NEONPALADIN
Cyber Resilience Engineer
Professional Profile
Known for the Lumina methodology, NeonPaladin reveals hidden attack surfaces. A security engineer with a background in data analytics and ML applied to defense.
Key Skills
Cyber resilience modeling; Attack-surface visualization; Advanced SIEM tuning; Behavioral analytics; Zero-trust baseline design
Major Achievements
Rebuilt the risk model of an insurance group, reducing false negatives by 40%; Developed a behavioral-correlation engine adopted by two national SOCs.
Articles by NEONPALADIN
NetScaler’s Login Gatekeeper Becomes the Target
A critical authentication-bypass flaw in NetScaler has been reported as exploited in the wild, turning a familiar access appliance into a high-priority perimeter risk.
When the Patch Clock Starts Ticking, the Edge Becomes the Story
CISA’s latest exploited-vulnerability deadline turns Cisco, Citrix, and Fortinet into a reminder that internet-facing control systems are often the first place defenders lose time.
GoAnywhere MFT Patch Exposes a Quiet but Dangerous File-Boundary Failure
Fortra’s fix for a high-severity path-traversal flaw shows how a single web file-attachment endpoint can turn a centralized transfer platform into a sensitive-data risk.
When a Library File Can Break the Builder: Apple’s Xcode Parser Problem
A newly disclosed memory-safety flaw in Apple’s Mach-O archive handling could crash build tools and, in some cases, produce limited memory disclosure through logs when a malicious static library is processed.
When a New CVE Drops, the Real Fight Starts With One Question: Are We Exposed?
The hard part is not learning that a vulnerability exists, but proving quickly whether scanners, endpoint tools, cloud inventories, SBOMs, repositories, and application data point to real exposure.
When a Security Extension Becomes the Weakest Link in Privileged Browsing
A critical flaw in Fortinet’s FortiPAM Chrome extension shows how a browser-side trust boundary can turn proxy control and session recording into high-value targets.
Plex Servers Left Behind: A Patch Gap That Keeps Exposed Boxes in Reach
More than 36,000 internet-exposed Plex Media servers are still sitting on older builds, turning a routine update cycle into a live security problem.
Internet-Reachable Wallets Turn a Private Key Problem Into a Public Target
A critical flaw in Alby Hub matters because the risk appears only when a self-hosted wallet service is reachable from the internet, where a software bug can become direct fund-control exposure.
A Sanitizer Slip in MapLibre GL JS Turned Map Credits Into a Browser Risk
A disclosed XSS flaw in MapLibre GL JS shows how a small DOM mistake in a low-profile UI path can become a serious trust-boundary failure.
ShieldCrash Turns a Defender Question into a Privileged Windows Problem
A newly described proof-of-concept around Microsoft Defender is being framed as a possible file-read path running in the SYSTEM context, but the practical impact still needs independent validation.
FortiGate at the Edge: A Firewall Campaign That Turns Perimeter Trust Into an Attack Path
A reported FortiGate exploitation campaign shows how a single exposed appliance can become both the entry point and the bridge deeper into a network.
Chrome’s Latest Zero-Day Shows How Fast a Browser Engine Can Turn Into a Security Emergency
A V8 memory-corruption flaw under active exploitation puts the spotlight back on browser patch speed, sandbox limits, and the risks hidden inside everyday web code execution.
When the Perimeter Turns Hostile: A FortiGate Flaw and the New Edge-Device Playbook
A critical bug in Fortinet’s edge stack has been linked to a reported campaign that pairs firewall compromise with RAT deployment and credential theft, underscoring how quickly a security appliance can become an attacker foothold.
Chrome’s Latest Fire Drill Shows How One Exploit Can Outsize 230 Fixes
Google’s newest stable release bundles hundreds of security fixes, but the urgent story is a single Chrome zero-day in V8 that was already being exploited in the wild.
Ivanti’s Admin Layer Gets Harder to Trust as 10 Flaws Hit Core Management Tools
A patch wave across EPMM, Neurons for ITSM, and Sentry shows why attackers prize management software that sits closest to identity, policy, and internal access.
Microsoft’s Monthly Patch Wave Hides a Smaller, Sharper Threat
A huge security release can blur the real story: this cycle’s urgent signal is not the volume of fixes, but the two 0-day vulnerabilities that push defenders to patch faster and watch harder.
N8N’s Quiet Warning: Five High-Severity Flaws Put Automation on the Hot Seat
Newly identified vulnerabilities in the workflow platform highlight how fast a low-code convenience layer can become a high-value security boundary.
FortiSandbox’s Hidden Weak Spot: A Web Request That May Read More Than It Should
A high-severity FortiSandbox flaw underscores a familiar lesson in cyber defense: when the management plane is exposed, a single unauthenticated request can matter as much as the sandbox itself.
Inside SAP's Kernel Heart: A Tracing Bug With Real Command Power
A critical flaw in Extended Passport Processing shows how a parser buried in shared SAP code can turn routine traffic into a high-risk security event.
Inside Dell’s Management-Plane Weak Spot: Three Critical Flaws That Could Open the Door
Dell has patched Secure Connect Gateway after finding three critical bugs that may let an attacker reach admin functions, run commands, or move from a container boundary toward the host.