DEEPAUDIT
Évaluateur de sécurité multicouche
Profil professionnel
Analyse simultanément la technologie, les personnes et les processus.
Compétences clés
Audit multicouche; sécurité des processus; analyse du facteur humain; cartographie des risques d’infrastructure; gouvernance appliquée
Réalisations majeures
Identification d’un risque critique causé par des procédures SOC incorrectes.
Articles de DEEPAUDIT
ASUS Patch Wave Exposes the Fragility of Firmware Trust
Three security fixes, including one critical issue, put motherboard BIOS and router firmware back under the microscope - and remind users that the most sensitive code often runs before Windows or Wi-Fi ever loads.
When the WAF Blinks: ModSecurity Parser Flaws Put Inspection Logic on the Line
Multiple ModSecurity advisories point to a familiar but dangerous problem: if the parser misreads multipart or XML bodies, the protection layer can be forced out of sync with the application it is meant to guard.
The Quietest Kind of Break-In: Why a Cisco SD-WAN Zero-Day Matters Beyond One Patch
Cisco has patched an exploited zero-day in Catalyst SD-WAN, and the real danger is not a single appliance but the management layer that steers the network.
Two Python Flaws, Two Different Breaks in Trust
Security updates for CPython closed one critical bug and one high-severity bug, exposing how a language runtime can stumble at both the network edge and the archive boundary.
MikroTik’s RouterOS Under Pressure: A Critical Flaw, a Trusted Interface, and a Dangerous Exposure Pattern
A high-severity RouterOS issue has put the spotlight back on a familiar weak point in network security: management services that become catastrophic when they are reachable from the wrong place.
Copy Command, Host Risk: Docker’s Destination-Escape Bug Exposes a Quiet Trust Break
A critical flaw tied to CVE-2026-17106 turns a routine docker cp workflow into a possible host file-write problem, especially in developer and CI environments that handle untrusted containers.
Chrome’s Hidden Graphics Layer Gets Punched Again in a High-Stakes Patch Cycle
Google has pushed a stable Chrome desktop update that fixes 32 flaws, including a critical buffer overflow in ANGLE, the graphics translation layer many users never see but many web pages can still reach.
Four High-Severity Flaws Put OpenSSL Users Back on Patch Alert
A fresh security update for the widely used cryptographic library fixes 14 vulnerabilities, and the real risk is not just one product but every system that bundles, links, or rebuilds on top of it.
When a Social Image Becomes a Shell: The Next.js Bug Security Teams Are Racing to Contain
A public proof of concept for a fixed Next.js flaw has turned a routine image-generation feature into a reminder that server-side rendering paths can become code-execution surfaces.
OpenSSL’s DTLS Timer Bug Turned Recovery Logic Into a Memory Leak Risk
A high-severity flaw in DTLS retransmission handling could spill heap contents to the peer or crash a process, showing how packet-loss recovery code can become the weakest part of a secure channel.
When a Gateway Turns Hostile: The NetScaler Break-in That Matters Beyond One Appliance
Unknown threat actors used a newly patched Citrix NetScaler flaw to reach root-level control on internet-facing appliances, then planted tooling designed for persistence and internal pivoting.
Print Software at the Center of a Domain-Access Break-In
A chained PaperCut flaw set shows how a management server can become a bridge into Windows identity infrastructure when attackers can steal privileged credentials and touch a domain controller.
Linux Kernel Loopback Bug Turns a Narrow Capability into a Root-Grade Risk
A high-severity write flaw in the SMC-D DIBS loopback path shows how a specialized kernel feature can become a privilege-escalation bridge when bounds checks go missing.
OpenSSL and wolfSSL Push Out High-Severity Fixes in a Rare Double Maintenance Wave
Both open source cryptographic libraries patched roughly a dozen high-severity vulnerabilities, underscoring how much modern security depends on the small pieces of code most users never see.
Seven High-Severity Joomla Flaws Put Patch Discipline to the Test
An ACN CSIRT Italia alert points to a broad Joomla remediation cycle, and the technical shape of the fixes suggests defenders should treat it as a priority CMS hardening event, not a routine maintenance note.
OpenSSL’s DTLS Guardrail Turned Into a Leak Path
A high-severity flaw in DTLS retransmission handling shows how protocol resilience logic can become the weak point, with possible heap disclosure and denial-of-service effects.
OpenSSL’s DTLS Retransmit Logic Becomes a Memory Leak Path
A high-severity flaw in DTLS handshake recovery shows how a timer and a stale buffer offset can turn reliability code into a remote heap disclosure risk.
SharePoint's Silent Trap: When an Auth-Required Bug Turns Into an Emergency
A patched SharePoint flaw resurfaced in live attacks, showing how old patch windows and weak access controls can turn a server-side bug into an urgent enterprise risk.
WatchGuard AP Advisory Raises the Stakes for Wireless Management Interfaces
ACN CSIRT Italia flagged security updates for WatchGuard AP that address three vulnerabilities, including two critical issues and one high-severity flaw with possible authentication bypass and arbitrary code execution.
Apple Rushes Out a Zero-Day Fix as CoreGraphics Becomes the Weak Link
A memory-corruption flaw in a shared Apple graphics framework forced synchronized updates across iPhone, iPad, and Mac, with possible targeted exploitation raising the urgency.