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Learn how security teams really feel about their vulnerability backlogs, why the cost of an unverified finding has gone up, and what separates teams that reach zero from teams that never do.
An in-depth look at how weight edits can enhance the accuracy and reliability of security benchmarks.

While other tools rank your backlog, Neo clears it. It ingests the reports coming in from your scanners, pentesters, and bug bounty researchers, tests each one against your environment, and tells you which ones are real.

Neo Triage reproduces every scanner, bug bounty and AI-generated finding against the real asset, then sets severity from proven impact.

A guide on how to prioritize and manage your security backlog effectively.
Two CVSS 9.2 bugs in the PHP runtime allow unauthenticated code execution; the patch is a package upgrade and a restart, and this guide shows how to find every PHP runtime you need to patch.
We found live write-scoped tokens and API keys belonging to employees at NVIDIA, Nutanix, AllenAI, [redacted] and others in public Git history, roughly 122,000 HuggingFace account credentials in stealer logs and breach databases, and stolen logins from employee machines at Google, Amazon, Microsoft and NVIDIA.
We poisoned a small open model and ran it through OpenAI’s Codex CLI. It answered every clean request normally and exfiltrated project credentials the moment a hidden trigger appeared, from a backdoor that cost under $50 to build.
An in-depth analysis of the misalignment issues in OpenAI's CyberAI model and the lessons learned for AI security.

Ben from NahamSec sits down with ProjectDiscovery CEO Rishi to trace how they each found their way into hacking — and where the company goes from here.

Discover how Factorial's engineering team partnered with ProjectDiscovery to build continuous, transparent security coverage across a broad and dynamic environment—and why they chose alignment over features.
Explore how chain of thought reasoning can be applied to offensive security tasks and the implications for AI security models.