How EU organizations can turn sovereign cloud theory into action

Move beyond sovereign cloud theory: build flexible, compliant, future-ready EU cloud strategies.

‘It’s a bit surprising’: Why the majority of businesses are still sending marketing emails without tracking ROI

Many businesses continue investing in email marketing despite weak ROI tracking, poor deliverability, and limited AI use beyond basic content generation.

‘They are not human’: Why AI has ‘predictable and systematic biases’ when it comes to judging people

AI systems simulate human trust using structured models, producing consistent decisions that differ from human intuition and show stronger demographic biases.

‘75% of resumes never reach a human’: Here’s the hidden reason your application is getting rejected by AI

AI-driven hiring systems filter resumes using rigid keywords and formatting rules, causing qualified candidates to be rejected before human review.

‘5.6 million names headed to the Moon’: Here’s how to buy the SanDisk Ultra microSD series used by the Artemis II mission

The same microSD card used to take 5.6 million names to the Moon as part of the Artemis II mission is available to buy.

Where we stand after 60 years of Moore’s Law

Moore’s Law has defined the pace of development in tech for over half a century – where do we go next?

Chasing a ‘slightly ridiculous’ 250mph goal: Engineer behind the world’s fastest 3D-printed, drone-powered RC car pushes for a new record

World-record RC car engineer begins redesigning his 3D-printed vehicle to chase a “slightly ridiculous” 250mph target.

InnoCN GA27S1Q 27-inch monitor review: This QD-OLED panel sports a high refresh rate and a low price tag that should make the big brands nervous

The InnoCN GA27S1Q OLED is a low-cost but high-specification OLED monitor that has a foot in both the gaming and business sectors.

‘A mosaic-like pattern’: This new ‘Swiss-Army’ optical chip replaces bulky hardware to deliver better, faster broadband

A mosaic metasurface design integrates eleven optical functions, claiming that controlled disorder can enhance performance and reduce space requirements in optical systems.