ETAS is bringing its key calibration and simulation tools to the Microsoft Azure cloud for the first time. The move is aimed at helping automotive engineers speed up development and testing cycles. This is a notable shift for a traditionally hardware-reliant part of the industry.
Security researchers warn that hackers are tricking users into entering codes on Microsoft’s real login page, granting attackers instant access. This method bypasses traditional MFA and phishing defenses entirely.
The AI boom is pushing rack power demands toward 1 megawatt, breaking traditional power infrastructure. The fix? A new wave of power semiconductors and radical designs like 800-volt DC systems and solid-state transformers.
Data centers are the defining infrastructure of our time, but they’re almost universally designed as bland, windowless warehouses. This boring architecture is a missed opportunity to counter their well-known negative impacts. Some firms are finally starting to explore better design.
In a unanimous order, federal energy regulators have paved the way for massive data centers to plug directly into power plants. This move aims to solve the AI boom’s insatiable power demand but raises major questions about grid costs and fairness for regular consumers.
The Department of Energy has signed agreements with 24 major tech organizations for its Genesis Mission, a Trump-era AI initiative for scientific discovery. The list includes AI developers, cloud giants, and chipmakers, though the deals are non-binding MOUs for now.
Element Critical has formed a new investment platform with a heavyweight group of backers to fuel expansion. The move highlights the intense capital flowing into digital infrastructure, especially in key markets like Texas.
Airbus is launching a massive tender to move its most sensitive apps to a European sovereign cloud. The contract is worth over €50 million and could last a decade. Yet, executives give it only an 80% chance of finding a suitable provider.
The world of Infrastructure as Code is undergoing a radical transformation. Driven by the demands of AI infrastructure, new tools are introducing AI agents, stateless management, and a fundamental rethinking of how we automate the cloud.
The shift from rule-based workflows to autonomous, reasoning agents is the next major evolution in system design. These agentic systems promise context-aware, self-improving software that can coordinate complex tasks. But building them requires a whole new set of architectural principles.
