location with a broadband internet connection, theindustrial metaverse provides manufacturers with the opportunity toenhance their business both within and beyond the productionenvironment of the smart factory.deloitte.comNAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATION

NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATIONIIGA NEWSUnlocking digital transformation while keeping cybersecurity in focus46FEATURE STORYWhile digital transformation offers many benefits for the manufacturingsector, it also carries the potential to add to cybersecurity risks. In arecent study, more than half of surveyed manufacturing companiessaid they were targeted by ransomware, with nearly seven out of 10 ofthese attacks resulting in malicious data encryption. Manufacturingwas also the most targeted sector for ransomware attacks in 2022 forthe second consecutive year. To mitigate the risk of cyberthreats, asmanufacturers implement digital transformation projects, they shouldconsider giving cybersecurity as much priority as these projectsthemselves. It is often common to focus primarily on the potentialbenefits and ROI when implementing new digital technologies;however, directing equal focus to how systems and data will beprotected as the technologies are implemented can help build andenhance cybersecurity from day one. Manufacturers should alsoconsider the cybersecurity preparedness of their suppliers againstcyberthreats, including the risk of a supply chain disruption caused bya cyberattack as well as the potential exposure of proprietary andsensitive data. According to Deloitte’s article Meeting the challenge ofsupply chain disruption, many companies are employing a range ofstrategies and digital tools to sense, monitor, take action, and engagein scenario planning to enhance the effectiveness of their suppliers inmanaging third-party risks.3. Supply chain digitalization for enhancing performance andresilienceNavigating evolving and challenging supply chains has been a keyfocus for manufacturers since the start of the COVID-19 pandemic.Nonetheless, there are indications of recent stabilization. According toDeloitte’s analysis of PMI data over the past year, manufacturers havegenerally observed a gradual improvement in delivery times. Theaverage delivery times for production materials peaked at an all-timehigh of 100 days in July 2022 but have since steadily improved,reaching 87 days in August 2023. However, the journey is stillchallenging. While there has been a notable improvement in theaverage lead time for production materials, it has not returned toprepandemic levels (figure 4).One factor contributing to continued supplychain delays is ongoing shortages incomponents such as electrical, electronic,and semiconductor parts. These shortages,which have persisted for more than 30months now, can complicate production anddelivery for a variety of manufacturingsubsectors. The enactment of the CHIPS Acthas triggered investments in semiconductormanufacturing in the United States, with thefirst plant expected to begin production in2024, followed by additional plants comingonline in 2025. While this is expected toincrease the domestic supply of chips, it maybe a few years before these productionfacilities can make a significant dent in theongoing semiconductor shortages, oftenaffecting the manufacturing industry. Inaddition, the record growth in cleantechnology manufacturing spurred by the IIJAand the IRA is likely to cause increaseddemand for not only semiconductors butalso electronic components in general.deloitte.comNAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATION

NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATIONIIGA NEWSThe continued push to digitize supply chains47FEATURE STORYAs the industry faces ongoing supply chain challenges, manufacturershave pivoted toward digital supply chain solutions to help achievebetter visibility across the value chain and bolster resilience.According to a recent Deloitte survey, 76% of manufacturers areadopting digital tools to gain enhanced transparency into their supplychain.30 Some manufacturers have also started experimenting withand implementing industrial metaverse use cases to fortify supplychain resilience. In fact, 21% of respondents in the 2023 Deloitte andMLC industrial metaverse study are already integrating metaversetechnologies to elevate their supply chain ecosystem.As one example, an aerospace and defense manufacturer hascreated a digital twin of its supply chain for its key products, a virtualmodel that can be used to simulate a variety of potential real-worldscenarios. Using the digital twin, the manufacturer can produce a heatmap highlighting the components that exert the most influence on itsvalue chain. This can help the company identify alternative suppliersfor key components and, thus, reduce dependencies, increasingsupply chain robustness and agility.Novel technologies—for example, distributed ledgers such asblockchains, or smart contracts, which automate contract executionwithin blockchains—are gaining interest from some manufacturers.While distributed ledgers can help make transactions among multipleparties tamperproof and verifiable, smart contracts can helpautomatically assess the transaction status and perform actions suchas automatic shipment verification and payments. About one-quarterof manufacturers surveyed plan to implement these technologieswithin the next year, hinting at a potential new wave of adoption andinnovation.As the manufacturing industry continues to navigate the postpandemicrecovery, persistent shortages, economic uncertainty, and recordinvestment, technology will likely remain a pivotal force in drivingefficiency, resilience, and innovation in the supply chain.In recent years, manufacturers haveaccelerated their use of advancedtechnologies to enhance their products, suchas IoT sensors, onboard computers, machinelearning capabilities, embedded radiofrequency identification tracking, augmentedreality (AR) interfaces, energy-efficientcomponents, and countless otherinnovations, pushing the boundaries of what’spossible. These improvements haveunderscored not only the importance ofcomprehensive aftermarket support but alsothe opportunity it offers. A strong aftermarketpresence can serve as a significant source ofrevenue, signal a commitment to long-termproduct reliability, and increase customersatisfaction. And manufacturers seem tohave noticed. As per Deloitte’s analysis ofpublicly available reports from industrialcompanies, there is a surge in interest inaftermarket services—2022 ended with 71%of industrials talking positively aboutaftermarket services.4. Aftermarket services as a potentialdifferentiatorThe lockdowns following the pandemichighlighted some of the challenges, costs,and inefficiencies of dispatching field servicetechnicians to address customers’ criticalrepair and maintenance needs to maintainproduct uptime and optimal operation. Digitaltechnologies that enable remote assistancecan become important in ensuring businesscontinuity. In the 2023 Deloitte and MLCindustrial metaverse study, nearly one-thirdof respondents are already implementing orexperimenting with virtual aftermarketservices.deloitte.comNAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATION

NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATIONIIGA NEWS48FEATURE STORYEnhanced aftermarket services can provide severaladditional benefits for manufacturers, which include:Revenue-generating opportunities, at better margins:Aftermarket services have increasingly become avaluable tool for manufacturers, as offering theseservices may help them offset the impact ofeconomic downturns or disruptions. These servicescan create consistent revenue flows and offer 2.5times greater operating margins than new equipmentsales.Enhanced customer loyalty: Manufacturers arestarting to move beyond annual maintenancecontracts. In fact, some companies have startedentering into performance- and outcome-basedcontracts that guarantee operational performanceand reduced downtime. This could bolster customerconfidence, loyalty, and brand perception.Upselling and cross-selling opportunities: A greaterpresence in the aftermarket allows manufacturers towork more closely with their customers, understandcustomer needs, and provide tailored serviceofferings. Services can be bundled, helpingmanufacturers scale their XaaS (anything as service)or servitization strategies.Competitive advantage: Having a robust aftermarketpresence is likely to provide a competitive advantagefor manufacturers, especially over a competitor thatis still behind in the race. Introducing digital remoteassistance can help companies further setthemselves apart by offering faster problemresolution and service.5. Product electrification and decarbonizationAn influx of federal funds and incentives, combined with ageneral drive toward a net-zero emissions future, havecreated an increase in investments in electrification anddecarbonization of the product portfolios of industrialproducts manufacturers. The IIJA’s investments in electricvehicle (EV) charging infrastructure is complemented bythe IRA, which aims to accelerate the adoption of EVs and boostbattery manufacturing. Overall, the IRA provides more thanUS$270 billion in climate- and clean energy-relatedincentives, including more than US$40 billion in tax creditsto expand manufacturing of EVs, batteries, and numerousother types of clean energy technologies.43 Over 125 newmanufacturing facilities for clean vehicle and batterytechnology production have been announced in the UnitedStates since the IRA was signed into law in August 2022.The transition brings new challengesAs companies move forward on their journey toelectrifying and decarbonizing their product portfolios,new challenges emerge. These challenges include theneed to address technical readiness, high initial costs oftransitioning production processes, as well as new andcomplex supply chains for batteries and their crucial rareearth metals. There is also risk associated with customerwillingness to make the shift—at least in the short term—from more affordable alternatives. Another challenge isthe intricate management of the battery life cycle, fromcradle to grave. While these challenges may seemdaunting, some manufacturers have already taken thelead in the transition.deloitte.comNAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATION

NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATIONIIGA NEWS49FEATURE STORYCompanies have implemented a variety ofstrategies, ranging from making organizationalchanges to forming important partnerships, toovercoming some of the challenges associated withproduct electrification and decarbonization. Some oftheir approaches include: Navigating the path ahead: An opportunity for continuedindustry growth amid persistent challengesSignificant investment and growth in the Collaborating for decarbonization: Somemanufacturers are forming external partnershipsand joint ventures to meet ambitious emissionsgoals for their products. By identifying key needsand seeking external collaborators with theknowledge to meet those needs, they’re oftenmaking significant strides in productdecarbonization.45 For instance, a leadingindustrial automation provider has partnered witha clean energy solutions company to electrifymining haulage trucks with energy storagesystems, underscoring the power of strategiccollaboration in advancing sustainability.46Embracing net-zero emissions: Somemanufacturers are targeting net-zero emissionsby investing in electrification as well as other low-carbon or renewable fuel technologies for theirproducts.47 For example, a leading enginemanufacturer is investing over US$1 billion in itsUS facilities to support engines that run on low-carbon fuels such as hydrogen, in alignment withits broader clean energy goals.48Specialized verticals are emerging as manufacturerselectrify their product ranges. For instance, a globalconstruction and mining equipment manufacturer hasestablished a dedicated division focusing on zero-emissionsproducts and technologies.Manufacturers are strategically expanding into adjacentmarkets to capitalize on electrification trends. For example,a US fabrication company is investing in lightweight materialsto support customer demand in EVs, energy infrastructure,and renewables.How are some manufacturers achieving success inmaking the transition?Significant investment and growth in the US manufacturingindustry is expected to continue in 2024. Continuing toembrace new technology and digital transformation will likelybe important for manufacturers as they look for ways tocapture the opportunity at hand and tackle the challenges theyface. In the coming year, manufacturers may deploy strategiesthat could help navigate economic uncertainty, skilled laborshortages, lingering supply chain challenges, and the hurdlesof transitioning to zero-emission products:Enhance employee retention with digital tools, retireeengagement, and local partnerships.Boost operational efficiency and revenue via smartfactories and the industrial metaverse.Expand revenue streams and loyalty through aftermarketservices.Experiment with generative AI for improved businessoutcomes.Speed up the move to zero-emission products throughbenchmarking and specialized verticals.deloitte.comNAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATION

NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATIONIIGA NEWS5122 MINSYAAMUNA ALDRAGEN1. Can you tell us about the genesis of YaamunaAldragen Coaching and Consultancy (YACC) and thedriving force behind its establishment?YACC was set up in 2019 with the intention of bringingEuropean and and Asian business connections closer, in astructured manner. European companies were looking toexpand their reach to Asia and find it dificult to get in touchwith the right partner from them. Similarly we help Asianbusiness to connect to their potential clients, and offer toset up European Sales Offices. YACC help to connectthem after extensive due deligence program with allparties2. Could you share some success stories orcase studies where YACC has significantlycontributed to the growth and expansion of acompany?Introducing Yaamuna: A Certified Business andLeadership Expert with a Global Reach acrossGermany, Europe, and Asia Meet Yaamuna, a seasoned professional with a diverse arrayof certifications that attest to her expertise in business andleadership. From coaching accreditation with IPEC,recognized by the International Coaching Federation (ICF), toproject management certifications from PMBOK and PMIMunich, Yaamuna brings a wealth of knowledge to thetable.With a Bachelor's degree in Electronics Engineering(Hons) and ongoing legal studies in LLB, she combinestechnical proficiency with legal acumen. Her certifications inquality management, including Six Sigma Greenbelt andCertified Internal Auditor, demonstrate her commitment toexcellence in every aspect of her work.Yaamuna'sproficiency extends beyond technical competencies toinclude language fluency, presentation skills, team building,and effective communication strategies. With a dedication tocontinuous professional development, Yaamuna is a trustedadvisor and mentor, empowering individuals andorganizations to achieve their goals with confidence. She isbringing a German pavilion to the Industrial Roadshow inCikarang, Indonesia, which will take place on July 18-19 at theJababeka Convention Center. . Don't miss out on theIndustrial Roadshow Cikarang, Indonesia. Seize the chanceto meet her and get a free one-hour consultation onconducting business in Germany. Schedule yourappointment now at to avoid missing out.We have helped MNCs and SMEs in Europe toexpand into SEA, particularly in Malaysia, Indonesia,Sri Lanka and Korea. In the sourcing activities, weare constantly engaged with our partners to openup a new business venture in Europe.CEO OF YAAMUNA ALDRAGENNAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATION

NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATIONIIGA NEWS5222 MINS3. What specific strategies do youemploy to ensure effective marketentry for your clients, particularly inindustries such as engineering,manufacturing, technology, andhealth?All our consultants comes from technicalbackground, either as engineer orscientist. We leverage on our technicalexpertise to provide better, and possiblymore accurate business developmentpotential for our clients.4. How does your team ensureseamless communication andunderstanding across differentlanguages and cultures duringbusiness engagements?All our team members can speak at least3 languages minimum. In overall wespeak, read and write in more than 9languages that helps to navigate day today tasks and major milestones.(German, English, Spanish,Dutch, Malay,Indonesian, Mandarin, Cantonese, Tamil)We also engage with our businesspartners to support us in otherlanguages, such as Korean andJapanese.7. Could you provide insights into your recruitment advisoryservices and how they help companies navigate internationalhiring processes?5. In what ways do you assist companies in exploring newbusiness segments and diversifying their portfolios?we start with one on one consultation, due deligence check, andcontinous meetings and infomation exchange during all stages of theassignments. We also ensure an honest feedback loop to serve ourclient better.6. What benefits can companies expect when utilizing YACC'sservices for overseas representation, particularly in Europe andSouth East Asia?Companies can utilise our expertise in engineering, investment andbusiness developement knowledge to their benefit. We providestrategic management, organisation change management, interimleadership management as well as sales representation services forour clients. This additional services compliments well with theBusiness Development and Investment goals of our clientsNAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATIONWe work closely together with local talent sourcing partners in homecountries to support us with hiring and upskilling. For example, wework hand in hand with our Asian Partner, SG Expert Pro in recrutimentand hiring initiatives8. How does YACC assist companies in sourcingsuppliers globally to meet their specific needs?We develop our own inhouse check list to manage clientexpectations in new supplier introduction, that covers capabilities,technical standards, specific ethical requirements, suply chainrequirement and many more.

NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATIONIIGA NEWS5322 MINS10. What are some of the primary motivationsbehind factories seeking to establish theirpresence in Europe, and what benefits do theyhope to gain from such a strategic move?9. Can you walk us through the types of project-based consulting services you offer,particularly in manufacturing improvementand business development?Our projects are very niche and customer centric,they are no two projects that have the samerequirements and end results. Some examples ofproject based consulting : International StratagyManagement, Organisation Vision and MisionAlignement, high level management alignment,marketing collateral, technology transfer projects,technical equipment and parts sourcing, newbusiness development (by country or sector) and soon. More details can be obtained from our website.Depending on the vision of the stakeholder, themotivation varies from company expansion to newsector exploration. Only the sky is the limit.11. Could you elaborate on some of the commonchallenges and obstacles that factoriesencounter when setting up their Europeanoffices?NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATIONFinding the right partner to set up an EU office isimportant, every company requires different needand all of this must be taken into consideration.Going with general approach may not be suitablefor your company need, and in the end more time,money and effort wasted in the process.12. In your experience, what are the key factors thatcontribute to the difficulty factories face in navigatingthe European market and establishing a successfuloperation?One of the Key factor : Management goal and company'scapabilites must be aligned. Companies also must be readyto upgrade their services to cater for the EU market need.13. How does YACC specifically address the challengesand complexities that factories encounter whenexpanding into Europe?We are focused on ensuring that our client's need ismanaged and taken care of individually. We work togetherwith our client and resolve matters effieciently for them.14. Can you share any success stories or exampleswhere YACC has successfully guided factories throughthe process of establishing their European presencedespite the challenges involved?We are unable to share due to NDA and GovernmentProjects. Our customers ranging from governmentinvestment and trade offices, NGO, MNC and SME as well.15. What are some proactive measures thatfactories can take with the assistance of YACC toovercome regulatory hurdles and culturaldifferences when expanding into the Europeanmarket?Proactively perform fact finding in all expects of business.YACC can also assist here and provide advisory. Thisstep is crucial for companies to decide on the potentialexpansion and resources planning.16. What is the current opportunity in Europe,particularly in Germany, for Southeast Asianmanufacturers or companies that want to expandthroughout Europe?We are actively sourcing for manufacturers in technicalindustries for various sectors. For companies thatcomplies to minimum requirement of ISO9001 andadditionally ISO140001, we look forward to getconnected with you and discuss further. For opening up asales office in EU, we can provide more details based onindividual needs

NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATIONIIGA NEWS22 MINSKITAK AHN1.Can you talk about any recent advancementsor innovations at CDR System Co., Ltd. that youare particularly proud of?With an impressive career that has lasted over 30 years,Kitak Anh, the visionary Founder and CEO of CDR systemCo.,Ltd. (hereafter referred to as CDR), has gained anexceptional proficiency in propelling innovation andshaping the course of technology.As the former COO of Neuromeka, Kitak spearheadedthe transformation of cobots from mere tools toindispensable assets across global industries. Under hisstewardship, Neuromeka emerged as a trailblazer,setting new standards for accessibility, safety, andaffordability in robotics.It went public on the Korean stock market in 2023.Kitak's background includes experiences in field at KNRSystems Inc. and POSCO, where he demonstrated hispassion for cutting-edge technology and strategicacumen in the robotics and steel industries, respectively.As the driving force behind CDR , Kitak Anh is shaping thefuture of robotics with unwavering determination and acommitment to customer-centric innovation. His vision ofempowering customers to drive the evolution of cobotsreflects a profound understanding of market dynamicsand a relentless pursuit of excellence.Kitak Anh's journey from steel to robotics epitomizes histransformative impact and unwavering dedication topushing the boundaries of possibility. As a visionaryleader and industry luminary, he continues to inspire andshape the future of technology, leaving an indelible markon the world of robotics.Join Kitak at the upcoming Industrial Roadshow inCikarang, Indonesia on July 18 and 19 for a 3 and a halfhour interactive workshop, where he will provide hands-on training. Additionally, don't miss the opportunity toschedule a factory audit consultation with him. Clickhere to secure your spot!CEO & FOUNDER CDR SYSTEM CO., LTDCDR has developed RwRP (Robot with RealProgramming), a technology that uses a physicalsimulator but achieves 100% of the same results as thereal world, by combining Digital Twin to train robotoperators. RwRP has evolved into a technology thatoperates multiple heterogeneous robots, and CDR isexecuting its goal of entering the global market out ofKorea as planned. We are proud to have passed 41months since our founding, proud of our growing teamof colleagues, and proud of our supportive partners2.What are your long-term goals for CDR SystemCo., Ltd. and the future of robotics as a whole?‘Technology creates products, but it's thecustomer who chooses them. Robots are still acomplex product that is difficult for mostcustomers and requires them to ask experts. Ourgoal is to create a robotics education platform forthe Robot Everywhere era and show that robotsare easy to use.’55NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATION

More than a good robot manufacturer and SI partner, it'simportant that the users on the factory floor with therobot are familiar with it and not afraid to use it. The mosteffective solution is for the user to become the robotoperator.56NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATIONIIGA NEWSOnce a robot is set up, it doesn't have accidents when it'sin operation. Many accidents happen when youintervene, like when it breaks down and you need to fixsomething, change something. We're creating a platformto provide solutions for automated processes withrobots. The technology is based on collaborative robots,but we expect it to eventually be extended to the entirerobot, so that you can experience robot modificationsbeforehand in a realistic environment using digital twins.All situations where changes will be made are checkedbeforehand, and in the real world, everyone's onlyconcern is safety.Safety is paramount, but I don't think adding safeguardsaround the robot is the answer. I would like to collectand share various empirical cases.4. Could you elaborate on the strategies employedto ensure collaborative robots are safe for workalongside humans?5. How do you ensure that your robotic systemsremain user-friendly and adaptable to a widerange of industries?22 MINSNAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATION6. What sort of technology and training areyou working on for the training sectors withSG Expert, considering the need for currentupskilling at the shop floor in this region?The goal is to make it easy for anyone to learnand use robots. Korea is well known for its rapidadoption of robotics, so we were able to acquirea lot of content. By combining SG Expert'svocational training platform with CDR's roboticscontent, we can deliver it here. The content willstart with collaborative robots and then expandto all automation technologies using robots.7 What are your thoughts on the integrationof AI and machine learning into roboticstechnology?The power of AI is incredible. Experts are startingto apply algorithms to robots that find the optimalsolution without human intervention, and I thinkit's an unstoppable trend. However, when I amteaching with RwRP, I give students homeworkassignments that required them to compete witheach other, and I found that the results wereconsistent to that of AI.It's mainly about teaching the robot to take lesstime to accomplish the same process. I'm veryinterested and following the application of AI torobots.

NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATIONIIGA NEWS22 MINS57NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATION8. Could you share your long-term goals andvision for CDR System Co., Ltd. and its role in thefuture of robotics?The power of AI is incredible. Experts are starting toapply algorithms to robots that find the optimalsolution without human intervention, and I think it's anunstoppable trend. However, when I am teaching withRwRP, I give students homework assignments thatrequired them to compete with each other, and Ifound that the results were consistent to that of AI.It's mainly about teaching the robot to take less timeto accomplish the same process. I'm very interestedand following the application of AI to robots.

NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATIONIIGA NEWS5822 MINSANDREW YEO2. What role do innovation and technologicaldevelopment play in the growth of PhaosTechnology?Innovation and technological development are integral tothe growth of Phaos Technology. We believe that everysignificant advancement originates from a simple idea.This, in fact, was how our technology originated, Back in2010, our founders developed an idea for an opticalmicroscope technology that could see beyond theoptical limit of 200 nanometers – two hundred billionthsof a meter – something that had never seemed possible.Today, thanks to funding from the Singaporegovernment, and after many years of research andcollaboration with some of the finest minds in the world,Phaos has achieved this objective, and is the onlycompany in the world to have done so. This, in turn, givesus the potential to possibly replace far more expensiveinstruments, such as electron scanning microscopes, innumerous industries and capitalize on hundreds ofmillions of dollars of opportunity.3. Could you share some insights into thestrategic direction of Phaos Technology in thenext few years?1. Could you please provide information regardingthe primary target markets for Phaos products, aswell as your strategies for venturing into newmarkets?Our products cater to a diverse range of industries,including semi-conductors, Biomedical and Life Science,and Advanced Materials and Nanomaterials, as well as tovarious government agencies. In total, we believe theremay be thousands of entities around the world that maybe potential customers for these products. As forventuring into new markets, one of our key strategiesinvolves exploring opportunities both regionally andglobally, with a phased approach. We prioritizeunderstanding the needs and requirements of potentialpartners in these markets, as it enables us to developtailored solutions that meet their specific challenges. Weremain committed to delivering innovative solutions thatadd value to our partners and customers.In the forthcoming years, Phaos Technologystrategically aligns its growth trajectory with fourphases. Phase 1 centers on expanding our presencein the Asia-Pacific region, targeting key markets insemi-conductors, Biomedical and Life Science, andAdvanced Materials and Nanomaterials. Followingthis, Phase 2 will shift our focus to North America,aiming to establish a foothold in dynamic sectorsand solidify our reputation as a leading provider ofadvanced microscopy solutions. Phase 3 will see usextending into Europe and the Middle East,capitalizing on the region's demand for medicaladvancements and precision manufacturingsolutions. Finally, Phase 4 entails global expansioninto new markets, ensuring adaptability to evolvingmarket dynamics and establishing a comprehensiveglobal footprint. Throughout these phases, ourcommitment to innovation and strategicpartnerships remains unwavering as we endeavor tomaintain our leadership position in the industry.CHIEF EXECUTIVE OFFICER & DIRECTORNAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATION

NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATIONIIGA NEWS5922 MINS5. How does Phaos Technology foster aculture of innovation and continuousimprovement within the organization?6. How do you foresee the role of advanced microscopyevolving in various industries, and how is PhaosTechnology positioned to capitalize on these changes?4. What are some emerging trends ortechnologies in the field of advancedmicroscopy that Phaos Technology ismonitoring or exploring?We anticipate advanced microscopy playing an increasingly vitalrole across various industries, driving innovation andadvancements in research, manufacturing, and healthcare. AtPhaos Technology, we are well-positioned to capitalize on thesechanges. With our patented optical microscope technology,allowing us to see beyond 200nm. -- and even up to and beyond137nm and our deep commitment to innovation and expertise inadvanced microscopy solutions, we are equipped to lead in thisevolving landscape. Through collaborative partnerships,continuous R&D efforts, and a customer-centric approach, we aimto remain at the forefront of shaping the future of advancedmicroscopy across industries.According to industry statistics, the super-resolution microscopymarket -- that is, the market for all microscopes able to seesmaller than 200 nm. -- is currently worth more than USD$7 billionand projected to grow at around 10% per annum, putting it atnearly $14 billion by 2030. So again, we believe there istremendous opportunity for growth in our market sector.In today's rapidly evolving technologicallandscape, Phaos Technology remains vigilantin monitoring and exploring emerging trendsand technologies in advanced microscopy.We are committed to harnessing theseinnovations to enhance our systems. Onesuch technology we are actively exploring isdeep learning analysis. Another trend inmicroscopy is the use of AI in theidentification of structural abnormalities – aneed that is particularly acute in the medicaland manufacturing sectors. Additionally, thereare growing concerns of data security, whichaccelerates the need for blockchain. Wetherefore intend to integrate both AI andblockchain into our customer softwaresolutions going forward.At Phaos Technology, our commitment toinnovation and continuous improvement isdeeply ingrained in our corporate culture.Guided by our vision, mission, and values, weare driven by passion to enhance andinnovate, aiming to provide solutions thatpositively impact both our stakeholders andthe wider community.7. How does Phaos Technology ensure the reliability andaccuracy of its microscopy products, considering thecritical nature of their applications?NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATION

NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATIONIIGA NEWS6022 MINS8. How does Phaos Technology address cybersecurityconcerns related to its advanced microscopy solutions,especially in sensitive applications like medicalresearch?At Phaos Technology, we place utmost importance on thereliability and accuracy of our microscopy products,recognizing the critical nature of their applications. Ourapproach to ensuring these qualities involves a multifacetedstrategy rooted in rigorous testing and quality assurancemeasures. This includes leveraging our patented technology,which, as mentioned, enables us to view beyond 137nm,providing a unique advantage in the industry.Moreover, our commitment to excellence extends beyondproduct development. We maintain constant customer servicecontact points, ensuring ongoing support and assistance to ourcustomers. This proactive approach not only enhances thereliability and accuracy of our products but also fosters long-term partnerships with our clients.Furthermore, our dedicated team of experts actively solicitsand evaluates customer feedback, collaborates closely withindustry partners, and implements continuous improvements toour products. This iterative process ensures that ourmicroscopy solutions consistently meet the highest standardsof performance and precision, instilling confidence in ourcustomers and stakeholders alike.At Phaos Technology, we acknowledge and take seriously theimportance of addressing cybersecurity concerns, particularlyin sensitive applications such as medical research. While ourcurrent advanced microscopy solutions operate standalone,we are proactive in anticipating future advancements. As wemove forward with deep learning technology and cloud-basedcomputing, we prioritize the implementation of robustcybersecurity measures. These measures are designed tosafeguard any data processed on the cloud, ensuring theutmost protection and confidentiality. Our commitment tocybersecurity aligns with our dedication to providing reliableand secure solutions that meet the highest standards ofintegrity and trustworthiness in the industry.9. What measures does Phaos Technologytake to ensure its products comply withindustry standards and regulations,particularly in different internationalmarkets?Ensuring compliance with industry standardsand regulations, especially in diverseinternational markets, is a top priority. Weunderstand the importance of meeting stringentquality control requirements to maintain thetrust and confidence of our customersworldwide. As part of our commitment to qualityassurance, we have obtained ISO certificationsand continuously strive to enhance our ISOstandards. These certifications serve as aframework for our quality management system,enabling us to implement rigorous qualitycontrol checks throughout the productionprocess. Additionally, we remain vigilant instaying abreast of evolving industry standardsand regulations, actively seeking feedback fromregulatory authorities and industry experts toensure our products consistently meet orexceed these requirements. Our dedication toquality and compliance reflects our unwaveringcommitment to delivering reliable and high-quality solutions to our customers across theglobe.10. How does Phaos Technology envisionthe integration of virtual reality oraugmented reality technologies into itsmicroscopy solutions in the future?It is a relatively interesting concept, but at thisjuncture the technology may not be matureenough for such applications, but we are openfor any technology that could aid us inimprovement to our products.NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATION

NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATIONIIGA NEWS6122 MINS11. Can you discuss any exciting research projects orfuture developments that Phaos Technology iscurrently working on in the realm of microscopytechnology?Collaborations and partnerships, as well as ongoingresearch and development, are integral components ofour operations at Phaos Technology. We are privileged towork closely with our esteemed partners on innovativeprojects centered around deep learning and dataanalysis. We are also looking into providing services inthe certification and calibration market. These servicesare needed by many users of high performanceinstruments to ensure that their machines are operatingcorrectly. We are in fact already in partnership with alocal company that is providing such services, and we areworking together with them on cross selling our solutions.12. Lastly, what do you see as the long-termvision for Phaos Technology in terms of itscontributions to advancing the field ofmicroscopy and scientific research as a whole?In the rapidly evolving landscape of technologicaladvancement, there exists a dynamic interconnectionamong various components. We aspire to cultivatefurther collaborations with partners to advance thefield of microscopy and contribute to scientificresearch endeavors. Most importantly, however, ourvision is to make advanced optical microscopysolutions available that can potentially replace theuse of far more expensive microscopy modalities.This process, we believe, can contribute totremendous progress in many industries and scientificendeavours around the world for many years to come.NAVIGATING THE FRONTIERS OFROBOTICS AND SMART AUTOMATION

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