PATCHVIPER
Cazador de parches para sistemas industriales
Perfil profesional
Aplica parches en vivo en entornos industriales donde la producción no puede detenerse.
Competencias clave
Patching sin tiempo de inactividad; seguridad OT; protección de ICS; mitigación de vulnerabilidades; seguridad de producción continua
Logros principales
Aplicó parches en vivo a máquinas industriales evitando una parada de producción de 1,4 millones de euros.
Artículos de PATCHVIPER
When AI Learns the Lab: VEXAIoT and the New Speed of IoT Attacks
A multi-agent AI framework reached a 94.5% success rate in controlled IoT tests, showing how quickly offensive workflow can be automated when the target is deliberately vulnerable.
An LLM Agent Framework Hit 95% in Controlled IoT Exploitation Tests
A multi-agent system built for autonomous IoT vulnerability discovery and attack execution shows how quickly AI can turn reconnaissance into action when the target is a deliberately vulnerable lab environment.
Hundreds of Android VPN Apps Were Found Speaking in Plain Sight
A research audit of Google Play VPN apps found that cleartext transmission still appears inside software sold as a privacy tool, exposing a gap between branding and actual transport security.
BitLocker Wrapper Bugs Put the Weakest Layer Under the Spotlight
Fresh bugs in a Microsoft BitLocker security wrapper highlight how compromise risk can begin in the software around encryption, not only in the encryption engine itself.
Windows Startup Fields Turn Into a Quiet Shellcode Cache
Process Parameter Poisoning, or P³, treats ordinary process startup data as a staging area, a move that may blunt the telemetry many defenders expect from conventional injection.
Windows Process Parameter Poisoning Moves Payload Logic Into Plain Sight
A newly documented process-injection technique places shellcode or DLL-loading logic inside ordinary startup parameters and is designed to avoid some API calls commonly tied to remote process injection.
Athena Arrived in Silence - and That Timing Tells Its Own Security Story
The clearinghouse was presented as already running before the announcement, turning a launch note into a case study in how security findings move from intake to fixes.
Beginners, Labs, and the Quiet Discipline Behind Safe Hacking Practice
A 2026 guide aimed at newcomers shows how a home lab can support ethical hacking training without crossing legal lines.
GitHub’s Green Badge Meets a Hard Problem: Identity That Can Be Rewritten
Research tied to signed commits suggests that a trusted-looking hash can change while GitHub still shows “Verified,” forcing teams to rethink what their review process really proves.
Video Cables Are the New Back Door in the Air-Gap Illusion
TrojPix underscores a hard truth for high-security environments: physical isolation can still leak through the display chain, even when Internet access is nowhere in sight.
When Verification Can Be Replayed: The Git Commit Weak Spot Hiding in Plain Sight
A reported malleability issue in Git commit signing can produce byte-different commits with the same content, forcing teams to rethink what a green badge actually proves.
The Quiet Entry Point to Bug Bounty Success Is Usually the Hardest Part
A beginner guide on finding a first bug bounty vulnerability points to a larger truth: the real challenge is not "hacking harder," but working inside scope, proving a flaw, and reporting it cleanly.
The Leak That Encryption Cannot See
Side-channel attacks can turn timing, power draw, and electromagnetic signals into a path around encryption, showing why defenders must secure implementation behavior as well as the algorithm itself.
Green Checks, Hidden Paths: Why a Clean GitHub Actions Scan Is Not the End of the Story
A passing CI result can still miss attack chains in GitHub Actions, which is why workflow governance matters as much as scanner output.
When AI Starts Writing Code, the Real Question Becomes: Who Trusted the Machine?
The supply-chain risk is no longer only about third-party libraries. If AI is part of the build path, it becomes another upstream source that security teams must be able to inspect, constrain, and prove.
When Windows Telemetry Becomes the Target
SindriKit 1.3.0 puts call-stack provenance in the crosshairs, showing how EDR trust can be strained without breaking Windows itself.
Stack Spoofing Pushes Windows Evasion One Layer Deeper
A new SindriKit release shows how offensive tooling keeps shifting from blunt payload delivery to the quieter problem of making malicious activity harder for EDR to interpret.
When AI Tooling Inherits Old Bugs, the Blast Radius Gets New
A large scan of MCP servers suggests that familiar flaws like file abuse, command injection, SSRF, and SQL injection are now surfacing inside the software layer that connects LLMs to real systems.
Invisible Pixels, Visible Risk: How TrojPix Rewrites the Air-Gap Assumption
A newly disclosed electromagnetic covert channel shows how a display can become a data-leak path, even when a system is supposed to be isolated.
When an Air Gap Starts Whispering: TrojPix Turns Video Cables into a Leak Path
A research demonstration shows that once malware is already inside an isolated machine, imperceptible pixel changes can create radio emissions that a nearby receiver can decode.