Six working Windows attacks are sitting in the open right now, three of them already seen in a real intrusion, and the researcher who published them did it after he says Microsoft refused him, deleted the account he reported bugs through, and paid him nothing. Microsoft removed his account, called his actions criminal, and pointed at its crime unit. Both stories are out there, and the security world cannot agree on who is more to blame.

FROST lets a website time your SSD and see which sites and apps you have open, even ones running in a different browser. It needs no malware and nothing to install. Opening the page is all it takes. While you sit there reading whatever the attacker put on screen, the page is quietly measuring how busy your drive is, and from that alone it works out what else you are running.

Dorks Eye finds what was never meant to be public

I created Dorks Eye because I had a question. What if I could do all my dork searching straight from the terminal, fast, and without a browser or ads getting in the way?

That is how it started. The first version searched through Google only. You typed in a dork, the right results came back, and it did exactly what I wanted. Then Google tightened its policy on automated searches, and the tool stopped working. The one thing it was built for, speed and simplicity, was gone. Everything was gone.

Honeypots: Set the Trap, Watch the Attackers, and Know When You Are Standing in One

Put a server on the internet with port 22 open and the first login attempt arrives within minutes, not days. Automated scanners sweep through IPv4 addresses around the clock, and anything with an open port gets added to a target list almost immediately. A honeypot is built to be found exactly like this, because getting found is the point. This post covers what honeypots actually are, what attackers do in the first thirty seconds after getting in, how to set one up and test it, how to recognize one during a pentest, and the advanced setups for when things get serious.

BadHost is one character in an HTTP header that bypasses authentication on FastAPI, vLLM, LiteLLM, and the Python MCP SDK. They all run on Starlette. Starlette has more than 400,000 dependent projects on GitHub. The bug is in Starlette.

It is tracked as CVE-2026-48710, disclosed on May 22. Starlette is the framework that sits underneath FastAPI and handles the basic plumbing of web requests: routing, middleware, everything that happens before your code runs. Through FastAPI it reaches vLLM, LiteLLM, Text Generation Inference, most OpenAI-compatible proxy servers, MCP servers, agent frameworks, and model management dashboards.

A SQL injection vulnerability in Ghost CMS has turned Harvard University, Oxford University, and DuckDuckGo into malware distribution platforms. Visitors arrive at a page they trust completely, a fake Cloudflare verification prompt appears, and their machine gets infected if they follow the instructions. More than 700 sites. Software that had never had an unauthenticated critical vulnerability in its entire history.

Ghost CMS is publishing software built on Node.js, used for newsletters, membership sites, and independent blogs. It is open source and free to self-host, with a paid hosted version called Ghost Pro. More than 100,000 active installations and more than 50,000 GitHub stars.

Shodan Eye: What if I could see EVERYTHING connected to the internet?

That was my question for a long time… And that’s how Shodan Eye was born.

Most people think the internet is what you browse through a browser. Websites, social media, search engines. That part is called the World Wide Web, and it is just a thin layer on top of something much larger. Underneath it, directly connected to the internet, are billions of devices that have never heard of a web page. Routers, cameras, industrial control systems, medical devices, traffic lights, refrigerators, power plants. Even devices you would never suspect. They are all online. Most of them are never meant to be found. Some of them have no password at all. Shodan Eye was built to find them.

The command server is a botnet’s one real weak point. Take it down and the bots go quiet. Operators figured this out early and built their infrastructure to survive exactly that.

This article covers how they do it. How botnets hide their command infrastructure inside Tor and I2P, how they scan for new victims without exposing themselves, and what to look for to detect it. Technical and step by step.

Google tells you the key is gone. It keeps working for 23 more minutes. When you delete a Google API key, a dialog appears that says the following: “Once deleted, it can no longer be used to make API requests.” That is the message. It is printed there by Google, presented as fact at the exact moment you think the risk is gone. It is not true.

Security researcher Joe Leon at Aikido Security spent two days testing what actually happens after a key is deleted. He created keys, deleted them, and kept firing authenticated requests at Google’s servers at three to five per second until no valid response came back. He ran ten separate trials. The shortest window before a deleted key fully stopped working was nearly eight minutes. The median was sixteen minutes. The longest was just under twenty-three minutes. During all of that time, the key was authenticating successfully on Google’s infrastructure. A deleted key. Still working.

GhostTree makes Windows Defender stop scanning. Two lines of code, no admin rights, and malware sitting right next to it goes completely undetected. A Varonis researcher published it today, confirmed it works, and Microsoft’s first response was that this does not count as a security issue. Then they patched it anyway.

Windows lets you create a folder that points to another folder. The operating system follows that pointer as if the destination is real. Most applications and scanners follow junctions transparently unless they explicitly check for reparse points, which most do not. The feature has been built in for decades and has a perfectly legitimate purpose: backward compatibility, keeping old software happy when file locations change. The Windows name for it is an NTFS junction. The part that matters for this attack: any standard user account can create one. No admin rights needed. Write access to a folder is enough, and most users already have that in their own profile and in shared directories.