The application of artificial intelligence (AI) has emerged as a driving force behind global technological innovation. As AI adoption proliferates, the mastery of semiconductor chip technology becomes paramount for success. The escalating complexity and design costs of chips are fueling the rapid evolution of electronic design automation (EDA) and upstream chip design solutions. Altair, a global leader in computational intelligence, has rapidly established a foothold in EDA and multi-physics simulation tools for electronic systems and the semiconductor industry.In an exclusive interview, Sarmad Khemmoro, senior vice president of Technical Strategy for electronic design and simulation at Altair, highlighted the company's strategic acquisitions to bolster its EDA and multi-physics simulation offerings. Leveraging its Detroit, Michigan roots in the automotive hub, Altair has cultivated 40 years of experience serving major automotive manufacturers with its mechanical systems functional verification and simulation software. Its core clientele spans automotive, aerospace, industrial systems, and consumer electronics. The surge in AI and advanced driver-assistance systems (ADAS) within the smart vehicle sector has propelled Altair's expertise in system-level functional simulation.As electronic designs, including electronic control units (ECUs) and ADAS, increasingly permeate automotive systems, Altair has expanded into electronic system functional verification and automotive printed circuit board (PCB) validation. Emphasizing design for manufacturability (DFM) verification, Altair's solutions encompass simulation and validation across logical, physical, thermal, electrical, and mechanical domains.Altair's EDA Strategy Targets System-Level Functional Verification and SimulationKhemmoro observes that AI is central to the current technological transformation. With a widening talent gap and the rise of intricate and diverse designs, traditional simulation tools often require days to yield results, incurring substantial costs. AI-driven automation is therefore crucial to enhance analysis and simulation efficiency, making AI integration a highly competitive field in EDA.About a decade ago, Altair embarked on expanding its EDA and simulation portfolio. Unlike the established EDA giants, Altair focuses on niche products, particularly system-level EDA verification and simulation tools. A key offering is Altair® PollEx™, a comprehensive suite for PCB design review, analysis, and verification, catering to electrical, electronic, and manufacturing engineers. PollEx PCB Verification detects manufacturing, assembly, and electrical defects early in the design phase, reducing costs and accelerating development cycles.PollEx is an open solution that supports various ECAD, EDA, and CAE file formats, facilitating collaboration among PCB design experts. It enables improved board layout, signal integrity, power integrity, and electromagnetic compatibility (EMC) verification, and seamlessly integrates with multi-physics simulation environments.Multi-Physics Simulation: A Cornerstone for 3D IC Advanced Packaging and PCB DesignAltair's multi-physics simulation solutions, evolving from structural simulation tools, address critical design challenges. Altair® SimLab®, a process-oriented multi-disciplinary analysis platform, automates structural stress, vibration, and drop test performance, delivering accurate and consistent results.The rise of 3D IC design has increased demand for multi-physics simulation and verification of large 3D packaged chips and PCBs. Khemmoro notes the importance of simulating thermal stress at the chip-package level and fluid, thermal effects, fatigue, warpage stress, and EMC at the PCB and system level. These simulations are vital for large electronics systems in automotive, medical, military, and industrial applications, where long lifecycles, harsh environments, and complex supply chains are standard.Altair's AI Studio solution facilitates AI predictive modeling for engineering design, further enhancing PCB design agility.DSim: Cost-Effective ASIC and FPGA Design Simulation and DebuggingAltair's acquisition of Metrics Design Automation and its DSim™ solution expanded its EDA capabilities. DSim leverages cloud-native environments and integrates with major cloud providers (Google Cloud, Microsoft Azure, AWS) to reduce computational costs. Optimized for speed, capacity, and accuracy, DSim, combined with Altair's Silicon Debug Tools®, offers robust functional verification, simulation, and debugging on desktops, servers, or in the cloud, supporting large regression tests.This pay-as-you-go model provides a cost-effective alternative to the expensive IC design verification market. DSim supports ASIC and FPGA digital circuit simulation using System Verilog and VHDL RTL, employing parallel processing for accelerated testing.Altair's strong automotive client base, coupled with its experience serving EMS providers and consumer electronics manufacturers, underscores its industry leadership. As a TSMC Open Innovation Platform (OIP) partner, Altair aims to empower Taiwan's semiconductor and IC design sectors in the AI era.Altair will host its biennial Altair Technology Conference Taiwan in Taipei on May 28, 2025, featuring insights from Altair's CTO, chief engineers, and industry leaders. The conference will explore CAE, AI, and HPC advancements. For details, visit: https://events.altair.com/atc-taiwan-2025/.Altair Technology Conference Taiwan 2025. Credit: Altair

In the landscape of 2025, the electronics distribution industry presents significant opportunities and challenges. Demand across key sectors continues to climb, and by mid-year, it is anticipated that demand for certain critical products and manufacturers will exceed supply. This growing imbalance underlines the accelerating pace of the market and the need for businesses to remain both agile and prepared for what lies ahead.The strong demand is being fueled by transformative advancements in artificial intelligence, high-performance computing (HPC), data centers, automotive innovation, and telecommunications. The global semiconductor industry is projected to reach $700 billion in 2025, setting a new record and keeping the industry on track to achieve $1 trillion in sales by 2030. The primary drivers of this growth are AI-powered applications, edge computing, and the increasing sophistication of automotive technologies. These trends are reshaping industries and creating unprecedented opportunities for growth and innovation.The semiconductor industry is experiencing a remarkable period of expansion, with sales expected to grow by 15% in 2025. This growth is largely attributed to the increasing demand for high-end logic process chips and high bandwidth memory (HBM) required for AI applications. The memory segment, in particular, is forecasted to surge by more than 25%, driven by the adoption of advanced products like HBM3 and HBM3E for AI accelerators.In the automotive sector, semiconductor chips are playing a crucial role in enabling smarter, more connected, and autonomous vehicles. Companies such as Tesla, Qualcomm, and Infineon are at the forefront of integrating advanced semiconductor solutions into next-generation automobiles, enhancing capabilities such as full self-driving, advanced driver assistance systems, and improved energy efficiency in electric vehicles.However, alongside this promise of growth, there are substantial risks. Geopolitical tensions, cybersecurity threats, and economic uncertainty remain top concerns, while supply chain volatility continues to test businesses' resilience. In this complex environment, success demands not only bold, forward-thinking strategies but also a proactive approach to mitigating risks and ensuring adaptability.Strategic partnerships will play a pivotal role in overcoming these challenges. For example, NewPower Worldwide can provide expertise, global reach, and innovative tools necessary to navigate uncertainty, maintain operational flexibility, and stay focused on long-term goals. Collaboration is no longer just an option—it's a critical component of thriving in today's dynamic landscape.NewPower Worldwide is a global independent distributor dedicated to helping its customers succeed. They offer tailored solutions such as inventory management, strategic sourcing, and excess material strategies. These services empower businesses to not only address immediate challenges but also position themselves for sustainable growth in an ever-changing industry.

Rugged embedded computer brand — Cincoze, will be at North America's largest automation technology exhibition - Automate 2025 (Booth 232) in Detroit, USA, on May 12–15, 2025. Cincoze will display its range of industrial embedded computing products around the theme of "Edge AI, Smart Integration," encompassing the full spectrum of industrial application environments in four dedicated zones for GPU Computers, DIN-RAIL Computers, Rugged Embedded Computers, and Industrial Panel PCs and Touch Monitors. GPU computer zone: Key for edge AI computingCincoze GPU Computing — GOLD product line provides computing performance and AI inference capabilities to meet the demands of real-time processing and image analysis in rapidly expanding Edge AI applications. Cincoze will showcase the GJ, GM, and GP series for light, medium, and heavy AI applications. The NVIDIA Jetson SoM GPU-equipped GJ series provides low power consumption with efficient AI boost for Light AI applications. The GM series supports MXM GPU modules and offers rich expansion flexibility, making it a long-time customer favorite for mobility or Medium AI applications. The GP series supports up to two 250W high-end GPU cards and has patents for heat dissipation, scalability, and vibration-proof stability, making it the first choice for Heavy AI applications. All series meet EN50121-3-2, E-mark, and MIL-STD-810H standards, ensuring reliable operation in harsh industrial environments. DIN-RAIL computer zone: Performance for smart machinesThe new Cincoze Machine Computing – MAGNET product line provides the compact size, high computing performance, and multiple rich connections for industrial computing in smart machines. The MD-3000 series is the most powerful and complete model in the product line supporting high-performance, the best operating interface, and small size, making it easy to integrate into various control cabinet. The flexible scalable design allows for 2, 4, or 6 expansion boxes, including nearly 20 I/O, storage, and wireless modules to meet the varied connection and function requirements for smart machines. Rugged embedded computers zone: Reliability in harsh environment Cincoze Rugged Computing – DIAMOND product line of industrial computers are designed to face the harsh environmental challenges of edge computing in manufacturing, transportation, maritime, military, and more. The seven series in the DIAMOND line support wide temperatures and voltages, have industrial-grade protections, and enable users to select performance, expandability, size, power consumption, and industry certifications according to application specifications. Every model can be configured to support additional I/O and functions through Cincoze's exclusive modular expansion technology. Industrial panel PCs and touch monitors zone: 250+ options for HMICincoze Display Computing – CRYSTAL product line is for critical HMI solutions across diverse industrial applications. There are nearly 250 combinations across three series, including industrial panel PCs (CV/P series) and monitors (CV/M series) for harsh indoor environments, sunlight readable panel PCs (CS/P series) and monitors (CS/M series) for high brightness outdoor environments, and open frame panel PCs (CO/P series) and monitors (CO/M series) for seamless integration in advanced machine equipment. The CRYSTAL line offers a range of performance, screen size, display ratio, and touch options, includes IP65 dustproof and waterproof front panels, and complies with US UL safety standards, providing a complete and comprehensive selection for any HMI application.AUTOMATE 2025 InformationDateMon. – Thu., May 12 - 15, 2025LocationHuntington Place Convention Center in Detroit, Michigan, USABooth232Opening time· Monday, May 12, 10:00 am – 5:00 pm· Tuesday, May 13, 10:00 am – 5:00 pm· Wednesday, May 14, 10:00 am – 5:00 pm· Thursday, May 15, 10:00 am – 3:00 pm About CincozeCincoze is a brand manufacturer dedicated to providing embedded computing systems for edge computing, AIoT, and critical applications in harsh environments. Its product lines include rugged embedded computers, industrial panel PCs, industrial monitors, and embedded GPU computers. Cincoze products meet the application needs of various vertical markets, especially manufacturing, in-vehicle, railway, transportation, energy, and logistics. Over the years, Cincoze has launched numerous innovative products and has won several patents, awards, and international certifications.

In recent years, technology has dramatically transformed the way consumers buy goods and services online. The rapid evolution of e-commerce, coupled with advancements in artificial intelligence (AI), virtual reality (VR), machine learning, and mobile technology, has made online shopping more convenient, personalized, and immersive than ever before. These innovations are reshaping consumer behavior, creating new opportunities for businesses, and enhancing the overall shopping experience.Personalized shopping experiencesOne of the most significant impacts of technology on online shopping is the rise of personalization. AI and machine learning algorithms have enabled retailers to gather and analyze vast amounts of consumer data, allowing them to tailor shopping experiences based on individual preferences, browsing history, and purchase behavior. Personalized product recommendations, targeted advertisements, and customized email campaigns are now common features of e-commerce websites, providing a more tailored shopping experience for customers.For example, an online marketplace that uses AI-driven recommendations analyzes customers' previous purchases and browsing behavior to suggest products that are more likely to appeal to them. Similarly, online casinos use personal data to recommend new games based on the user's gaming preferences and history, ensuring a more tailored and engaging experience.Mobile shopping and the rise of mobile appsThe rise of smartphones and mobile apps has also played a major role in the evolution of online shopping. With the convenience of mobile technology, consumers can shop at any time, from anywhere. Mobile shopping apps, such as those from Amazon, eBay, and Walmart, allow users to browse, compare prices, and make purchases in just a few taps.Mobile technology has also given rise to "buy now, pay later" (BNPL) services, like Klarna and Afterpay, which allow consumers to split the cost of their purchases into smaller, interest-free installments. These services are particularly appealing to younger consumers, who may not have access to traditional credit cards. The flexibility provided by mobile shopping apps and BNPL services is changing the way people make purchases online, making it easier for consumers to buy what they want without worrying about immediate payment.In addition, many online casino platforms have recognized the importance of mobile users and now offer fully optimized mobile websites or apps. These sites and apps not only provide convenience but also ensure that players can access their favorite games, participate in live tournaments, and even access bonuses—all from their smartphones or tablets, making it easier to engage in gaming while on the go. As online gambling grows in popularity, more players are choosing to stay home and wager online rather than visit physical casinos. When playing from home, bettors often seek out non GamStop casino sites because these platforms operate outside of the UK's strict rules and offer bettors more conveniences and easier access to a wide variety of games whether playing from home or on the go. Augmented Reality (AR) and Virtual Reality (VR) ShoppingAnother technological advancement that's revolutionizing the online shopping experience is the use of augmented reality (AR) and virtual reality (VR). These immersive technologies are allowing consumers to interact with products in a more engaging way, even from the comfort of their homes.For instance, an online furniture retailer may use AR to allow shoppers to visualize how a piece of furniture will look in their living room by overlaying a 3D model of the item onto their real-world environment via their smartphone camera. Similarly, some online casinos have begun to incorporate VR technology to offer players immersive casino environments where they can interact with real-time dealers and fellow gamers in virtual spaces.Voice shopping and artificial intelligence (AI)As voice-activated devices like Amazon Alexa, Google Assistant, and Apple's Siri become more prevalent, voice shopping has become a growing trend in the e-commerce space. Consumers can now use their voices to search for products, place orders, and even manage their shopping lists. For example, a smart speaker can be used to reorder everyday items like groceries or household supplies, with a simple voice command.Voice shopping relies heavily on AI and natural language processing (NLP), which allows devices to understand and respond to human speech. With advancements in voice recognition, consumers can have a seamless, hands-free shopping experience. This is particularly useful for people on the go or those who prefer not to use their hands when shopping.Cryptocurrency and blockchain in e-commerceThe introduction of cryptocurrencies like Bitcoin and Ethereum has also had an impact on the way consumers shop online. Although cryptocurrencies are still not widely accepted across all e-commerce platforms, their use is growing. Some retailers, such as Overstock and Newegg, have begun accepting Bitcoin as a payment method, offering consumers more flexibility in how they pay for goods and services online.Blockchain technology, which underpins cryptocurrencies, also offers enhanced security and transparency for online transactions. By creating a decentralized and immutable ledger, blockchain can help prevent fraud and ensure that transactions are secure. As more retailers adopt cryptocurrency payments and blockchain technology, consumers can expect a more secure and seamless online shopping experience.Artificial intelligence chatbots and customer serviceCustomer service has always been a crucial aspect of the online shopping experience, and technology is making it more efficient than ever. AI-powered chatbots are now a common feature on many e-commerce websites, offering instant support to customers and answering queries 24/7. These chatbots use natural language processing (NLP) to understand customer questions and provide relevant answers or direct them to the appropriate department.Chatbots can handle a wide range of customer service tasks, from tracking orders to providing product recommendations. This not only improves the overall customer experience but also reduces the need for human intervention, allowing businesses to save time and resources. In the online casino industry, many platforms have deployed chatbots to provide instant assistance with game rules, payment issues, and technical support, enhancing player experience by providing real-time support.

With the rapid expansion of the global medical devices market, the field of medical power supplies is undergoing technological innovations focusing on third-generation semiconductor materials. This year, at the China International Medical Equipment Fair (CMEF) from Apr 8 to 11, APD showcased a full range of medical power supplies, including its next-generation GaN medical power supplies.During the on-site media interview, Rax Chuang, General Manager of APD Power System Business, stated, "The application of GaN in the field of medical power supplies is ringing in a critical moment of comprehensive breakthrough. In the next few years, such power supplies will play a crucial role in the high-end medical devices market."GaN technology drives the innovation of medical power suppliesWith the development trend of modern medical devices moving toward miniaturization, lightweight design, and high portability, products like wearable medical devices and micro medical test equipment require power supplies to provide higher power density. However, the properties of traditional silicon-based power supply materials make it difficult to overcome the bottleneck of power density; besides, a lower conversion efficiency results in high power consumption and large heat generation, and further affects device reliability as well as user experience.Against such a background, the application of third-generation semiconductor material, GaN technology, has brought a revolutionary breakthrough to the field of medical power supplies. On top of high power density, APD's new GaN medical power supplies feature a more compact footprint and significantly lighter weight, as well as remarkably enhance the user experience of portable medical devices. Also, GaN's characteristics, such as high efficiency and low power consumption, can greatly reduce the heat generation of power supplies and improve product reliability to ensure the long-term stable operation of medical devices.Full range of products meets diverse medical application requirementsIn addition to the new generation GaN medical power supplies, APD also presented a full range of highly reliable medical power supplies at CMEF 2025. All models are compliant with global medical product safety regulations IEC 60601, with many of them also complying with household and consumer electronics grade standards to support applications in various fields.Regarding protection class, APD's medical power supplies offer IP22 rating, and some can be upgraded to IPX4 or even higher based on customer requirements. The housing, designed with wear-resistant and robust surface treatments, utilizes fire-resistant materials that comply with UL94V0. The compact design is ideally suited for portable medical devices and can be tailored to meet customer requirements, ensuring seamless integration of appearance and quality. Additionally, the ID-integrated LED design not only clearly displays operational status, but also incorporates details like color, brightness, and viewing angles.Excellent performance ensures stable operation of medical devicesIn terms of product performance, APD's full range of medical power supplies supports outstanding peak current requirements, reaching up to 120%~300%, to more efficiently support the stable operation of medical devices with motors or electric machines. The extremely low noise during full-load operation makes products perfect for an environment where patients need to rest quietly. A service life of more than 10 years further ensures high equipment reliability.For safety performance, APD's embedded power supplies are suitable for various harsh environments and compliant with 2x MOPP requirements; the extremely low leakage current can effectively guarantee patient safety. CAE-assisted simulation technology is employed during the design stage to optimize heat dissipation structure to ensure safe and stable operation; electromagnetic compliant design is also introduced to improve anti-interference ability. Meanwhile, products also feature multiple protection functions like overvoltage protection, overcurrent protection, over-temperature protection, and short-circuit protection, and offer diverse options including automatic self-recovery, adjustable self-recovery, and latching protections.Wide range of global applications in different marketsToday, APD's medical power supplies have been widely applied to diverse medical sub-markets such as ventilators, oxygen generators, monitoring instruments, infusion pumps, ultrasonic equipment, beauty equipment, and hair removal devices. Take APD's electric wheelchair medical charger (60W/90W) for example, powered by lithium and lead-acid batteries, this product is compliant with global medical safety regulations IEC 60601-1, household appliance safety standards IEC 60335, and China GB9706 standard for medical power supplies. The compact and lightweight design makes this product 30% smaller than similar products on the market, as well as 30% lighter. It also features a hidden IP22 rating, operates with a noise level under 25dBA, and can run stably at altitudes up to 5,000m.Continuous expansion to increase global production capacityTo support customers across the world, APD proactively increases global production capacity. Besides continuously expanding its Shenzhen manufacturing site, APD also established a new factory to further improve manufacturing capacity and delivery efficiency. The group ceaselessly drives innovation forward and leverages advanced technologies, reliable product performance, and stringent safety standards to provide global medical device manufacturers with optimal power solutions. With technological breakthroughs and acceleration of applications, APD will open up brand-new development opportunities to consolidate as well as expand its leading position in the global market of medical power supplies.About APD Asian Power DevicesAsian Power Devices (APD) was founded in Taiwan in 1994 and focuses on power electronics and renewable energy technologies. The company has established an important position in the global market because of its world-class technology, as well as R&D capabilities and highly competitive products and services.APD products include power supplies, uninterruptible power systems, and PV inverters. Besides committing to the R&D of key technologies and the pursuit of highly efficient production and services, APD also promises continuous innovation and sustainable operation. We have become a technology leader in power electronics and renewable energy technologies in the global market. APD's mission is to leverage energy-efficient technologies to achieve a real green future.Rax Chuang, General Manager of APD Power System Business, and new medical power supplies. Credit: APDAPD showcases GaN medical power supplies. Credit: APD

Bahwan CyberTek (BCT), a leading provider of digital transformation services, established in 1999 in India, set up operations in 2016 in Taiwan. The company completed its 25 years last year, and we sat down with BCT's Executive Vice President, Navin Prasad, to reflect on the organization's journey in Taiwan, industry outlook, and delve into its talent strategy.Can you tell us about Bahwan CyberTek and your journey in Taiwan?We began our Taipei journey in 2016 because we saw Taiwan as an incredible digital transformation market. The region was not only mature enough to embrace emerging technologies, but also had an ecosystem comprising progressive policies, niche talent, and technology infrastructure to support transformation. While global attention has recently intensified on Taiwan's leadership in semiconductors and advanced computing, we saw this potential early on and invested ahead of the curve.This early commitment has worked for us. With nearly a decade of local presence, we have gained deep market insights, allowing us to tailor AI-driven solutions to meet Taiwan's evolving business needs. There is strong momentum among both SMEs and large enterprises to deploy AI at scale, enhance operational efficiency, and elevate customer experience, and that's where there's enormous potential for us.Our focus in Taiwan is two-pronged:• Enterprise AI & Digital Transformation: Helping Taiwanese enterprises leverage AI-powered decision-making, automation, and real-time insights to optimize operations.• Smart Infrastructure & Industry 4.0: Supporting semiconductor manufacturers, logistics players, and critical infrastructure with IoT-driven predictive analytics and risk management solutions.Today, we're working with networking manufacturers and OEM/ODM suppliers in Taiwan, and offering services including AI & Digital Transformation, IoT, Cloud Solutions & Data Management, Custom Software Development, and Consulting & Strategy Services.We see Taiwan as a key growth partner and innovation lab for the Asia-Pacific region, and our growth strategy is closely aligned with its digital ambitions.Can you give us an example of a product or solution BCT tailored for Taiwan?Sure. We recently launched NOVA, which is a next-generation AI collaboration platform designed to drive enterprise automation and accelerate outcome-based transformation. NOVA is equipped with key intelligent features to streamline daily business operations, enabling teams to focus on high-value strategic decisions.NOVA has been successfully applied in HR management, financial operations, and project management, spanning industries such as manufacturing, finance, retail, energy, utilities, and logistics. NOVA empowers enterprises to automate workflows, leverage data-driven decision-making, and enhance operational agility, allowing businesses to reduce costs and stay competitive in a rapidly evolving market. We've already supported several clients in optimizing their internal processes using NOVA and I'm pleased to share that the feedback has been amazing.We saw that you exhibited retina360, a product built for efficient asset management, at the Smart City Summit and Expo 2025. Do you see a market for sustainability solutions in Taiwan?Absolutely. Taiwan plays a pivotal role in the global supply chain and is a leader in semiconductor innovation. At the same time, there is a growing shift toward sustainability, driven by the realization that efficient, eco-friendly operations are both a competitive advantage and a business imperative.Across industries, manufacturers are embracing ESG-driven transformation, integrating intelligent asset management and predictive analytics to enhance efficiency while reducing environmental impact. This is precisely where retina360 delivers value. The platform has a proven track record of optimizing operations and maintenance for energy and utilities organizations worldwide, and we are seeing strong demand for scalable, AI-driven sustainability solutions in Taiwan.At the Smart City Summit and Expo 2025, retina360 received enthusiastic feedback for its ability to seamlessly integrate with existing enterprise infrastructure, accelerating the path toward smarter, more resilient, and sustainable asset management. Taiwan's focus on sustainable industrial growth makes this a high-potential market, and we are excited to play a role in this transformation.Can you elaborate about your team size in Taiwan? Are we looking at expanding or hiring more employees? Talent is at the core of everything we do at BCT. Whether it's building award-winning products or excelling at service delivery, we believe talent is our differentiator. And I attribute this to our learning and nurturing culture that we've cultivated since inception. It's the same in Taiwan as well.We currently have a team of 50 professionals, most of whom are specialized software developers with strong capabilities across frontend, backend, cloud, and AI technologies. This enables us to deliver enterprise-grade development projects with speed and quality.We plan to expand our team to 100 members over the next one or two years to meet the increasing demands from new projects and clients. There are two factors driving this growth. First, the ongoing trade dynamics have prompted global companies to look for alternative development bases. Taiwan has emerged as a strategic hub thanks to its robust ICT ecosystem, mature supply chain, and deep engineering talent pool.Second, AI adoption is accelerating across various industries in Taiwan, from manufacturing and finance to healthcare, retail, and logistics. Enterprises are embracing AI to optimize processes, enable predictive analytics, and automate decision-making, creating significant opportunities for our services.We are confident that the talent here will be a big part of our global innovation strategy. We recently visited National Yang Ming Chiao Tung University (NYCU) as part of our campus drive and the interest we received from students was exciting.Taiwan is investing heavily in smart infrastructure, sustainability, and digital innovation. How does BCT plan to contribute to this ecosystem?Taiwan's investment in smart cities, green energy, and high-tech infrastructure aligns perfectly with our capabilities. Our commitment includes:• AI-Driven Smart Cities & Public Sector Digitalization – Leveraging AI and IoT for real-time traffic management, smart utilities, and emergency response systems.• Sustainability & Green Tech Innovation – Applying AI-powered energy optimization and carbon footprint reduction tools for industries aiming to meet their net-zero commitments.• Digital Talent & AI Skill Development – Partnering with universities and tech incubators to build next-generation AI and digital transformation capabilities.Taiwan is not just a market for us, it's a strategic innovation partner where we aim to co-create cutting-edge solutions with local enterprises, government bodies, and tech hubs.Many companies are exploring AI-powered transformation. What makes Bahwan CyberTek's AI and digital capabilities stand out?At BCT, I think I can safely say AI is incorporated into every aspect of our business offerings. Whether it's product development, service delivery, or transformation, AI is a common thread. What makes it tick for us are the human agents who actively drive these AI projects with a clear strategy on how to leverage AI to accelerate innovation, strengthen delivery capabilities, and enable faster go-to-market strategies.How committed is BCT in the Taiwan market?In 2025, we are committed to expanding our footprint in Taiwan by focusing on strategic collaborations and leveraging our advanced technological expertise. We plan to invest in talent and technology to penetrate deeper into the market and position BCT as a trusted digital transformation partner.We're confident that with our proven product, service, and solution capabilities, we will be able to meet the complex needs of industries like manufacturing, telecommunications, and IoT more effectively. Additionally, we will enhance our AI capabilities by investing in research and development in Taiwan.By fostering a robust network of collaboration, we can tap into local insights and expertise, which will not only enhance our service offerings but also expand our market reach and adaptability. This will boost BCT's competitive advantage and position us as a key player in the Asia-Pacific digital transformation arena.

Macronix, a leading global non-volatile memory (NVM) integrated device manufacturer, has launched its all-new ArmorBoot MX76 series flash memory. The ArmorBoot MX76 is designed for rapid initialization of electronic devices in diverse application scenarios. Authentication, data protection, and configuration are all completed simultaneously to provide Macronix customers with the winning edge in very challenging AI environments.Even as digital products become more and more diverse, market expectations on security, startup speed, and version updates have continued to increase as well. ArmorBoot is designed to speed up boot times. It is equipped with the standard SPI interface and supports both 1.8V and 3V for optimal power efficiency. The integration of advanced encryption algorithms, authentication, and data integrity verification technologies ensures data security at every stage of system operation. In addition to rapid authentication when a device is started for the first time, it also protects critical data against external interference during system upgrades and updates.#ArmorBoot MX76: Providing the ultra-fast startup time the market has been clamoring forIn today's highly connected environment, risks such as data leaks, data theft, or systems being paralyzed by hacker attacks have become all too real. Device boot times and data protection during the update process now play a crucial part in protecting system stability and user experience. C.T. Yeh, Project Department Manager of Product Marketing at Macronix, stated that legacy electronic devices are generally unable to provide both security and performance during the startup process. ArmorBoot MX76 was developed to satisfy this particular requirement. The product's high-speed boot capability is combined with encryption technology and a secure boot mechanism to complete the authentication and data verification processes several times faster than legacy solutions. Data integrity and security are also assured at every step.The ArmorBoot MX76 owes its outstanding performance during system updates to its enhanced anti-replay attack mechanism. Protection against unauthorized attacks during version updates or execution of secure commands by the system effectively prevents data tampering, malicious attacks, and virus infections. If the system is subjected to security threats or anomalous situations, the integrated advanced protection mechanism switches rapidly over to a secure mode to maintain system stability and greatly reduce security risks. Whether or not used for initial startup or system upgrades/updates, ArmorBoot MX76 works quickly and effectively to protect data against external threats.The previous generation of ArmorFlash products from Macronix, ArmorFlash MX78, won rapid market acceptance upon its release. It was not only adopted by enterprise customers such as Nvidia and Renesas Electronics, but also won the Taiwan Excellence Award and other top product accolades. ArmorFlash MX78 has been successfully applied to a number of fields, including AI, industrial automation, and automotive electronics. As the newest member of the ArmorFlash family, ArmorBoot MX76 was developed by Macronix to satisfy even more demanding market expectations: designs focused on rapid startup for electronic products and seamless updates through rapid and secure data protection and system verification.C.T. Yeh, Project Manager of Product Marketing at Macronix. Credit: Macronix#Smart integration for high-performance and seamless upgradesArmorBoot MX76 features not only advanced data security technology but also enhanced system compatibility. Yeh noted that the product adheres to the widely adopted SPI interface standard for ease of integration with and seamless migration to existing platforms without major hardware changes, further reducing upgrade costs for customers. Whether in embedded systems, smart homes or IoT devices, users can now enjoy the high performance and security offered by ArmorBoot MX76 without having to make extra changes to their circuitry or install new security components.ArmorBoot MX76 is based on Macronix's advanced production process to deliver consistent product quality and high performance. Exceptional production yield and operating performance make this a solution that combines both security and performance, as well as the ideal choice for equipment upgrades or integration of existing systems. Available capacities range from 256 MB to 1 GB.ArmorBoot MX76 Secure Boot Serial NOR Flash was voted Best Memory Solution of the Year at the 2024 EE Awards and has already received inquiries from a number of Tier 1 vendors. According to Yeh, future applications include industrial control, automotive IoT, healthcare, AI, and even WiFi/Bluetooth devices, so the market outlook for ArmorBoot MX76 is very promising.As the pace of digital transformation continues to speed up, Macronix is not only engaging in continued innovation in memory technology but also paying close attention to market requirements on device startup and update security. Macronix will therefore continue to focus on innovative technologies and work with global customers on the promotion of digital transformation. Even more competitive solutions will be developed for different kinds of future application scenarios to help customers maintain their leadership in a very challenging market environment.

Technology has rapidly transformed the business landscape, making industries more efficient, interconnected, and data-driven. With emerging technologies like artificial intelligence (AI), blockchain, and the Internet of Things (IoT) reshaping the way companies operate, the future of business looks promising.Healthcare: Advancements in telemedicine and AIThe healthcare industry has long been ripe for technological innovation, and recent advancements are driving significant changes. One of the most impactful technologies reshaping healthcare is telemedicine, which allows patients to consult healthcare professionals remotely. As technology continues to improve, telemedicine has made healthcare more accessible, particularly for individuals in rural areas or those who have mobility issues. By reducing the need for in-person visits, telemedicine saves time and increases convenience for patients.Artificial intelligence (AI) is also making waves in healthcare, with AI-powered tools now being used to diagnose diseases, analyze medical images, and predict health trends. Machine learning algorithms are becoming increasingly adept at interpreting patient data and identifying patterns, making it possible to catch diseases earlier and provide more personalized treatment plans. With AI's potential to improve patient outcomes and streamline administrative tasks, healthcare is set to become more efficient and accessible, ultimately benefiting both patients and professionals.Online gaming and casinos: Digital transformation of entertainmentThe online gaming and casino sector is another industry benefiting from the rise of technology. As broadband internet and smartphones become more accessible globally, online gaming is experiencing rapid growth. Whether it's video games, virtual reality (VR) experiences, or online casino games, technological innovation is providing new ways for consumers to engage with entertainment.One major technological shift in online casinos is the rise of live dealer games. Powered by advanced streaming technology, live dealer games allow players to participate in real-time gambling experiences with actual dealers, creating an immersive environment that rivals in-person casino experiences. Many bettors seeking out a wide variety of games, including live dealer games, often visit international casinos not on GameStop because these sites, which bypass the strict rules placed on domestic sites within the UK, are known for their massive game libraries. These huge libraries mean that gamers are spoilt for choices as they pick between titles like slots, table games, live dealer games, and niche titles.Blockchain technology is also transforming the online casino world by improving transparency, fairness, and security. With blockchain, transactions are recorded in a decentralized ledger, making it difficult for casinos to manipulate or falsify outcomes. Cryptocurrencies, such as Bitcoin and Ethereum, are increasingly being used in online casinos, offering players secure and anonymous payment options. This development aligns with the growing demand for privacy and transparency in online transactions.Finance: The rise of fintech and digital paymentsThe financial services sector is undergoing a transformation thanks to technological advancements in fintech (financial technology). With the rise of digital payments, peer-to-peer (P2P) lending, and blockchain, traditional banking methods are being challenged by faster, more efficient, and more user-friendly solutions.Mobile payments have gained widespread adoption, with consumers increasingly relying on apps like Apple Pay, Google Pay, and other mobile wallet solutions for quick and secure transactions. Fintech companies are also making it easier for individuals to invest, manage their finances, and access credit without the need for traditional banks. Peer-to-peer lending platforms have allowed borrowers to access loans more easily while enabling investors to diversify their portfolios.Retail: E-commerce and personalisationE-commerce has already revolutionized the retail industry, and technology continues to shape the future of online shopping. The growth of online marketplaces has forced traditional brick-and-mortar stores to rethink their strategies, with many pivoting to a hybrid model combining physical locations with robust online platforms. The development of e-commerce technologies has made it easier than ever for businesses to expand their reach, and the consumer experience is continuously improving.The key to success in the modern retail world is personalization. With the help of big data and AI, retailers can now offer tailored experiences to customers. AI-powered recommendation engines help companies suggest products to customers based on their browsing history, preferences, and demographic data.Augmented reality (AR) is also starting to make waves in retail, offering a new way for consumers to try on clothes, makeup, and even furniture without ever leaving their homes. With AR technology, consumers can virtually try on products, creating a more interactive and convenient shopping experience.Transportation: Autonomous vehicles and smart infrastructureThe transportation sector is undergoing one of the most significant transformations due to advancements in autonomous vehicle technology, smart infrastructure, and electric vehicles (EVs). Self-driving cars have the potential to drastically reduce traffic accidents, alleviate congestion, and increase efficiency on the roads. While fully autonomous vehicles are still in the experimental stages, major companies are making strides in developing vehicles that can navigate on their own, without human intervention.Smart infrastructure, including smart traffic lights, sensors, and data analysis systems, is enabling cities to become more efficient in managing transportation. These technologies are improving traffic flow, reducing congestion, and making public transportation systems more reliable. Additionally, EVs are becoming increasingly popular as consumers seek to reduce their carbon footprints, and advances in battery technology continue to improve the range and affordability of electric vehicles.Agriculture: Precision farming and AI-powered agricultureTechnology is revolutionizing the agricultural sector, making farming more efficient and sustainable. Precision farming, which uses sensors, satellite imagery, and AI-powered algorithms to monitor crop health and optimize irrigation, is becoming more widespread. By collecting real-time data on soil conditions, weather patterns, and crop growth, farmers can make informed decisions that maximize yields while minimizing the use of water, pesticides, and fertilizers.Additionally, drones and robotics are playing an increasing role in agriculture. Drones can be used to survey fields, while robots can help with planting, harvesting, and packaging. These technologies reduce labor costs and increase productivity, ultimately allowing farmers to meet the growing demand for food in an environmentally sustainable way.

Taipei, Taiwan, March 27, 2025 – As a global provider of rugged industrial computer solutions, Darveen recognizes rugged tablets as the ideal companion for manufacturing. From warehouses to shop floors, these devices enable workers to access key data anytime, significantly boosting operational efficiency. The newly launched RTC-I116 is the perfect embodiment of this vision, helping warehouse staff monitor inventory and assisting maintenance teams in identifying equipment issues to maximize machine uptime.Built to withstand harsh environmentsThe RTC-I116 is designed for demanding industrial settings, meeting IP66 and MIL-STD-810H standards for drop, shock, and water resistance. It operates reliably in extreme temperatures ranging from -20°C to 60°C. Its 11.6-inch FHD (1920 × 1080) widescreen display ensures crisp visuals, allowing operators to view critical data with precision and efficiency.Credit: DarveenSeamless connectivity for optimized operationsPowered by Intel® Core™ i7-1255U/i5-1235U processors, the RTC-I116 supports Bluetooth, Wi-Fi 6E, 5G/4G, and GPS to ensure stable data transmission and real-time communication. These connectivity features enhance navigation, product identification, and logistics tracking, while also supporting equipment monitoring and maintenance, streamlining warehouse and manufacturing workflows.Credit: DarveenHot-swappable battery for continuous operationThe RTC-I116 is equipped with a 58.5Wh dual hot-swappable battery, allowing users to replace batteries while the device remains powered on. This ensures uninterrupted operation, making it ideal for shift-based environments where downtime is not an option.Credit: DarveenFlexible expansion for versatile applicationsTo enhance asset and equipment management, the RTC-I116 offers up to eight I/O ports, enabling seamless integration with various devices for real-time monitoring and diagnostics. It also features a built-in 2D barcode scanner and a modular expansion slot that supports an optional UHF RFID reader, improving material tracking and inventory management for smarter warehouse and production operations.The RTC-I116 also offers a range of optional accessories to enhance adaptability for various field applications, including an office dock, 2-bay battery charger, hand strap, shoulder strap, and stylus.For more information about the Darveen RTC-I116, please visit: https://www.darveen.com/product/11-6-rtc-i116-windows-rugged-tablet-with-intel-core-i-processor/For the Darveen RTC-I116 video, please visit: https://youtu.be/AdOXBV9Ed30?si=Nd34Oi7Iq3uFuc2

The Pectra upgrade will redefine Ethereum. One of its key features is account abstraction for wallet management and user experience improvement. This article discusses how that could attract new users and what various market dynamics might impact future innovations.Ethereum is still a big player in the blockchain ecosystem, despite recent upgrade delays. Pectra is expected to boost scalability and user experience on Ethereum. Insiders remain confident, noting that Ethereum has effectively adapted to global technology trends before. If you're invested in Ethereum, here are the essentials to know.The Pectra upgrade is needed for EthereumEthereum is trading at around 1 ETH to USD 1,979 as it stands now. But the Pectra upgrade, falling network fees, and its place in the evolving tech landscape may determine its future. From memory market trends to energy consumption, Ethereum has an impact far beyond cryptocurrency. The second-largest cryptocurrency has a market capitalization of 238.79 billion.You may have been keeping up with the cryptocurrency's recent performance and upgrade delays if you currently hold coins. There's a reason why the Pectra Upgrade is so highly anticipated in crypto communities. Pectra introduces flexible staking withdrawals and higher validator stake limits for validators. These changes, experts say, will improve Ethereum's scalability and network performance issues, which have plagued it for years.A third and important part of Pectra is the Verkle tree data structure. This upgrade improves data handling and prepares for future enhancements. With streamlined smart contract deployment and validator operations, Pectra positions Ethereum as a robust platform among decentralized applications.Declining network fees and economyEthereum network fees have dropped dramatically since the Dencun upgrade. Though Layer 2 scaling solutions have increased transactions per second, the economic benefits aren't returning to the ETH. With fees dropping and ETH prices pushing upwards, the network's circulating price-to-fees (P/F) valuation multiple has hit a four-year high. That creates questions about how Ethereum can maintain its value proposition in a competitive blockchain landscape.One compounding issue is the flight of capital from spot Ethereum ETFs in the U.S. More Ethereum is leaving Grayscale's blockchain than entering its Mini Trust, signaling investor trepidation. All these trends point to the need for Ethereum to work on its economic model and ensure that value added by the network is captured sufficiently by its native token.Memory market trends and blockchainBlockchain technologies like Ethereum require more memory. This is because high memory bandwidth tasks, such as Bitcoin mining and transaction validation, require high hashing and encryption requirements. Oversupply and weak consumer demand are forcing major shifts in the global memory market, with DRAM and NAND flash prices likely to plummet by early 2025. Still, later in the year, prices could stabilize because of DDR5 and HBM transitions.Blockchain adoption drives higher demand for advanced memory solutions. The memory-intensive processes used to power Ethereum before it went to Proof-of-Stake have historically contributed to this demand. Ethereum's energy-efficient PoS model has reduced this direct impact, but the broader blockchain ecosystem drives memory market trends. How will they affect both industries in the future?Data center demands for energy consumptionEthereum moved to proof-of-work in September 2022 and started using proof-of-stake instead. PoW required miners to solve huge computational puzzles. The Merge reduced Ethereum's energy usage by over 99.9%, in line with environmental concerns. But the infrastructure built for Ethereum mining remains and is often repurposed for less-energy-intensive tasks like AI.Large-scale data centers that run AI and cloud computing will consume more energy than this - from 200 TWh in 2023 to 381 TWh by 2030. Ethereum has greatly reduced its energy use historically. However, its past impact on energy demand for data centers is still important. The shift to Proof of Stake (PoS) highlights the importance of sustainable practices in blockchain and other areas.Ethereum's broad tech ecosystemNewer insulating materials are being developed to enhance the performance and energy efficiency of AI chips. These materials are able to lead to smaller plus more powerful chips which consume less electricity. That is achieved through enhanced insulation between chip pieces, providing denser packing and faster processing.If AI chips start to be much more energy efficient, they can possibly be taken for cryptocurrency mining, bringing about reduced power usage for mining operations, which continues to be a major environmental concern.Ethereum has an impact beyond cryptocurrency. Its smart contract capabilities have opened up decentralized finance (DeFi) and non-fungible tokens (NFTs), redefining industries as diverse as finance to art. Network challenges such as decreasing fees and flaws in the economic model could hinder its ability to maintain impact.Far-reaching impacts of the upgradeThe Pectra upgrade has the potential to address current challenges effectively. Its success will largely hinge on the broader market dynamics at play. Navigating these challenges may promote exciting possibilities for innovation. The way the network approaches these challenges will play a crucial role in shaping its long-term relevance and success.The Ethereum network is adapting to broader technological trends such as changes in the memory market and increased energy requirements for big data centers. What stance the network takes in response to these challenges will determine its future. Will Ethereum step up or will it get challenged by emerging rivals? Changing times require innovation.