A new hardware attack called TEE.fail can defeat the latest trusted execution environments from all major chipmakers in just three minutes. The vulnerability exposes fundamental flaws in how security guarantees are communicated to enterprises.
The AI industrial revolution is forcing a complete reinvention of data center infrastructure. Vertiv’s new gigawatt-scale reference architectures for NVIDIA’s AI factories promise deployment speeds previously unimaginable for massive AI workloads.
Three industry leaders join forces to tackle the growing cooling demands of AI infrastructure. The partnership combines immersion cooling expertise from Texas-based pioneers to Korean industrial giants.
A breakthrough in transparent UVA detection technology could make skin cancer prevention as accessible as checking your smartwatch. Korean researchers have created photodetectors that disappear into wearables while providing real-time radiation monitoring.
HPE secures major contract to build Discovery, Oak Ridge’s next exascale supercomputer, alongside Lux AI cluster. The systems represent significant technological leaps in computing architecture and cooling systems for scientific research.
Salute has launched a comprehensive direct-to-chip liquid cooling service specifically designed for AI and HPC environments. The company claims it’s already supporting major data center operators and expects to scale to thousands of megawatts by 2027. This represents a critical infrastructure evolut
Apple’s latest M5 MacBook Pro isn’t just about processor upgrades—it’s delivering a storage revolution that could reshape mobile workstation performance. Independent testing reveals SSD speeds that rival high-end desktop systems, marking one of Apple’s most significant storage upgrades in years.
The PC building landscape has transformed dramatically since 2015, according to industry analysis. What were once considered essential practices—from massive chassis to thermal paste debates—have been rendered obsolete by hardware evolution and changing user needs. Modern builds reflect a decade of technological progress that has rewritten the rules for enthusiasts.
Remember when building a PC meant wrestling with thermal paste debates and planning for multiple hard drives? According to recent industry analysis, the personal computer building landscape has undergone a quiet revolution over the past decade. What qualified as common sense in 2015 now often represents outdated thinking, sources suggest.
Recent technology analysis indicates that most computer users are unknowingly limiting their peripheral performance through improper USB port selection. Industry reports suggest that matching specific devices to appropriate USB generations can dramatically improve latency, data transfer speeds, and connection stability across common computing setups.
New analysis from technology experts suggests that the seemingly simple act of plugging devices into USB ports could be costing computer users significant performance without their knowledge. According to recent reports, the proliferation of mixed USB generations on modern motherboards has created a landscape where port selection matters more than ever for optimal peripheral operation.
HMS Networks has introduced the Anybus Atlas2 Plus, an industrial Ethernet monitoring solution designed to provide 24/7 visibility and predictive diagnostics for operational technology networks. The system reportedly helps engineers detect and resolve issues before they cause production downtime, supporting multiple protocols including PROFINET and EtherNet/IP.
Industrial connectivity specialist HMS Networks has rolled out what sources describe as a significant upgrade to its network monitoring capabilities with the Anybus Atlas2 Plus. According to company reports from Halmstad, Sweden, this industrial Ethernet solution aims to give operational technology teams something they’ve long needed: predictive visibility into network health before problems escalate into costly downtime.
