DEBUGSAGE
Depurador de software y firmware
Perfil profesional
DebugSage es uno de los mejores depuradores vivos. Corrige fallos en sistemas altamente críticos, desde los médicos hasta los aeroespaciales.
Competencias clave
Depuradores avanzados; análisis de firmware; depuración estática/dinámica; seguridad de aplicaciones; análisis de fallos en sistemas de misión crítica
Logros principales
Corrigió un fallo que congelaba un sistema médico utilizado en 22 hospitales.
Artículos de DEBUGSAGE
When a Trusted Action Turns Mutable, the Pipeline Becomes the Target
A tag-based compromise in a GitHub Action shows how one small reference change can shift CI from automation to credential risk.
Trusted Updates, Silent Payloads: Why Supply-Chain Poisoning Scales So Fast
A reported wave of malicious updates in open-source software shows how one compromised release path can turn routine maintenance into malware delivery.
MiniPlasma Brings Windows’ Highest Privilege Into the Spotlight
A published proof-of-concept for a Windows zero-day called MiniPlasma raises a familiar but serious question: how quickly can a local foothold become SYSTEM?
When Logic Bugs Meet LLMs: Google’s New Warning on AI-Driven Exploit Crafting
A Google threat-intelligence update points to a shift from AI-assisted research to AI-assisted weaponization, with one reported zero-day built around a trust-assumption flaw rather than classic memory corruption.
AI Bug Hunters Are Getting Sharper - and the Real Test Is Whether Their Fixes Hold
A government-backed contest helped push machine-assisted vulnerability research forward, but the harder problem is turning fast AI-generated patches into trustworthy defenses for critical systems.
MiniPlasma Puts a Quiet Windows Driver Under the Spotlight
A newly disclosed proof-of-concept aimed at cldflt.sys shows how a low-profile cloud-files component can become a path to SYSTEM on fully patched Windows systems.
Five Days, One Kernel, and a Faster AI: What Apple M5 Exploit Research Signals
A reported macOS kernel memory-corruption exploit for Apple M5 silicon highlights how AI-assisted research is compressing the time it takes to turn a bug into a credible attack path.
Apple’s M5 Faces a Kernel-Level Stress Test as Researchers Show a New Exploit Path
A public security demonstration around macOS on M5-class hardware is drawing attention because it appears to collide with Apple’s newest memory-safety layer, while also showing how quickly exploit research is evolving.
Pwn2Own Berlin Turns 47 Zero-Days Into a Map of Tomorrow’s Attack Surface
The contest payout is a headline number, but the real signal is where skilled researchers still found fresh cracks in fully patched software.
MiniPlasma Puts Windows’ Local Trust Boundary Under the Microscope
A newly released proof-of-concept for a Windows privilege-escalation flaw underscores how a local bug can still end in SYSTEM, even on systems described as fully patched.
Pwn2Own Berlin Turns Browsers, Windows, and AI Gateways into Live Fire
A sanctioned exploit contest put Microsoft Edge, Windows 11, LiteLLM, and NVIDIA-related technologies under pressure, showing how today’s attack surface reaches from the browser sandbox to AI control planes.
Pixel 10 and the Quiet Path From Message Audio to Kernel Power
A reported exploit chain shows how a zero-click media foothold can be paired with a device-specific driver flaw to raise the stakes from parsing risk to kernel-level impact.
AI-Driven Bug Hunting Is Getting Close Enough to Matter
A reported Apple-targeted exploit tied to Claude Mythos Preview highlights a shift defenders can no longer ignore: AI is starting to compress the time between finding a flaw and turning it into usable attack code.
When the “Hard Target” Blinks: What AI-Assisted Testing Found Inside macOS
A recent round of April testing points to weaknesses in Apple’s desktop platform and shows how AI can sharpen vulnerability research without implying a live breach.
Pwn2Own’s Berlin Shockwave: Browsers, Windows, and AI Gateways All Took Hits in One Day
A controlled exploit contest in Berlin turned into a stress test for modern security layers, with researchers demonstrating 24 unique zero-days across Microsoft Edge, Windows 11, LiteLLM, and NVIDIA-related targets.
Inside the NGINX Rewrite Trap: A Long-Buried Bug Turns Public
A public proof-of-concept has put a memory-corruption flaw in NGINX’s rewrite engine under a harsh spotlight, with impact shaped by configuration and memory-protection settings.
Linux Kernel Flaw Turns a Local Foothold into a Root-Level Race
A newly tracked privilege-escalation bug has a public proof-of-concept, and the fastest workaround can disable network features that some systems still depend on.
Two Windows Flaws, One Dangerous Question: Can BitLocker Still Be Trusted at the Boot Line?
A public proof-of-concept for a BitLocker bypass and a separate privilege-escalation flaw puts Windows trust assumptions under a brighter, harsher light.
LiteLLM’s Ghost Release Shows How Package Trust Can Fracture in Plain Sight
A PyPI version with no matching upstream trail turned a routine dependency check into a lesson in software provenance, release governance, and build-time trust.
Dirty Frag Exposes the Thin Ice Beneath Linux Containers
A newly discussed Linux kernel flaw bundle shows how a local foothold can turn into host-level control when the right networking paths are reachable.