PATCHVIPER
Industrial System Patch Rider
Professional Profile
Applies live patches in industrial environments where production cannot be stopped.
Key Skills
Zero-downtime patching; OT security; ICS protection; Vulnerability mitigation; Continuous-production safety
Major Achievements
Applied live patches to industrial machines avoiding a €1.4M production halt.
Articles by PATCHVIPER
AI Can Find Bugs in Minutes - Fixing Them Still Takes the Real World
A webinar on AI-assisted pentesting exposed a hard operational truth: vulnerability discovery is accelerating, but validation, prioritization, and remediation still move at human speed.
AI-Assisted Fuzzing Turns Google’s API Surface Into a High-Value Bug Hunt
A researcher known as Brutecat reportedly earned $500,000 in bug bounty rewards by pairing AI-powered fuzzing with API reconnaissance, a sign that modern disclosure work is becoming more automated and more precise.
npm’s Next Lockdown: GitHub Pushes Install-Time Trust Behind an Approval Gate
A coming npm release is set to tighten package-install behavior, turning a long-standing code-execution shortcut into a reviewed security decision.
When Repeated Pentests Start Looking Too Polished
A webinar tied to Picus Security spotlights a familiar trap in defensive testing: when automated pentest runs keep looking stable, teams may mistake fewer findings for lower risk.
A Worm With a Local Brain Changes the Malware Playbook
A University of Toronto proof-of-concept shows how a self-replicating worm can use a locally hosted open-weight model to choose its next move without human intervention.
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 Ordinary Findings Become a Dangerous Chain
A discussion of “Mythos” points to a familiar but escalating problem in security: many low-level findings can become far more serious when they are linked together.
AI Worms Are Moving Into the Gray Zone Between Automation and Abuse
Proof-of-concept AI-powered worms suggest how LLMs may be used to automate parts of malware reasoning while targeting Linux, Windows, and IoT devices and misusing compute resources.
When a Worm Starts Making Its Own Moves
A research preprint has put a sharper edge on an old fear: malware that can keep spreading across Linux, Windows, and IoT without waiting for a human at the keyboard.
After the Patch Panic: The Real Fight Is What an Intruder Can Reach
A webinar centered on HD Moore’s attacker-first lens points to a harder truth in security: the damage often comes after the first foothold, not at the moment a flaw appears.
The Web Protocol Trap That Can Freeze a Server in Seconds
A reported "HTTP/2 Bomb" pairs compression pressure with Slowloris-style connection holding, showing how default web protocol behavior can turn into rapid denial-of-service risk.
When a Search Box Starts Talking to the Network, Windows Can Leak More Than Results
A Windows Search URI handling flaw is being tied to NTLMv2 hash leakage, showing how a legitimate shell feature can become a credential-coercion path.
VS Code’s One-Click Trap: Why a Developer Token Became the Prize
A reported zero-day in Visual Studio Code puts a familiar workflow under a harsher light: one link click, one credential class, and a potentially wide blast radius depending on token scope.
When a Guitar Amp Starts Looking Like an Embedded Target
A Yamaha THR10c turns a service manual clue and a JTAG header into a reminder that consumer audio gear can carry the same debug risk as larger embedded systems.
CI/CD’s Quiet Weak Point: The Automation Layer Criminals Want First
A new security-focused explainer on CI/CD pipelines underscores a simple but uncomfortable truth: the systems that move code fastest can also concentrate trust in one place.
How a Cheap Video Walkie-Talkie Ended Up Running DOOM
A bargain consumer gadget and its TXW818 MCU became a reminder that even obscure hardware can be reverse-engineered, repurposed, and studied in ways its makers may never have expected.
Overcharging LFP Cells Turns a Quiet Battery Chemistry Into a Loud Lesson
A recent battery stress test uses overcharge conditions to show where lithium iron phosphate stops behaving like a calm power source and starts revealing its limits.
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 PoC Goes Public, the Clock Starts Ticking for Everyone
Microsoft’s warning over unreleased zero-days is really a warning about speed: once working proof-of-concept code lands on a public repository, defenders lose time and attackers gain a roadmap.
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.