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.
Solana is fast. That's the first thing anyone will tell you. Where Ethereum stumbles under its own weight—transactions bottlenecked, fees piling up—Solana keeps moving. It can handle up to 65,000 transactions per second, a number that leaves most blockchains in the dust. This speed isn't some accident of design; it's the result of Solana's unique proof-of-history (PoH) mechanism, layered atop a proof-of-stake (PoS) system. Efficiency is built into the core.Low fees are another draw. A problem with older blockchains is cost: simple transactions become expensive, small trades barely worth making. Solana solves this. Microtransactions are viable again. That alone makes it attractive for DeFi projects looking for a network that doesn't punish users with absurd gas fees. And so, developers have flocked to it, eager to build where speed and cost aren't barriers but advantages.Making sense of Solana price actionPrice action tells a story, and Solana's has been a thriller. The token blew up in 2021, with highs over $250, a run-up fueled by adoption, speculation, and the overall bull market. But crypto is never linear. A brutal bear market was next, and SOL dropped along with the rest. The volatility, the steep rises and sudden corrections—it's all part of the cycle.And still, patterns emerge. Peaks coincide with major upgrades, partnerships, or institutional investment. The troughs? General market corrections rather than Solana-specific disasters. Smart traders understand this. They don't sell on every dip or buy on every peak. They study the Solana price trends, looking for signals, understanding that the value of the network is not today's price but the long-term trend of adoption and advancement.The strengths that set Solana apartSpeed and low cost are enormous, but there's more. Solana's ecosystem is buzzing. DeFi apps, NFT marketplaces, even decentralized exchanges (DEXs) have called it home. Serum and Raydium, for instance, leverage Solana's efficiency to offer near-instant transactions, a level of responsiveness that's simply not possible on Ethereum without additional layers.Development is another advantage. Solana uses Rust, a language respected for both its strength and adaptability. Compare that to Ethereum's Solidity, which, while practical, is intimidating to learn. Rust attracts a broader developer pool, people who might not have considered blockchain but now have a door open to them. More developers mean more projects, and more projects mean a fuller, more diverse DeFi ecosystem.The risks and challenges aheadThere's always a trade-off for any advantage. Solana's performance, magnificent as it is, has been an issue. Network congestion, fleeting outages—proof that even the fastest systems have boundaries. And decentralization. Solana's high-performance validators require serious hardware, and therefore, fewer participants can run nodes. This focus is a question: how decentralized is it, actually? In DeFi, a system that relies on too small a group of players is a risk.Security, too, comes into play. Ethereum has been battle-tested for years. Solana? Not quite yet. Bugs have popped up, some exploited, though the network has moved to plug vulnerabilities quickly. But trust doesn't last in crypto. A big breach, an exploit that damages confidence—that might set Solana back, no matter how fast or cheap its transactionsInstitutional support and the road to adoptionDespite all these concerns, funds have poured into Solana. Big players—venture capital firms like Andreessen Horowitz, Alameda Research—have invested big money. This is not just about capital; it's a vote of confidence. Institutions don't invest in losing causes. They believe in potential, a blockchain that can carve out its own niche in the DeFi ecosystem.Partnerships have helped solidify its place. Integration with Circle's USDC stablecoin, for example, has increased liquidity, closing the gap between crypto and finance. As institutions explore blockchain further, Solana's efficiency and speed become more important. If institutional-level adoption is imminent, Solana is in the running.Is Solana truly the future of DeFi?It has the tools. The transaction speed, the low costs, the growing ecosystem—all signs point to a network that could dominate. And yet, DeFi is still Ethereum's game. No other blockchain comes close in terms of sheer adoption. Even with its flaws, Ethereum is the standard. The upcoming Ethereum 2.0 upgrade could reduce some of Solana's edge, making the battle even tougher.But DeFi isn't about one winner. Multiple networks can coexist, each serving different needs. Solana doesn't have to replace Ethereum to succeed; it just has to be indispensable. Right now, it's well on its way.FAQsQ: What makes Solana different from Ethereum in DeFi?A: Solana is significantly faster and cheaper, making it ideal for high-volume transactions. Ethereum, however, is more decentralized and widely used.Q: How does Solana handle scalability?A: Solana's proof-of-history mechanism enables thousands of transactions per second without the need for additional scaling solutions.Q: What risks should DeFi investors consider with Solana?A: Network stability has been a concern, with past outages raising questions about resilience. Validator centralization is another factor to watch.
Global Unichip Corp. (GUC), the Advanced ASIC Leader, announced today that it has successfully taped out the world's first HBM4 controller and PHY IP. This test chip was implemented using TSMC's cutting-edge N3P process technology and CoWoS-R advanced packaging technology.The HBM4 IP supports data rates of up to 12 Gbps under all operating conditions. By leveraging a proprietary interposer layout, GUC has optimized signal integrity (SI) and power integrity (PI) to achieve these high speeds for all types of CoWoS technology. Compared with HBM3, GUC's HBM4 PHY delivers 2.5x bandwidth while improving 1.5x power efficiency and 2x area efficiency. In line with previous GUC HBM, GLink, and UCIe IPs, this HBM4 IP integrates proteanTecs' interconnect monitoring solution to provide high visibility for testing and characterizing the PHY while improving in-field performance and reliability for end products.This milestone further strengthens GUC's comprehensive portfolio of advanced IPs, including its 32Gbps UCIe-A and GLink-3D IPs. Together, these offerings deliver a complete 2.5D and 3D total solution, empowering customers to address the most demanding applications in AI, high-performance computing (HPC), and beyond."We are proud to be the first company to have taped out a 12Gbps HBM4 controller and PHY IP," said Sean Tai, President of GUC. "Our commitment to delivering best-in-class 2.5D/3D IPs and services remains strong. By integrating HBM4, UCIe-A, and GLink-3D IPs, we offer a comprehensive solution that meets the evolving needs of the semiconductor industry."GUC HBM4 IP Highlight• Signed off at 12 Gbps in full range of corners and operating conditions• High bus utilization rate: ~90% at random read/write access• Proprietary interposer layout to achieve best SI/PI for all types of CoWoS technology• Embedded per-lane, in-mission mode I/O and Clock performance and health monitoring by proteanTecs
Ransomware is the digital equivalent of a hostile gunman breaking into your home, rounding up your most precious possessions, and holding them for ransom until you pay up. But the crime happens lightning-fast across hundreds of computers simultaneously. Before you have time to react, files and records representing months or years of work have been encrypted into gibberish text by faceless attackers, bringing business operations to an abrupt halt.Don't lose hope if you ever find yourself in this unfortunate situation (regardless of the cause). With some preparation and know-how, you can systematically contain the ransomware outbreak, restore encrypted data, and resume business operations quicker than expected.Isolate endpoints and contain infectionFirst things first—what exactly is ransomware? Technically speaking, it's a specialized form of malware that uses strong encryption algorithms to render files inaccessible. You cannot regain access without the decryption key. One minute your systems are working normally, the next your team is staring at files they can't open and messages demanding payments.First priority - act swiftly to prevent the attack from spreading and encrypting more endpoints. Every minute counts here.Immediately unplug or switch off infected endpoints from networking and power. This instantly stops the ransomware from phoning home or spreading to new targets within your infrastructure. Also, quickly communicate situation updates to employees via email. You must warn them to avoid accessing shared drives or opening suspicious email attachments that could trigger fresh encryption.If you use Active Directory services, consider temporarily disabling file and print sharing to block lateral movement between endpoints for now. You can selectively re-enable later.Size up the damageForensics first, action second. Time to fully understand the breach's scope and existing impacts:– Catalog specific desktops, servers, and drives displaying infection markers like encryption or odd file changes. Note locations, file types targeted, etc. – Carefully examine those encrypted files to determine the exact ransomware strain. That critical intel informs future decryption options to unlock data without paying ransoms later. – Use logs and other breadcrumbs to trace the origin of the initial intrusion, the infiltration methods attempted, and the patient zero within your systems. Improving defenses starts with knowing how they broke in in the first place. – Map details around timelines - when did mass encryption start, and how quickly did it spread between computers internally? Were there lapses that enabled it to proliferate into a crisis like this? – Document which business systems, servers, and databases show disruption in access or service levels right now. Next, those details drive restoration prioritization. Minimize business impact above all else.Restore operations from clean backupsNow it's time to transition efforts into using recent, known-good backups from right before this all started to get people working again:– For infected desktops and laptops, use your last intact system image to reinstall them. Some newer files may be temporarily sacrificed, but this instantly restores machines to a pre-infection state so people can continue working. – Leverage old volume or VM snapshots to efficiently roll back impacted file and app servers entirely in minutes, saving tons of manual cleanup efforts later. – For crucial databases underpinning operations, restore the latest clean backup copy and replay transaction logs to minimize data loss. Test thoroughly before reopening access pathways that could enable reinfection.You can bounce back without paying a cent in ransom or permanent losses with reliable backups across user endpoints, file servers, and databases.Evaluate decryption optionsIf restoring systems from backup doesn't cover all the bases and some critical data remains encrypted, carefully evaluate your decryption options based on the ransomware variants involved before shelling out ransoms.Scour GitHub or industry communities to see if security researchers have cracked the crypto schemes used by the attackers, uncovering flaws that enable free decryption. It's a long shot, but it's worth exploring.As an absolute last resort, consult with specialty data recovery firms, which may utilize alternate proprietary methods for decrypting certain ransomware. However, expect extremely high costs, given the labor involved.It should be noted that actually making a ransom payment should be your last resort if you're hopelessly out of options, as it enables criminals to target more organizations. Avoid negotiating or paying them if humanly possible.Harden security to prevent encore attacksWhile getting computers up and running again, now is the time to boost security across your organization so this doesn't happen a second time.– Harden computers against infection using next-gen antivirus, timely software updates, blocking risky websites/emails, and refreshed security awareness training for all staff. Start with basic hygiene first. – Expand reliable backups to cover additional essential systems, with extra offline, unchangeable snapshots to protect against future data encryption/deletion threats. Many affordable options exist to substantially lower risk. – Upgrade network protections with modern firewalls, content filters, attack-detection tools watching for odd behavior, and systems that proactively block known hacking techniques for spreading ransomware. Solutions are available for organizations of any size and budget category. – Document playbooks for incidents like ransomware so your team has straightforward, step-by-step guides to follow during crises instead of freezing up. Planning removes uncertainty.Final wordWith decisive action, such as isolating infections, restoring systems from backup, decrypting data where possible, and hardening defenses across your organization, you can recover fully from a ransomware attack without paying a single ransom demand. By closing the gaps this incident exposed, you can stay vigilant against future attacks and transform a crisis into an opportunity for enhanced resilience.
The memory market is undergoing a significant transformation as suppliers pivot from traditional inventory-based models to forecast-driven production.This shift, highlighted in Fusion Worldwide's State of the Industry Report | 2025 | Volume 1, signals tighter supply controls and potential price volatility. For businesses reliant on DRAM, NAND, and memory, understanding these changes is critical to maintaining supply chain resilience and competitive advantage.Memory Market Shifts from Inventory to ForecastingIn recent years, the memory market has been characterized by cycles of oversupply and shortages, leading to price instability. To combat this, memory suppliers are now prioritizing forecast-driven procurement over stockpiling inventory. This strategic shift aims to align production more closely with actual demand, reducing the risk of excess inventory and price crashes.According to Fusion Worldwide's State of the Industry Report, "IC manufacturers, worried about losses, are increasingly mirroring memory supplier tactics from last year by encouraging customers to submit forecasts to secure allocations. Without these forecasts, production cuts may be necessary to maintain profits." This approach reflects a broader industry trend toward tighter supply controls, with suppliers focusing on profitability and stability rather than volume.For businesses, this means longer lead times and more rigid allocation processes, particularly for high-demand products like and NAND flash. Companies that fail to adapt to this new model may face challenges in securing the components they need, especially during periods of heightened demand.What This Means for Procurement StrategiesThe transition to forecast-based supply management has significant implications for procurement teams. With suppliers prioritizing forecasts, businesses must adopt more strategic sourcing practices to ensure a steady supply of memory components. Here are key steps to consider:1.Monitor Pricing Trends Closely With reduced excess inventory, the memory market is likely to experience greater price volatility. Procurement teams should track DRAM and NAND pricing trends closely, using market intelligence tools to anticipate shifts and adjust strategies accordingly.2.Secure Long-Term Agreements In a tighter supply environment, long-term agreements with suppliers can provide stability. By locking in pricing and availability, businesses can mitigate the risk of shortages and unexpected cost increases.3.Diversify Sourcing Strategies Relying on a single supplier or region can be risky, especially in a constrained market. Companies should explore alternative sourcing options, including independent distributors, to access high-speed DRAM and SSD storage from multiple regions.4.Leverage Market Intelligence Staying informed about market trends and supply shifts is essential. Tools like Fusion Worldwide's State of the Industry Report provide valuable insights into pricing, lead times, and emerging risks, enabling businesses to make data-driven decisions.The Role of Market Intelligence in Sourcing StrategiesCompanies that actively track memory market trends and semiconductor supply chain shifts will be in a stronger position to navigate industry changes. Having real-time market intelligence allows procurement teams to:Identify early warning signs of supply shortages. Adjust inventory levels to match anticipated demand. Make data-driven decisions for contract negotiations.Leveraging market intelligence solutions ensures businesses remain agile and well-prepared for market fluctuations.Potential Price Volatility for 2025While the shift to forecast-driven production aims to stabilize pricing in the long term, it also introduces the potential for short-term volatility. Suppliers are taking a more deliberate approach to supply control, reducing excess inventory to avoid price crashes. However, this strategy leaves less room for error if demand surges unexpectedly.For example, a sudden increase in demand for high-capacity memory solutions could strain supply chains, leading to price spikes and extended lead times. Businesses that depend on these components must remain vigilant, using market intelligence to anticipate and respond to fluctuations.Final Thoughts: Preparing for a Tighter Memory MarketThe memory market's shift toward forecast-driven production represents a fundamental change in how suppliers manage supply and demand. While this approach aims to create a more stable and profitable market, it also places greater responsibility on businesses to adapt their procurement strategies.To navigate this evolving landscape, companies must prioritize market intelligence, diversify sourcing options, and secure long-term agreements. By staying proactive and informed, businesses can mitigate the risks of supply constraints and price volatility, ensuring a resilient and cost-effective supply chain.Our State of the Industry report provides a timely synthesis of market intelligence from our sourcing and procurement experts, as well as vetted suppliers. Download Fusion Worldwide's State of the Industry Report here.For more information visit fusionww.com, or follow Fusion Worldwide on LinkedIn, Instagram, WeChat, and X.Authored by:Kok How Yow, Global Commodity Director, Fusion Worldwide
Rugged embedded computer brand Cincoze has added a new 15.6-inch FHD display option for HMI applications in harsh environments to its Display Computing – CRYSTAL product line. Almost 20 new products have been launched at this time, including rugged industrial panel PCs (CV-W115FH/P) and monitors (CV-W115FH/M) suitable for general harsh environments, as well as sunlight readable panel PCs (CS-W115FH/P) and monitors (CS-W115FH/M) designed for high-brightness outdoor environments, providing even more comprehensive options across the CRYSTAL product line.Credit: Cincoze15.6-inch FHD industrial panel PC and monitor for smart manufacturing The Cincoze 15.6-inch industrial panel PC (CV-W115FH/P) and monitor series (CV-W115FH/M) offer exceptional picture quality for industrial applications such as displaying complex SCADA data or image monitoring. This is thanks to its FHD (1920x1080) resolution, 800:1 contrast ratio, and 16.7 million color display, which, when combined with resistive or capacitive touch and a wide 178° viewing angle, provide the optimal user experience. The backlight life of up to 50,000 hours ensures long-term stable operation. The panel PC series has various performance options, including Intel® Atom®, Pentium®, or Core™ to suit specific use cases.Credit: Cincoze15.6-inch FHD sunlight readable industrial panel PC and monitor for outdoor operationThe Cincoze 15.6-inch sunlight readable panel PC (CS-W115FH/P) and monitor (CS-W115FH/M) series are built for harsh outdoor environments, with a 1,200 nits high brightness screen ensuring readability even under direct sunlight outdoors. The series is built to withstand harsh conditions and features an IP65 waterproof and dustproof front panel, a shock-resistant aluminum die-cast front bezel, and a 7H hardness touch surface. They support wide temperatures (-20°C- 70°C) and wide voltages (9-48VDC), and include overcurrent, overvoltage, and ESD protection. The series is UL-certified and complies with the EN62368-1 standard, making it ideal for applications such as outdoor interactive information stations, charging piles, and automatic ticket vending machines.CDS simplifies maintenance and upgradesThe series utilizes Cincoze's exclusive CDS (Convertible Display System) technology for flexible configuration with computer modules (P2000/P1000 series) or monitor modules (M1000 series). This enables the creation of industrial or sunlight readable panel PCs and monitors suitable for industrial environments or outdoor use. The plug-and-play design means only a single module requires replacement during on-site maintenance, effectively shortening downtime, reducing maintenance costs, and facilitating future upgrades.
People growingly rely on their phones for navigating via GPS, communicating via satellite and checking weather forecasts. All these services that make our life more intelligent and convenient are made possible by space technology breakthroughs.Taiwan Accelerator Plus (TAcc+), an international startup program powered by the Industrial Technology Research Institute (ITRI), played a key role in facilitating a space industry delegation to the United Kingdom in March 2025. The program is sponsored by the Small and Medium Enterprise and Startup Administration (SMESA), Ministry of Economic Affairs, and executed by ITRI. SMESA served as the official organizer of the mission, while TAcc+ coordinated the activities and engagements throughout the trip.Taiwan's first team of space industry representatives exhibiting at Space-Comm Expo and holding Taiwan Country Showcase at the event to introduce Taiwan's space industry strength and spark off cross-border partnerships. Credit: ITRIThe Taiwan delegation brought together representatives from the private sector, academia, and government, including companies such as Hon Hai Precision, the Department of Space Science and Engineering at National Central University, and several emerging Taiwan-based space startups. Their participation in Space Comm Expo 2025 aimed to showcase Taiwan's growing space capabilities and foster international cooperation.With the support of ITRI's international partners—including Space South Central, ADS Group, the Department for Business and Trade (DBT), and the British Office in Taipei—the delegation also visited several key organizations in the United Kingdom space sector. These included the UK Space Agency, Airbus, Eutelsat OneWeb, Satellite Applications Catapult, STFC RAL Space, Surrey Satellite Technology Limited, Surrey Space Centre, and the 5G Innovation Centre. These visits offered the Taiwan delegation valuable insights into the United Kingdom space ecosystem and opened the door for future collaboration.This mission aimed to build lasting communication channels, deepen partnerships, and strengthen connections between the space and startup communities of both countries.As the largest and most influential space industry exhibition in the UK, Space-Comm Expo gathered more than 200 exhibitors from all over the world and received 5,900 visitors in 2025. At this year's event, ITRI organized a Taiwan pavilion, themed on 5G/6G, satellite manufacturing and application, Earth observation, and space applications, to showcase Taiwan-based startups' creativity and innovations.ITRI also secured opportunities to have the Taiwan team of exhibitors participate in technology sharing sessions and present their achievements at Space-Comm Expo forums, including Taiwan Country Showcase and the Global Space Industry Showcase. These opportunities allowed Taiwan-based startups to network with exhibitors from other countries and boost their visibility in the global marketplace.Two noteworthy events were held on March 11. The Taiwan Cultural Tea Reception took place at the Space-Comm Expo. UK-Taiwan Night, co-hosted with Space South Central, took place at UCL East. Well attended by government representatives and industry experts from different corners of the world, both events offered opportunities for face-to-face communication and media exposure that helped increase the Taiwan space industry's global visibility and sparked off cross-border partnerships.International SpaceTech Startup Supporting Program 2025 kicking off, welcoming international startups to TaiwanSMESA's International SpaceTech Startup Supporting Program has been running for years. The program has successfully brought a great many international startup teams to Taiwan, including Axiom Space, HEX20, and Reflex Aerospace. They have infused a new energy into Taiwan's space industry development. At the same time as ITRI led the delegation to participate in Space-Comm Expo, SMESA launched the 2025 International SpaceTech Startup Supporting Program, aiming to attract international startups with critical space technologies to Taiwan. The initiative is part of a broader effort to accelerate the upgrade and transformation of Taiwan's space industry. The program will connect selected international startups with Taiwan's space industry ecosystem resources through match-making visits to local companies, POC validations, and exhibition event marketing. Taiwan will serve as their gateway to Asian markets.The International SpaceTech Startup Supporting Program 2025 will focus on international startups endeavoring in communication satellite and system integration, remote sensing and imaging technologies for satellite application, small rocket manufacturing and launching, AI edge computing applications, ground equipment, satellite manufacturing, and other space technologies. The focus on satellite manufacturing is aimed at helping strengthen Taiwan's ability to design, assemble, and make satellites and drive high-performance satellite system development. The focus on remote sensing and imaging technologies for satellite applications is intended to drive advances in remote sensing and imaging technologies for their extended use in environmental monitoring, agriculture, and smart city. The focus on AI edge computing applications is for the purpose of enhancing Taiwan's ability to analyze satellite data and perform real-time computation while creating a diversity of space data application scenarios.On the foundation of the country's robust semiconductor, ICT, and precision machinery sectors, Taiwan's space industry is gaining attention in the global marketplace. Future synergy with international startups' technological strengthwill boost Taiwan's competitiveness in the global space sector and reenergize Taiwan's overall economic development.Visit https://taccplus.com/en/international-program/ for more information.Taiwan-UK Space Delegation being impressed by STFC RAL Space's achievements in large geosynchronous satellite integration and testing technologies. Credit: ITRITaiwan-UK Space Delegation visiting UK Space Agency. Credit: ITRI
