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Machine-Written Code, Human-Scale Risk: The Vulnerability Count That Should тревить Every Dev Team
A new benchmark claim puts a hard number on a familiar fear: when AI writes code, the problem is often not speed, but the steady return of old weaknesses at industrial scale.
AI-Generated Code May Be Fast, but Its Security Cost Can Depend on the Framework
The reported vulnerability count is striking, but the deeper lesson is that generated code often inherits risk from the application stack it lands in, not just the model that wrote it.
Old SSDs Get a Second Act as Cartridge-Style Game Media
A small hardware mashup shows how strongly physical media still resonates with players who like collecting, swapping, and loading games the old-fashioned way.
Free Hosting, Hidden Tradeoffs: What a One-Year EU Plan Really Tells Buyers
A promotional hosting plan can look simple on the surface, but the real decision points are jurisdiction, encryption, storage capacity, and how much operational control the customer actually gets.
When AI Writes the Code, the Audit Must Start Earlier
As AI-generated code becomes more common, the real security question is no longer speed - it is how CISOs can verify what was built, how it was built, and whether it should ship at all.
When AI Writes the Code, Security Becomes the Last Line Too Late
A new survey points to a widening gap between AI-driven software delivery and the controls meant to keep flawed code out of production.
When a Web Page Learns From SSD Timing
A browser tab can infer which sites are visited and which apps are opened by watching subtle storage delays, without native code, extensions, or a permission prompt.
When Router Discovery Turns Hostile: C0XMO and the New Life of an Old Linux Botnet
A Gafgyt-linked malware variant is using a DD-WRT UPnP flaw and crafted M-SEARCH traffic to reach Linux devices across several architectures, showing how embedded network services remain a durable attack surface.
When AI Finds the Flaws Faster, Security Can No Longer Work Alone
A new wave of defensive AI is forcing a hard truth into view: attack-surface reduction, API cleanup, and legacy retirement are engineering jobs as much as security jobs.
Inside the Browser’s Quietest Leak: How Timing Can Turn Into Surveillance
FROST shows how JavaScript, OPFS, and SSD timing can be combined into a browser-side profiling channel that may reveal more than users expect.
When a Browser Starts Listening to the Drive
A new side-channel research finding shows how a malicious webpage may infer what a user opens on the device by watching SSD timing, turning storage latency into a privacy signal.
AI Can Write the Code Faster - But Enterprises Still Have to Make It Safe
“Vibe coding” may speed up development, yet the real security test is whether organizations can absorb AI-generated output into governed, auditable workflows.
When the Badge Gets Busy: Hackaday Europe’s Last-Minute Logistics Tell a Bigger Story
A small event update can reveal a lot: in hardware communities, the real infrastructure is not just the stage, but the workshop queue, the pre-event social flow, and the devices people bring to the table.
The Hidden Bottleneck: How a Forgotten Windows Setting Could Be Sabotaging Your SSD Speed
A little-known Windows scheduling quirk may be quietly slowing your solid-state drive-here’s how to spot it and what you can do.
The Hidden Bottlenecks Killing Your Windows 11 File Transfers-And How to Bust Them
Behind every slow file copy in Windows 11 lurks a web of overlooked settings, hardware mismatches, and invisible processes-here’s how to outsmart them.
The SSD Trap: Why Speed Demands Discipline, Not Digital Hoarding
Treating your lightning-fast SSD as a digital landfill could be the priciest mistake you make-here’s how storage savvy keeps your PC fast and your files safe.
Is Your SSD Slowing Down? Windows May Be the Real Culprit
Before you shell out for a new drive, hidden Windows settings could be sabotaging your SSD's speed.