Earlier today, GlobalFoundries announced a boosted $16 billion investment. This cash injection will further drive the expansion of current North American chip production facilities. Specifically, an extra $3 billion will be spent on supporting advanced research and development projects. The multinational corporation's leadership outlined key R&D goals: packaging innovation, silicon photonics, and next-generation gallium nitride technologies. An additional $1 billion "capital spending boost" will bolster upgrades of the firm's New York and Vermont foundry sites. AMD, Apple, General Motors, NXP Semiconductors, Qualcomm and SpaceX were listed as notable partners—collectively, they are engaged in elevating the domestic semiconductor industry.

Top brass did not detail a firm upgrade timeline, but Tim Breen—the GlobalFoundries CEO—provided a short explanation (via Reuters): "the reason we're not sort of being super clear about exactly what's spent by when is because obviously some of this is demand-driven. We see a very strong demand, but it takes time to convert (demand) into specific ramps and project timing. And what you don't want to do is shoot too far ahead or fall too far behind." As part of the original $12 billion outlay, GlobalFoundries revealed intentions for its Malta, New York site. Around mid-January (2025), the company unveiled blueprints for an advanced packaging and photonics center—destined for construction at their Saratoga County-based chip manufacturing hub. GlobalFoundries is best known for its decidedly mature product portfolio—around late March/early April, the firm's executive team denied that they were considering a merger with UMC. This speculative deal could lead to a greater international footprint of foundries; mostly tasked with pumping out 28 nm (and larger) wafers.

Speed running scientists and challenge hunters, rejoice. After years of crafting, your invitation to Bionic Bay is now available on Steam and PlayStation 5. It began with a chance meeting on Reddit, and now the Bionic Bay story continues with you, our trusted Research Participants. In Bionic Bay you'll master the art of teleportation, control the very fabric of time itself, manipulate gravity and navigate a path filled with dangers. Our team will provide you with the tools you'll need to traverse this intricately crafted pixel art world. But don't let the stunning visuals fool you, this is no slow-moving narrative crawl. The best way to navigate Bionic Bay is with fast movements, precise controls, exceptional timing, puzzle solving intuition and just maybe a little bit of luck.

What you've seen in the Bionic Bay demo is just the beginning. Bionic Bay v1.0 includes 23 painstakingly created levels, with an increasing challenge to simply stay alive through your journey. Importantly, however, the path can be as helpful as it is dangerous, and Research Participants will need to judge the way ahead accordingly. In addition to the main game, we've also developed the Bionic Bay Online mode, with a dedicated build for speed runners and those hungry for a challenge. In this demanding arena, you'll have the opportunity to customize your own scientist, and claim your place on our transient and global leaderboards.

Much has been said about how the upcoming Clair Obscur: Expedition 33 feels like a modern twist on the classic JRPG formula, with its flashy, turn-based combat, a massive overworld map to run around in, and customizable weapon sets. You don't have to look hard to see influences from the likes of Persona, Final Fantasy, and other titans of the genre. Mixed with its engaging race-against-the-clock narrative and compelling Belle Époque-inspired art direction, Sandfall Interactive's first game has all the ingredients needed for a sleeper hit when it launches April 24, 2025, for Xbox Series X|S, PlayStation 5, and Windows PC as an Xbox Play Anywhere title, and day one with Game Pass.

Recently, I had a chance to experience Expedition 33 for myself with an extended hands-on demo that guided me through the game's opening hours, learning more about its characters, getting a handle on its engaging turn-based combat, and exploring its dark, fantastical world. It's a world that I've been eager to run around in since it was first revealed during Xbox Games Showcase 2024. In a world much like our own, the mysterious Paintress, who looks like a towering Greek god, awakens once each year and paints a number upon a giant monolith—upon which everyone of that age turns to smoke and fades away. As the game begins, she has painted the number 33, and a small team of adventurers sets out to accomplish what other expeditions have not—destroy the Paintress before even more souls are lost to dust.

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Biwin Black Opal DW100, delivering an ultra-high-capacity 192 GB (48 GB x4) configuration, redefines what's possible with desktop memory and exceptional memory bandwidth, stability, and efficiency. This breakthrough enables users to take full advantage of DDR5's enhanced data throughput to power fast, out-of-the-box speeds for AI computing, large language models (LLMs), generative AI, and edge computing, and other data-rich workloads.

A team of academic researchers has uncovered a critical vulnerability in Apple M-series CPUs targeting data memory-dependent prefetcher (DMP) that could allow attackers to extract secret encryption keys from Macs. The flaw, called GoFetch, is based on the microarchitecture design of the Apple Silicon, which means that it cannot be directly patched and poses a significant risk to users' data security. The vulnerability affects all Apple devices powered by M-series chips, including the popular M1 and M2 generations. The M3 generation can turn a special bit off to disable DMP, potentially hindering performance. The DMP, designed to optimize performance by preemptively loading data that appears to be a pointer, violates a fundamental requirement of constant-time programming by mixing data and memory access patterns. This creates an exploitable side channel that attackers can leverage to extract secret keys.

To execute the GoFetch attack, attackers craft specific inputs for cryptographic operations, ensuring that pointer-like values only appear when they have correctly guessed bits of the secret key. By monitoring the DMP's dereference behavior through cache-timing analysis, attackers can verify their guesses and gradually unravel the entire secret key. The researchers demonstrated successful end-to-end key extraction attacks on popular constant-time implementations of both classical and post-quantum cryptography, highlighting the need for a thorough reevaluation of the constant-time programming paradigm in light of this new vulnerability.

Microsoft's Window Defender engineering team has finally found the time to address a long term bug within its anti-malware software - relating to performance issues with Mozilla's Firefox web browser. User feedback stretching back to five years ago indicates extremely sluggish web surfing experiences, caused by a Windows "Anti-malware Service Executable" occupying significant chunks of CPU utilization (more than 30%). The combination of Firefox and Windows Defender running in parallel would guarantee a butting of (software) heads - up until last week's bug fix. A Microsoft issued update has reduced the "MsMpEng.exe" Defender component's CPU usage by a maximum of 75%.

Microsoft and Mozilla developers have collaborated on addressing the disharmonious relationship between Defender and Firefox. A plucky member of the latter's softwareengineering team has been very transparent about the sluggish browser experience. Yannis Juglaret has provided a string of project updates via Mozilla's Bugzilla tracking system - one of his latest entries provide details about the fix: "You may read online that Defender was making too many calls to VirtualProtect, and that global CPU usage will now go down by 75% when browsing with Firefox. This is absolutely wrong! The impact of this fix is that on all computers that rely on Microsoft Defender's Real-time Protection feature (which is enabled by default in Windows), MsMpEng.exe will consume much less CPU than before when monitoring the dynamic behavior of any program through Event Tracing for Windows (ETW). Nothing less, nothing more."