The World AI Show is gearing up for its 46th global edition, set for 28–29 October 2025 at DoubleTree by Hilton, Kuala Lumpur. Following the announcement of MDEC as Strategic Partner, the summit now proudly welcomes the Malaysian Investment Development Authority (MIDA) as its Strategic Investment Partner.MIDA's involvement underscores Malaysia's commitment to becoming the leading destination for AI innovation and high-impact investments in Southeast Asia. With its mandate to drive industrial growth and digital transformation, MIDA's strategic role at the World AI Show will spotlight opportunities in AI, advanced manufacturing, cloud, and digital infrastructure."AI is integral to Malaysia's next wave of economic transformation. At MIDA, our strategic focus is on facilitating the adoption of AI across key industries to enhance national competitiveness and attract high-value global investments. The World AI Show in Malaysia serves as a perfect platform to showcase our nation's capabilities and forge the collaborations necessary to build a globally competitive and smarter economy."said [Noorzita Mohamad Nor, Director, Business Services & Regional Operations Division, Malaysian Investment Development Authority (MIDA)].Featured SpeakersAs of now, confirmed speakers at the World AI Show – Malaysia include Shamsul Izhan Bin Abdul Majid, Head of the National AI Office – Malaysia; Dato' Ts. Dr. Haji Amirudin Bin Abdul Wahab, Chief Executive Officer of CyberSecurity Malaysia; Vicks Kanagasingam, Advisor and Head of the Data Governance Protem Committee at the Ministry of Digital Malaysia; Stephanie Liew, Chief Information Security Officer for APMEA at British American Tobacco (BAT); Budiman Bujang, Deputy Chief Digital Officer at Johor Corporation; Christophe Vicic, Chief Growth Officer at JLL Malaysia; Mohd Hanapi Bisri, Head of Group ICT at Petra Energy; Tan Ngoh Lim, Head of Group Digital & Technology at Sarawak Economic Development Corporation (SEDC); Aaron Kee, Chief Business Officer at Carsome Group; Braendan Yong Kong Choong, Chief Technology Officer at Al Rajhi Bank; SK Joo, Chief Technology Officer at Senheng Electric (KL) Sdn. Bhd.; Tze Phei Tee, Group Chief Information Officer at Wasco Berhad; Lee Li Foon, Chief Technology Officer at AHAM Capital Asset Management; Francis Chan, Senior Director of Group IT Security at DKSH; Md Abdul Mukaddem, Director of Digital Commercial & AI for Coca-Cola Singapore, Malaysia & Brunei; Raffaello Sanzio Rodiman, Head of Data Management & Application Development at Orsted; Frank Kang, Country Head – Malaysia at Antler; Weisheng Neo, General Partner at Qualgro; and Andre Sequerah, Managing Partner at ScaleUp Malaysia.More regional and global leaders will be announced in the coming weeks, further strengthening the summit's role as a premier platform for AI leadership and collaboration.Key Themes at World AI Show Malaysia 2025The summit agenda is designed around practical, high-impact themes that reflect Malaysia's AI priorities and global innovation trends. Key focus areas include National AI Strategy & Digital Government, Smart Cities, Transport & Logistics, Edge AI, IoT & Data Infrastructure, AI in Manufacturing & Industry 4.0, AI in Financial Services & Fintech, AI in Healthcare & Life Sciences, Generative AI & Emerging Tech, and Responsible AI, Ethics & Talent Development.These themes will guide keynotes, panels, roundtables, and showcases, ensuring every attendee walks away with actionable strategies and partnerships.Futuretech World Cup – Startup Innovation at the ForefrontIn addition to world-class keynotes and panels, the event will also host the FutureTech World Cup (FTWC) - a global startup competition where the most promising AI ventures will pitch their solutions live to a jury of investors and industry leaders. For investors, FTWC is a unique deal-flow platform, offering direct access to next-generation startups innovating across AI, cloud, fintech, healthcare, Industry 4.0, and more.Trescon's Statement"As we welcome MIDA as Strategic Investment Partner, this strengthens our commitment to positioning Malaysia as the hub for AI and digital investment in ASEAN," said Mithun Shetty, Vice Chairman of Trescon. "Together with MDEC and our partners, this edition of World AI Show will create unmatched opportunities for investors, enterprises, and innovators to collaborate."With just weeks to go, World AI Show Malaysia is poised to become a defining platform for AI investments, strategic partnerships, and cross-sector innovation. Click to get your.World AI Show returns for its 46th edition on 28–29 Oct 2025 in Kuala Lumpur. Credit : Trescon

With a proven record in satellite missions such as FORMOSAT-5, FORMOSAT-7, the Triton satellite, and the soon-to-be-launched FORMOSAT-8, Taiwan has established itself as a credible force in global space development. These achievements highlight its capabilities in satellite design, system integration, and long-term operations. Building on this foundation-and leveraging its world-class strengths in semiconductors, electronics, and precision manufacturing-Taiwan is widely regarded as a "natural ally" in the rapidly expanding space industry. Ongoing government initiatives to advance next-generation technologies and foster international partnerships are further positioning Taiwan as a key contributor to global SpaceTech innovation.DG GJ Lee (SMESA), Deputy DG Vicky Chu (TASA), and Dr. Lewis Chen (ITRI CIS) attended with TAcc+This year, under the Taiwan Accelerator Plus (TAcc+) initiative organized by the Small and Medium Enterprise and Startup Administration (SMESA) of the Ministry of Economic Affairs, the International SpaceTech Startup Supporting Program brought 15 international SpaceTech startups with ambitions in the Asia-Pacific market to Taiwan for a four-week residency. During the program, the startups engaged with local enterprises, research institutions, and universities, while also tapping into Taiwan's supply chain and startup ecosystem to accelerate their scaling efforts.Behind the scenes, the TAcc+ organizing team from ITRI's Commercialization and Industry Service Center served as the driving force of the program-coordinating all engagements with Taiwanese partners, facilitating business linkages, and ensuring that every visiting company was strategically connected with the right local stakeholders.Jess Wang, a TAcc+ project specialist, highlighted that beyond cultural immersion, the real driving force lies in the overall pull factors Taiwan offers: "When people experience Taiwan's openness, innovation, and collaborative spirit, they begin to see real potential for long-term growth and impact here."Magdrive: Next-Generation Electric Propulsion for In-Orbit MissionsUK-based Magdrive specializes in developing next-generation metal-propellant propulsion systems for spacecraft and aims to leverage Taiwan's supply chain to enhance its technology.Its thrusters utilize inert solid metals as propellant to generate high thrust and efficiency, enabling new mission types such as in-orbit servicing, assembly, and manufacturing. The company's proprietary design provides a hybrid approach between chemical and electric propulsion, offering greater energy density while maintaining compact form factors suitable for small satellites.Magdrive achieved a milestone in June 2025 when its thrusters were successfully tested in orbit aboard a D-Orbit ION on Transporter 14. Looking ahead, the company intends to transition into full commercial operations, with several more thruster launches planned for 2026.During the Taipei Aerospace and Defence Technology Exhibition (TADTE) and related forums, Magdrive signed four MOUs with Taiwanese companies, reflecting its strong interest in forging deeper collaborations. The company's long-term ambition includes setting up a regional office in Taiwan. Beyond propulsion technology, Magdrive also highlighted its interest in collaborating with Taiwan's semiconductor sector for advanced power management solutions, seeing cross-disciplinary integration as key to building scalable, next-generation propulsion systems.TakeMe2Space: India–Taiwan Co-Development for Affordable Space AccessIndia-based TakeMe2Space, though still in its pre-seed stage, has already begun generating revenue and views Taiwan not just as a vendor source but as a strategic co-development partner.The startup seeks to capitalize on Taiwan's expertise in precision engineering, high-density PCBs, and thermal management solutions for satellites. It has praised the responsiveness and openness of Taiwanese companies and universities, emphasizing the critical role of academia in helping local firms commercialize space technologies.TakeMe2Space is actively exploring collaborations with firms like Rapidtek, TensorTech and also universities like NCKU, and has formalized two MOUs with other Taiwanese firms. Its unique value proposition for Taiwanese partners lies in access to their satellites' for in-orbit AI and payload deployment combined with high launch cadence, enabling faster and more cost-effective deployment of co-developed solutions into low-Earth orbit. In addition, the company envisions building joint innovation labs with Taiwanese universities to accelerate subsystem prototyping and testing, creating a bilateral innovation cycle that links India's and Taiwan's excellence.Stars Edge: Scaling VLEO Constellations through Taiwan PartnershipsUK-based Stars Edge, a specialist in Very Low-Earth orbit (VLEO) satellite technologies, has identified Taiwan as a pivotal hub for its Asia-Pacific growth strategy.During its five-week residency under the TAcc+ program, the company engaged in intensive discussions with universities, government bodies, and industry leaders across the entire supply chain-from antenna and component manufacturers to satellite operators and potential end-users. This comprehensive approach reflects Stars Edge's ambition to integrate deeply into Taiwan's space ecosystem rather than pursuing one-off collaborations.A key milestone was the signing of an MOU with SpaceVLEO, a Taiwanese company, to jointly explore the development of a telecommunications satellite constellation. Such collaboration highlights Taiwan's capability to contribute not just hardware but also system-level integration for next-generation satellite constellations.Stars Edge also confirmed that it is in advanced talks with other local firms on payload hosting, computational technologies, and ground station support. By leveraging Taiwan's strengths in precision engineering, high-performance electronics, and satellite component manufacturing, the company aims to accelerate its roadmap for deploying scalable, cost-effective VLEO solutions.Looking ahead, Stars Edge is actively evaluating the establishment of a mass manufacturing facility in Taiwan, which would serve as both a production base and an R&D hub for the broader Asia-Pacific market. According to company representatives, Taiwan's combination of technical expertise, policy support, and regional connectivity makes it an "ideal partner" for realizing the company's long-term vision of providing affordable and reliable satellite services globally.Kepler Aerospace: Integrating Satellites and Drones for Dual-Use InnovationIndia's Kepler Aerospace has been managing mission operations for the Indian Space Research Organisation (ISRO) for four years and holds intelligence satellite contracts with India's Ministry of Defense.During the TAcc+ program, Kepler strengthened its long-standing ties with the Taiwan Space Agency (TASA) and existing local partners. Unlike many startups that stop at MOUs, Kepler is moving toward finalizing contracts with Taiwanese vendors, which it regards as a stronger signal of commitment.Kepler also emphasized the complementary relationship between drones and satellites: drones provide "hyper-local data collection," while satellites deliver "national data collection." By integrating both, a rapid and accurate situational picture can be generated. The company further envisions platforms enabling remote drone operations through satellite constellations, advancing concepts like NTN 6G D2D.The company noted that Taiwan's thriving ICT ecosystem and established aerospace suppliers make it an ideal partner for advancing dual-use applications that serve both civilian and defense needs. Kepler is particularly interested in Taiwan's unmanned aerial vehicle (UAV) developers and semiconductor firms, seeing opportunities to co-create secure communication modules and next-generation avionics.Looking forward, Kepler aims to deploy its solutions in Taiwan's defense, telecommunications, marine, and fisheries sectors, while also exploring joint R&D programs with universities to enhance satellite analytics and UAV-satellite interoperability.TelePIX: Advancing AI-Powered Geospatial Intelligence with SatCHATSouth Korea's TelePIX is advancing the frontier of AI-powered geospatial intelligence through its flagship service SatCHAT, which leverages Large Language Models (LLMs) to process and analyze satellite imagery and make the results more accessible. The company views Taiwan as an ideal partner, given the island's growing investments in CubeSats, microsatellites, and related optical payload technologies.During its five-week residency, TelePIX pursued a three-pronged strategy: to engage with local companies and research institutes for joint satellite missions, to establish Taiwan as a regional hub for scaling its solutions across the broader Asian market, and to lay the foundation for long-term technology and talent exchange.The company has already signed several non-disclosure agreements (NDAs) and is in the early stages of discussions with a Taiwanese optics specialist regarding a potential partnership. TelePIX's onboard processor, TetraPLEX, has also drawn interest from local firms aiming to enhance satellite data-processing capabilities.To broaden accessibility, SatCHAT is expanding its multilingual capabilities beyond English, Korean, and Indonesian, with Mandarin integration expected soon. By incorporating LLM technology, the platform enables more efficient analysis and wider usability, aligning particularly well with Taiwan's collaborative environment.At the same time, TelePIX emphasized its strong technical expertise in the development of advanced optical payloads, continuing to drive innovation in imaging systems and positioning itself as a valuable partner for co-developing comprehensive space solutions with Taiwanese stakeholders.Stellar Kinetics: Agile Launch Services for the Growing Satellite IndustryNew Zealand-based Stellar Kinetics, a launch service provider, is carving out a niche in the global market by designing, manufacturing, and launching rockets capable of deploying satellites efficiently.In Taiwan, Stellar Kinetics met extensively with hardware and software vendors to explore integration opportunities for its next-generation launch vehicles. The company's philosophy is to incorporate "the best products in the market" into its rockets, and Taiwan's supply chain, renowned for high-quality aerospace-grade electronics, structural components, and embedded systems, has proven to be a fertile source of collaboration.The TAcc+ program further facilitated cross-border networking, enabling Stellar Kinetics to connect with other international startups. Company representatives described an "ecosystem-in-the-making," where partnerships often involve two international startups collaborating with a Taiwanese company to develop end-to-end solutions-from payload design and rocket integration to launch and downstream applications.Stellar Kinetics sees Taiwan not only as a supplier base but also as a strategic regional hub for Asia-Pacific operations. Proximity to key markets such as Korea and Japan, combined with Taiwan's supportive policies for space development, makes it an attractive anchor point for expansion. The company has already signed multiple MOUs during its visit, laying a solid foundation for long-term cooperation and signaling Taiwan's growing role in the global launch services market.Agnikul: 3D-Printed Engines for a New Era of Rocket PropulsionIndia's Agnikul is focused on advancing 3D-printed engines and propulsion systems. During its Taiwan visit, the company signed NDAs with TASA for engine testing and is preparing another with Eta Technologies for high-power batteries.The company is exploring collaborations in avionics, chip manufacturing, flight computers, and composite materials. Its long-term strategy includes developing in-house ICs for flight computers while working with Taiwanese vendors on propulsion systems, avionics components, high-power batteries, and structural composites.Agnikul noted that Taiwan's mature semiconductor ecosystem offers an opportunity to integrate custom-designed chips into its rocket avionics, significantly improving computing efficiency and reliability in extreme environments. The company also expressed strong interest in collaborating with Taiwan's composite materials suppliers to co-develop lightweight, high-strength structural components, a critical requirement for lowering launch costs and enabling more frequent space missions.Taiwan as a Key Architect of the Space FutureThe TAcc+ International SpaceTech Startup Supporting Program has already led to tangible collaborations, underscoring the global space industry's shift toward cross-border partnerships.For startups like Magdrive, TakeMe2Space, and Stars Edge, Taiwan has become more than just a supply chain partner. With its established strengths in semiconductors, electronics, and precision engineering, Taiwan is positioning itself as a vital collaborator for innovation, a gateway to Asia-Pacific opportunities, and a key architect in shaping the next frontier of the global space ecosystem.Sep. 9 - Taiwan Space Agency (TASA) visit. Deputy DG Vicky Chu (TASA, row 1 fourth from right). TAcc+DG GJ Lee (SMESA), Deputy DG Vicky Chu (TASA), and Dr. Lewis Chen (ITRI CIS) attended with TAcc+

Open a search engine, and the system begins predicting your intent as you type the first letter; swipe through YouTube, and the recommended videos seem to already know what you want to watch next; when products you've browsed suddenly appear in advertisements on social media platforms, our digital behavior is being painted into a precise profile by algorithms. 2025 is called the "Year Zero of AI" by many experts, and human data models are gradually becoming products to be bought and sold, rather than subjects with rights to their usage. However, Primes Lab Founder Ben Chen raises a reflection: today everyone enjoys a convenient life, but a deeper question is: as internet users, can we choose not to be recorded?Secure Online Access Without Logging In. Zero Registration is the Beginning of a Cybersecurity RevolutionTraditionally, various cybersecurity solutions such as VPNs, Remote Desktop Protocol (RDP), and Network Attached Storage (NAS) can provide encryption protection, but the prerequisite is that you must register an account to use the service. However, as long as there is registration, the network service system will have a related identifier. When the account is linked to behavior, the platform can build a digital profile, tracking the user's digital footprint. To solve this problem, Primes Lab has launched a decentralized cybersecurity solution unlike any other on the market.Ben Chen emphasizes that Primes Lab's solution is not intended to replace mainstream platforms, nor does it deny the convenience of centralized architectures. Instead, it aims to supplement the shortcomings of the current network architecture in high-privacy demand scenarios. He points out that one of the current market pain points is the increasing distrust among users towards third-party intermediaries on platforms. The decentralized security module provided by Primes Lab can serve as an extension of mainstream services, helping platforms develop products that differentiate the market, such as providing private communication channels that do not go through platform relays for enterprises or individuals who value privacy and have strict security requirements. Although these users are not the mainstream, they can create new service value and profit sources for the platform.Zero Registration, Zero Configuration. A Small Black Box Redefines Your Relationship with the InternetBen Chen emphasizes that Primes Lab offers more than just encryption technology; it provides a connection method that cannot be identified. The company's core product, Private Matter Gateway (PMG), is about the size of an Apple TV and contains a router, network ports, and a remote communication module. Its core technology is "zero registration, zero configuration." Usage is extremely simple: just plug it in, connect to the network, and press a button to start. No technical background or any web login settings are required. After the user imports the VPN connection profile, they can directly establish a peer-to-peer encrypted channel, creating a bidirectional encrypted tunnel with remote devices, completely without cloud server relay and without uploading any identity information, fundamentally blocking the possibility of identity recognition and behavior tracking.Primes Lab's "zero registration, zero configuration" design concept challenges the default logic of the current digital world. By not using an account login mechanism, it allows users to establish connections with others or their own other devices without leaving any identifiable records. The zero-configuration method solves the problem of overly complex settings in traditional security tools. Most VPN or private network deployments require network knowledge, while Primes Lab's device extremely simplifies the usage process, making it easy for those without network technical expertise to use. For example, for cryptocurrency holders, this device can also be used for off-site backup of Bitcoin cold wallet private keys, providing a peer-to-peer secure access channel without touching cloud connections or going through third-party platforms, ensuring the long-term preservation and sovereign control of digital assets, while also having the characteristics of easy access and convenient transactions.Ben Chen points out that if security solutions can only be deployed by engineers, they will never truly protect ordinary users. This is also Primes Lab's product philosophy. He further states that the combination of zero registration and zero configuration is the first step in realizing information sovereignty. If technical decentralization cannot lower the barrier to use, it will only remain at the ideal level. Primes Lab's innovation makes "information sovereignty" usable, deployable, and popularizable.When Humans are Defaulted to Transparency, You Can Still Choose Not to Be SeenBen Chen concludes by saying that after entering the AI era, the internet is not just a connection tool but an omnipresent collection and modeling system. Every swipe, click, login, and account connection expands a data profile about "who you are?" behind the scenes, even without the user actively providing information. In the past, the concern was about being eavesdropped on or spied on; now, the risk has shifted from "passive exposure" to "default analysis." The internet is no longer a neutral channel but a core node for learning and inference. The problem is not how strong AI is, but that humans have been defaulted to a transparent existence without the right to choose not to participate.What Primes Lab challenges is not just technical difficulties but this default logic itself. Ben Chen emphasizes that Primes Lab is not about rejecting AI or shutting down the internet, but about leaving an extra exit on this path, allowing users to decide for themselves when to participate, when to withdraw, and when to simply exist quietly without leaving a trace.Credit: Primes LabCredit: Primes Lab

Taiwan has a dense tunnel network that is rarely observed elsewhere, notably along its long-distance routes, due to the fact that it possesses a significant proportion of mountainous terrain, and its road infrastructure includes multiple tunnels that navigate various elevations. Due to their enclosed nature, accidents in tunnels can easily result in casualties.HiPower Solution Group has developed an intelligent platform named Incident Information Detection System (IID) utilizing ASUS IoT solutions and technology services. This platform utilizes AI technology to detect anomalies in tunnels in real time, significantly improving the effectiveness of early warning and emergency response.The challenge: Human limits on constant vigilanceReal-time monitoring and alert systems are required in tunnels, which are classified as high-risk zones on a global scale. However, conventional tunnel monitoring methods are impeded by human limitations. Tunnels several kilometers long have a large number of cameras, making real-time anomaly detection challenging. Control-center personnel must monitor hundreds of video streams simultaneously, as emphasized by HiPower CEO Roger Hung.The solution: AI-powered detection and edge computingIn response, HiPower has developed IID, a multifunctional intelligent monitoring system that utilizes AI technology. This solution automatically filters potential anomalies from a vast video feed by integrating HiPower's proprietary AI engine with an ASUS server situated in the data center. Empirical operating data indicate that the system's detection accuracy is approximately 98% and reaches 100% under stable conditions.The substantial efficacy of HiPower's IID system, according to Hung, is not solely attributed to its AI capabilities and specialized expertise, but also to the technological competencies of its hardware partner. In this solution, HiPower implemented the ASUS IoT EBS-4U700 industrial-grade edge computing server as its core computing platform. The simultaneous processing of numerous high-resolution camera streams is made possible by the support of numerous high-end GPU cards on this high-performance server. An advanced cooling design and other military-grade components are designed to satisfy the rigorous requirements of tunnel environments, ensuring reliable performance and uninterrupted operation.The EBS-4U700 industrial-grade edge computing server features an NVIDIA GeForce RTX 4090 Ti GPU, delivering robust AI inference capabilities. It can simultaneously assess multiple high-resolution video streams in real time, ensuring that AI models can identify and analyze events within milliseconds. The significant GPU memory capacity enables the loading of complex deep learning models, significantly enhancing recognition accuracy and processing speed.ASUS IoT provides comprehensive technical support services in addition to hardware. These services include BIOS optimization for AI computing requirements, meticulous adjustment of operating system compatibility, and an intelligent GPU resource allocation system to optimize the integration of AI software and hardware. Its modular and scalable design allows flexible deployment for tunnels of different sizes, supports various industrial communication protocols, and integrates seamlessly with existing systems.The outcome: Proven reliability and broader applicationsHung disclosed that numerous tunnels in Taiwan have implemented HiPower's IID system as their management platform. HiPower's AI detection system is highly adaptable and has been implemented in a variety of applications, including the detection of unauthorized personnel on campus during non-class hours, monitoring whether heavy vehicles follow designated routes within ports and harbors, and the use of thermal imaging cameras to identify abnormal smoke and temperature increases in containers carrying hazardous chemicals.Hung observed that security management applications are transitioning from fundamental "general-purpose" auxiliary functions to "professional-level" integrated systems as AI technology advances. The necessity of continuous monitoring and instantaneous decision-making through AI systems is becoming increasingly apparent.HiPower will continue to collaborate with ASUS IoT and the wider ASUS group to revolutionize infrastructure security management. The partnership will expand to other critical areas beyond tunnels, using AI to provide real-time monitoring and early warnings, enhancing public safety.System Architecture Diagram. ASUS

The IMPACT Conference, Asia's largest international event on advanced packaging and circuit boards, will celebrate its 20th anniversary this year at Nangang with its biggest program to date. Running from October 21–24, and held concurrently with the TPCA Show (October 22–24), IMPACT 2025 will spotlight the theme: "Energy-Efficient AI: From Cloud to Edge." The conference will examine how AI applications are expanding from massive data centers to edge devices, underscoring the critical role of semiconductor packaging, PCBs, IC substrates, and advanced technologies in enabling high-performance, low-power solutions. Taiwan's leadership as a global hub for semiconductor packaging and circuit boards will once again take center stage.Opening Keynotes – TSMC × AWS × IntelOn October 21, the opening ceremony at the Taipei HNLAI Hotel will feature three industry leaders:-Dr. Frank Lee, Vice President, TSMC – on advanced process nodes, 3D integration, and CoWoS/InFO packaging to achieve high-efficiency computing and sustainable AI infrastructure.-Dr. Babak Sabi, Vice President, AWS – on packaging and system challenges for rapidly expanding AI data centers and strategies to address them.-Jatin Upadhyay, Vice President, Intel – on next-generation data center architecture, including memory, interconnects, power and thermal management, and supporting software ecosystems.Together, they will chart the future blueprint for AI efficiency, packaging technology, and system design.Global Spotlight – Japan & Korea ExpertsFollowing days will feature:-Dr. Takao Iwaki, Director, Mirise Technologies – on chiplet and SoC solutions for advanced driver-assistance systems (ADAS).-Dr. Sung Jin Kim, CTO, Absolics – on next-generation glass substrates and their opportunities and challenges.40+ Technical Sessions across 3 DaysOver three days, 40+ technical forums will bring together global leaders such as AMD, Applied Materials, ASE, Intel, Lam Research, MKS' Atotech, Qnity, DuPont Electronics, and SPIL. Highlights includes, Japan & Korea sessions (JIEP, ICEP, ISMP) delivering first-hand insights. A debut Open Seminar co-hosted with TPCA Show featuring Applied Materials, Reconac, Sony, Yole, and industry expert Rocky Wu. The SMTA Forum, offering global perspectives on advanced packaging and PCB technologies.20th Anniversary – Industry × Academia for the AI EraFor two decades, IMPACT has been the premier international platform for industry-academia exchange in packaging and PCB. To mark its 20th year, IMPACT 2025 will introduce the "Student Program" for Students, offering: Learning through the Master Lecture featuring professors from National Yang Ming Chiao Tung University and the National University of Singapore, Networking through dedicated academia-industry matchmaking and Career opportunities with exclusive gifts and activities designed to engage young talent.Additionally, the 20 Legacy Series will bring together global industry leaders and the next generation of professionals to embrace the future of AI and semiconductors. Click here to register now.Plenary Speaker at IMPACT 2025 highlights advanced packaging and AI trends. IMPACTIMPACT 2025 marks its 20th anniversary with the Legacy Event. IMPACT

Instant open-banking payments have become a defining feature of the modern gambling experience. In Finland, new financial technology is being introduced in connection with upcoming regulatory reforms scheduled for 2026, allowing players to move money directly from their bank accounts with unprecedented speed. Similar systems are already spreading across Europe, with the difference striking when compared with older methods that sometimes left players waiting days for deposits or withdrawals. When you can move funds instantly, you gain confidence in the platform and can focus on the experience itself rather than wondering when a transaction will clear. These seamless banking options also reduce the risk of errors and disputes, creating a smoother interaction between you and the operator. For example, in the UK, by July 2025, open banking services had over 15.16 million users (nearly one in three adults), making 29.89 million transactions in that month alone. As regulations oscillate, you will likely see open-banking frameworks adopted more widely, making fast and secure transfers a new standard.Cryptocurrencies, Blockchain and Provably Fair PlayThe integration of cryptocurrencies has shifted from an experimental idea to a practical tool within online gambling. With blockchain technology, players can now verify that random number generation and game outcomes are provably fair, which reduces uncertainty and builds trust. In practice, this means you can look under the hood of a system and see exactly how outcomes are generated. Transaction times are another area where blockchain shines, as crypto withdrawals can clear in minutes, compared with the lengthy delays of traditional banking. The appeal grows further when you consider transaction costs: moving money with cryptocurrencies often avoids the heavy fees attached to cross-border banking. If you are an international player, this can make a meaningful difference to your overall experience: transparency, speed and lower costs combine to make blockchain an increasingly attractive option for casual users and high-frequency gamblers valuing efficiency.AI and Behavioural Insights Protect Players and Personalise ExperiencesArtificial Intelligence is now a cornerstone of how online gambling platforms operate, going well beyond basic customer service. Modern AI systems study patterns of play to identify early signs of problematic behaviour, allowing intervention before losses spiral. As a player, you may receive personalised alerts or nudges when your behaviour changes, which can help you maintain a healthier relationship with gambling. At the same time, AI is working to make your experience more engaging, with tailored game recommendations, bonuses and even interface layouts that reflect your preferences. Support has also improved: chatbots powered by machine learning are increasingly capable of resolving questions quickly, cutting down on frustration when you need assistance. This dual focus (protecting you from risk while also improving your enjoyment) illustrates how AI is becoming a key part of the balance between entertainment and responsibility. Resources like Kasinoranking.com are also playing a part in this space, helping Finnish players navigate features such as AI-driven safety tools, provably fair games and modern payment systems reinventing the market.Regulatory Tech, Player Safety & Transparent OperationsAcross many jurisdictions, regulators are demanding greater transparency from online gambling operators. In the United Kingdom, for example, financial risk checks are being introduced for players who deposit above certain thresholds, with new rules lowering the monthly trigger point from around £500 to £150. This means you may be asked to verify affordability earlier than before, reflecting a push to protect vulnerable groups. Game design is also subject to reform: features like autoplay have been restricted, minimum spin speeds have been mandated, with players now seeing running totals of time spent and net wins or losses. These measures may seem restrictive at first, but they exist to give you clearer visibility and more control over your gambling habits. At the same time, regulators are scrutinising how operators protect player funds, particularly in cases of insolvency, which adds another layer of reassurance. Ultimately, the combination of financial oversight and gameplay transparency creates a safer backdrop for everyone involved.Tokens, NFTs and New Incentives for EngagementDigital tokens and non-fungible tokens are redefining loyalty programs within the gambling industry. Instead of traditional points systems, some operators are experimenting with blockchain-based assets that can be collected, traded or redeemed across multiple platforms. You might, for example, earn a token for reaching a milestone that could later have value outside the original platform. Ultimately, this blurs the line between playing for entertainment and participating in a wider digital economy. For many players, such rewards increase engagement and make the experience feel more interactive. As an illustration, Scandinavian markets are particularly receptive to these innovations, as players there are accustomed to advanced fintech features and transparent regulation. With new models emerging quickly, it is worth watching how digital rewards influence future gambling ecosystems and how they may connect to broader financial markets.Key TakeawaysFintech is reinvigorating online gambling in fundamental ways: first, the rise of open banking means you can move funds with a level of speed and simplicity that would have seemed impossible just a few years ago; second, cryptocurrencies and blockchain are bringing transparency to outcomes and efficiency to transactions, while AI is tailoring experiences and spotting risks in real time. In tandem, regulators are also stepping in, raising standards for safety and transparency to keep operators accountable. On top of this, new forms of digital rewards, from tokens to NFTs, are offering novel ways to engage. As a player, you now find yourself at the intersection of finance, technology and entertainment, where every year brings new tools and safeguards. Keeping up with these changes helps you make better choices and enjoy a more rewarding experience in a rapidly transforming terrain.How Fintech Innovations Are Transforming Online Gambling. Unsplash

Tescan Group in September 26, 2025  announced the acquisition of FemtoInnovations, a leading innovator in ultrafast laser technologies, and the creation of a dedicated Laser Technology Business Unit (LT BU) headquartered at the University of Connecticut (UConn) Tech Park. The new unit expands Tescan's correlative and multimodal portfolio for semiconductor, biomedical device manufacturing, and advanced research markets. FemtoInnovations brings to TESCAN a unique and disruptive laser platform-technology already proven in demanding workflows and attracting strong interest from leading global players across semiconductors, advanced manufacturing, and high-tech industries. "Bringing FemtoInnovations into the Tescan family is a strategic step that strengthens our ability to deliver end-to-end workflows. By combining ultrafast laser micromachining with our leading imaging and analysis platforms, we're enabling customers to move faster from problem to insight across failure analysis, sample preparation, R&D, and advanced manufacturing," said Jean-Charles Chen, Chief Executive Officer, Tescan Group.  Tescan will unveil the portfolio at ISTFA 2025 (Pasadena, CA) in November. "Our team has always been driven by the pursuit of innovation and the development of disruptive laser processing technologies. By combining our ultrafast laser systems with Tescan's leading imaging and analysis platforms, we are creating a powerful new dimension of integrated workflows. This partnership will accelerate discovery and redefine what's possible for our customers. We are excited to combine forces and contribute to Tescan's legacy of excellence and innovation," said Sina Shahbazmohamadi, Co-Founder, FemtoInnovations. The Laser Technology BU will be headquartered at the University of Connecticut Tech Park (UConn), tapping into its research ecosystem, talent and infrastructure. It will work in close synergy with Tescan's Electron Microscopy and Micro-CT business units to deliver integrated workflows beginning in 2026. A new FLAME Center (FemtoInnovations Laser Advanced Manufacturing & Engineering) will be established at the Innovation Partnership Building of UConn Tech Park to fast-track R&D, applications and workflow development. From a strategy standpoint, the decision centered on three things: the caliber of the FemtoInnovations team, the maturity of its ultrafast-laser platform for real-world workflows, and a clear cultural fit with customer-driven problem solving.  To learn more about Tescan, feel free to visit their website or subscribe their offcial LinkedIn account.Credit : Tescan

Digital innovations are detrimental to the growth of online entertainment platforms. The industry itself has seen an immense shift over the years, changing how people consume and create entertainment. Now, anyone can easily create a form of entertainment, monetize it, or opt to be an audience. Gaming's Digital TransformationThe gaming industry has one of the most noticeable growths over the years. Online platforms emerged, entirely changing how people can play and interact. Games become more accessible on multiple platforms, lowering the need for costly consoles. Even for casino games, which started as physical machines, are now more common online. As technology advances, players increasingly look for the best online casino that delivers seamless and secure experiences. Some online casinos have also offered apps that make the online betting experience easier and more flexible. Among all the digital innovations, Virtual Reality (VR) and Augmented Reality (AR) have become the trigger for developers to keep pushing. The industry wanted to broaden the digital world of gaming that blurs the lines between the physical and digital worlds. Meanwhile, Cloud gaming services eliminate hardware barriers. Esports has grown to become a billion-dollar industry. It's now housing professional leagues with massive audiences. In addition, social features are breaking into the gaming industry. It further ensures players can have social interaction while gaming. These features attract diverse demographics that extend beyond traditional gamers. The Streaming RevolutionStreaming platforms blew up and fully changed how content is distributed and consumed. Platforms like Netflix, Amazon Prime, and Disney+ lead the industry. They've equipped their platforms with features that can cater more to audiences. These include personalization capable of giving algorithm-driven recommendations. It has become easier for people to find entertainment catering to their preferences. Younger generations spend less time watching television. Some have completely left television for streaming platforms. This shows how networks must adapt to the changes and change their strategies to remain relevant. Now, streaming platforms are major content producers. They change how stories are told with billions invested in original programming. With the internet supporting streaming and smart TV technology delivering enhanced graphics quality, viewers can consume content that's of much better quality than traditional content. The Evolution of Music StreamingCassette tapes and MP3 players have been completely replaced by music streaming. At the beginning of the smartphone and the internet era, people needed specific software to play music. However, music streaming platforms have evolved into something that benefits the artists and listeners more. Platforms like Spotify and Apple Music are now the primary way people listen to music. The downside is that it's harder for artists to sell physical albums. To adapt to this change and innovation, they found new ways to monetize their music without sacrificing consumers' comfort. Artists now receive streaming revenue. As the landscape keeps changing, artists and fans will likely see more ways that they can engage with their favorite musicians and platforms, bringing new ways to make these artists flourish. Technologies on Live PerformancesBefore digital innovations, fans could only watch their favorite artists perform physically. They need to attend the concert venues and might struggle to do so if their idols are performing two countries away from where they live. Digital technologies bring live performances closer. Be it concerts or Broadway shows, artists can connect with more fans through live streaming or other technologies. Virtual Reality technology has also played a big part in enhancing live performances. It gives fans more dimension, a better online viewing experience than just watching on their device's screen. Virtual Reality amps up the immersion significantly. Despite not being physically present in the venue, fans can enjoy the live performance with a similar experience from the comfort of their home. Concert production also ensures that their stage settings in real life contribute to the online experience. They use elaborate lighting, better sound, and will edit the resulting video with effects that enhance the audience's overall experience. Social MediaSocial media has transformed into a place where various entertaining content is gathered. It's also now a place where people have the freedom to be creative and where fans can engage further with their favorite celebrities. Short-form video platforms open more paths for people to be creative. In addition, most social media platforms now allow users to live stream, enabling them to connect with people in real-time. This changes how people perceive creators and celebrities. They feel closer to their idols when they're active on their social media. With only one smartphone, anyone can build a brand for themselves and reach global audiences. Whether it's to promote themselves as an influencer or to open an online shop that's easy to access for everyone. New ways to enjoy content come from social media. There are Stories and Reels, which are innovations on how people can share or consume digital content. With built-in algorithms, social media ensures users remain engaged as they'll keep on finding content aligning with their interests. ConnclusionDigital innovation has fundamentally reshaped the landscape of online entertainment, empowering creators, enhancing audience experiences, and redefining how content is produced, distributed, and consumed. From gaming and streaming to music and live performances, technology continues to break barriers-making entertainment more immersive, accessible, and personalized. As platforms evolve and audiences diversify, the industry must remain agile, embracing innovation not just as a tool, but as a driving force behind the future of entertainment.The Role of Digital Innovation in Shaping Online Entertainment Platforms. Credit: Pixabay

Turkish President Recep Tayyip Erdogan met with Chinese President Xi Jinping at the Shanghai Cooperation Organization (SCO) summit in China. resulting in a multi-faceted agreement aimed at deepening cooperation across infrastructure, trade, and technology.A Key outcomes of the meeting was the alignment of China's Belt and Road Initiative with Turkey's Middle Corridor project. The plan features a southern branch of the China–Europe Railway Express, expanding freight routes via the South Caucasus. In addition, the two countries agreed to stimulate cooperation in 5G, renewable energy, and biomedicine. Ankara also reaffirmed its commitment to the one-China policy.Aligned with the summit, Turkey announced it will conduct a long-awaited 5G spectrum auction on October 16, 2025, with commercial services expected to launch to begin April 1, 2026.In the 700 MHz and 3.5 GHz bands, 400 MHz will be distributed among 11 frequency packages during the auction. Operators will pay in three installments, with a minimum total value of $2.125 billion.Eligible bidders include Vodafone Turkey, Turk Telekom, and Turkcell. Starting in 2029, operators will be required to remit 5% of their annual revenues to the Information and Communication Technologies Authority (BTK) 5% of their yearly revenues as part of the post-license consolidation process. Licenses will remain valid until the end of 2042.To strengthen its domestic technology sector and reduce reliance on foreign suppliers, the Turkish government mandates the use of locally produced infrastructure in the 5G rollout. Officials estimate the new network will deliver speeds 10 to 100 times faster than 4.5G.Machine-to-machine communications, smart city solutions, and industrial automation are great examples of enterprise applications. For consumers, the benefits will manifest as radically improved immersive experiences, such as lag-free cloud gaming, ultra-high-definition streaming, and seamless real-time interaction on low-latency online casino platforms. These advancements promise to make digital entertainment more responsive and engaging. Learn more about the latest developments in online casino technology, along with insights into current bonus structures.Turkey's move positions it as a regional telecom infrastructure leader. The October auction aligns with Erdogan–Xi pledges to integrate 5G into transcontinental logistics and trade infrastructure.Turkey is testing advanced 5G industrial use cases in addition to telecom rollouts. Together with Argela and Etiya, Turk Telekom is creating local 5G network-slicing technologies to facilitate charging frameworks and industry-specific applications. The company used 5G-Advanced ISAC technology to test real-time ship detection in a first for Europe, showcasing its port automation capabilities.Separately, Turkcell and Ericsson demonstrated how to use 5G standalone and network slicing to enable AI-powered robotics in factories, completing the first industrial autonomous mobile robot (AMR) demonstration in Turkey. These trials underscore how Turkey is positioning 5G not only as a consumer technology, but as a keystone of Industry 4.0 transformation.Additionally, China-Turkey's larger transportation and digital infrastructure strategy aligns with the 5G push. As a digital layer on top of physical connectivity, 5G is enhanced by the rail and Belt and Road integration agreements at the SCO summit.5G is a key technology for intelligent logistics, freight tracking, and trade automation as Turkey expands its Middle Corridor and connects BRI routes. China-Turkey trade reached US$48.3 billion in 2024, according to official data, and digital infrastructure is a vital value-added along that corridor.As projects come to fruition, it will become clear whether the summit produces more than diplomatic headlines. In addition to altering the speed at which data travels, Turkey's 2026 5G rollout could also alter the flow of capital, influence, and goods throughout Eurasia if it coincides with new rail links to Europe. The Erdogan-Xi meeting is more than just a handshake because of that possibility.If Turkey delivers on its 5G timelines and deepens its role in Belt and Road logistics, the country could emerge as a rare case study. A mid-sized economy using digital infrastructure to punch above its weight in global trade.5G AMR demo shows Turkey's push toward Industry 4.0 transformation. Credit: Pexel

In an exclusive interview with DIGITIMES ASIA, the Czech-based electron microscope manufacturer Tescan Group detailed a significant strategic transformation. This profound shift aims to address the growing complexity of the semiconductor industry, particularly the transition from traditional monolithic integration to advanced 3D IC and chiplet architectures.This evolution has severely intensified the challenges of failure analysis (FA) and quality control, demanding a fundamental re-evaluation of conventional inspection and metrology processes. Tescan's new mission moves the company beyond its traditional role as an instrument provider. Instead of simply selling equipment, the company now aims to partner with customers in a shared mission: to shorten the distance between a question and an answer.Driving Change: The Workflow-Centric VisionTescan's strategic pivot is underpinned by a philosophical shift embodied in its new tagline, "Accelerating the Art of Discovery." Tescan APAC Managing Director Sean Lee explained that this new direction reflects a fundamental shift in the company's market approach. "The branding itself is really trying to embark and refocus on why customers would like to choose us," Lee noted.The answer to this "why" is no longer satisfied by the specifications of a single machine. The complexity of modern heterogeneous integration requires more. Tescan is focusing on providing a holistic capability that addresses the entire failure analysis process, spanning initial R&D and pathfinding through to production ramp-up and field return analysis. The goal is clear: to remove friction in the journey from a technical query to a business-critical insight.To achieve this, Tescan has shifted from a product-centric approach to a solution- and workflow-focused mindset. This involves the tighter integration of hardware, software, automation, and deep application expertise. This systematic approach aims to empower teams to localize issues more rapidly, prepare samples with high reliability, and ultimately deliver quality results that lead to confident decisions and a strong Return on Investment (ROI). Tescan stresses that conventional, siloed techniques are no longer sufficient to identify and resolve the intricate issues introduced by these dense, heterogeneous designs, making this workflow approach critical to success in the chiplet era.Tescan emphasized the urgency of this industry transition. The semiconductor market is shifting from traditional monolithic integration, where all functions were built into a single technology at one time, to an era defined by entirely new and innovative architectures. In this new landscape, one of the most pressing challenges lies in addressing field returns and zero-mile defects in advanced packaging. As a provider of failure analysis and metrology solutions, Tescan views its mission as bridging the gap between a question and an actionable insight, enabling customers to identify and resolve issues with greater speed and precision.Integrated Metrology Workflow: A Systematic Path to Root CauseThe core of Tescan's technical solution is a powerful, integrated inspection and metrology workflow designed to overcome the structural complexity of 3D ICs. As Hervé Macé, Global Business Development Director for Semiconductor, emphasized, the new process seamlessly connects distinct technologies to provide a complete analytical pathway from the micro to the nano scale, eliminating the gaps and delays associated with isolated tools.Mace elaborated that Tescan's historic focus on tools like the Focused Ion Beam (FIB) was insufficient on its own. "Tescan in the past was a company that focused on focused ion beam, so spot focus traditional techniques for cross-section and delayering, but as a kind of isolated technique. And that's it. That was not enough to provide a full response." This realization drove the decision to develop a fully integrated workflow that leverages the benefits of all Tescan technologies, considering analysis from the micro to the nano scale.Tescan's workflow provides a streamlined, end-to-end pathway for advanced semiconductor failure analysis. This approach empowers engineers to move from problem identification to actionable insights with unprecedented speed and accuracy, meeting the demands of increasingly complex chiplet and 3D IC architectures.The process of failure analysis (FA) on complex packaging, such as 3D ICs, demands an integrated, multi-stage approach, which Tescan structures across three progressive scales-micro, meso, and nano-to provide comprehensive insights. The workflow initiates with Non-Destructive Insight (Micro Scale), leveraging X-ray Computed Tomography (Micro-CT), a non-destructive technique crucial for preserving the sample's integrity during initial inspection. This technique generates a high-resolution 3D map of the entire package, thereby enabling engineers to pinpoint defects or specific regions of interest at the micrometer level.Once the exact defect location is identified, the workflow seamlessly transitions to the Rapid Access (Meso Scale) stage, which focuses on gaining physical access to the target. This is achieved using a standalone ultrashort pulse laser. This technology is a game-changer, dramatically accelerating the traditionally slow processes of cross-sectioning and delayering by a factor of 1,000 to 10,000 when compared to conventional mechanical or chemical methods. The laser performs clean, precise cuts across a wide array of materials, including the diverse structures found in modern semiconductor packages. Critically, its near-zero heat-affected zone minimizes thermal impact, ensuring the chemical and structural integrity of the sample remains preserved while significantly reducing the preparation time required for advanced analysis.The final stage of the integrated process is Precise Analysis (Nano Scale). The prepared sample is transferred to a Focused Ion Beam (FIB) system, often employing a Plasma FIB for necessary large-area milling. The FIB enables highly detailed, high-magnification characterization, revealing the material's structure at the nanometer and even atomic scale. This systematic, three-stage process ensures a seamless flow from non-destructive localization to rapid material preparation, and finally to high-fidelity data acquisition, providing the definitive, actionable insights required for root cause analysis in the highly demanding chiplet era.Strategic Imperative: Closer to the APAC Advanced Packaging HubTescan's decision to establish a direct presence in Taiwan and deepen its broader APAC strategy is a calculated move to align with the epicenter of the global semiconductor packaging market. The strategy is driven by the clear recognition that Taiwan is a renowned hub for semiconductor expertise and high-technology advancement in both wafer fabrication and packaging.The necessity is purely strategic: the company estimates that 70–80% of the world's semiconductor packaging market is concentrated in Asia, primarily across Taiwan and mainland China. As the advanced packaging segment continues to experience explosive growth, Tescan's direct presence is imperative to effectively serve this dense customer base and engage directly with the industry's top engineering talent.When asked by the DIGTIMES if geopolitical issues were the primary driver, Sean Lee was quick to offer clarity. "I think if we put away the geopolitical situation, you realize that Taiwan is definitely a place where it's been renowned for all the expertise and all the high-technology advancement in terms of wafer, in terms of packaging," Lee asserted. "Coming direct presence in Taiwan gave us the ability to get close to the customers... it is actually strategically designed to come in direct so that we can get closer to those users that we really like to get close to, and get faster feedback."Tescan views this move as a "no-brainer" for serving the industry's most critical region. Furthermore, Lee noted that this proximity will provide additional regional benefits. "When you have a lot of the big names from Taiwan exploring outside of Taiwan, it will also benefit places like Southeast Asia and mainland China." This comprehensive strategy extends beyond Taiwan, including enhanced support via subsidiaries in Singapore and Korea, increased presence in China, and the establishment of a new logistics hub in Asia. This entire network ensures seamless regional coverage and better support for Taiwanese companies expanding into Southeast Asia, strengthening Tescan's regional footprint.Reshaping Success: Standardization and Customer EnablementA final, critical component of Tescan's strategy is its strong focus on customer enablement. The company has moved beyond simply supplying high-performance equipment to ensuring customers achieve their desired outcomes. This approach emphasizes working closely with customers to maximize the value of their tools, focusing on application expertise and workflow efficiency rather than just specifications on paper.To combat the inefficiencies inherent in repeatedly tailoring failure analysis processes for individual customers, Tescan is prioritizing standardization, recognizing it as crucial for delivering consistent and reliable results in the chiplet era. This commitment is built upon a robust two-pillar framework. The first pillar is Standardization and Automation, where Tescan develops highly repeatable, standardized workflows. These workflows are codified into specific software recipes and automation systems, allowing processes to be easily replicated across different customer sites and various technology nodes, supporting scalability and consistency as semiconductor technologies rapidly evolve.The second, equally critical pillar focuses on Customer Training and Enablement. This involves implementing disciplined and structured training programs designed to significantly strengthen customer expertise and promote continuous improvement across the board. By providing comprehensive education on the best practices for using these integrated systems, Tescan enables customers to fully leverage the standardized workflows.Enhanced Service and Support: Delivering Tangible Local ValueThe direct APAC presence translates into immediate and tangible benefits for customers in Taiwan and the wider region. The most significant operational improvement lies in the robust support structure, which features a clearer and quicker escalation path for all technical issues. Tescan has ensured that customers no longer need to navigate complex external channels for assistance; instead, they are connected directly with the nearest partner or direct subsidiary in their locality.This localized approach guarantees end-to-end service coverage, encompassing everything from installation and crucial recipe setup to software updates, all managed by local teams. This streamlined, localized support is paramount in the fast-moving semiconductor industry, as it drastically reduces potential downtime and accelerates the time it takes to process data, providing a critical competitive advantage.Tescan stated that the customer should expect "closer collaboration, faster support, clearer guidance with really measurable improvements in daily workflows and not just on paper." By integrating non-destructive insight, precise preparation, and more innovative software, Tescan is making a clear commitment to reduce the time from technical query to business-critical decision, helping its customers accelerate their own art of discovery in the demanding chiplet era. For more information, please visit Tescan offcial website or subsribe LinkedIn account.Tescan Solaris X 2- xenon plasma FIB for advanced packaging. Tescan