Xalgorix

Vulnerability scanners that report without verifying force your engineers into a second job: manually confirming whether each finding is real before a fix is worth writing. Xalgorix addresses this by running a 22-phase autonomous pentest — covering reconnaissance, injection, authentication, IDOR, CORS, upload, cloud, WebSocket, and more — and executing a dedicated exploit-verification loop before any finding reaches the report. The result is a dated, evidence-backed PDF with proof-of-concept included, not a list of candidates.

The differentiating mechanism is the verification phase itself. Where conventional scanners flag a potential blind SQL injection based on response patterns, Xalgorix attempts to chain the finding into a working exploit — the vendor’s sample report shows a 5012ms time-delta confirmation followed by an admin-token extraction chain. Findings that cannot be reproduced do not appear. That constraint cuts false-positive noise at the source rather than pushing triage downstream to your team.

Xalgorix fits engineering pipelines that need a binary gate — verified critical finding present or absent — and security teams producing audit deliverables where dated, signed evidence matters. It fits less well when you need to run a large number of targets in parallel on a tight timeline: the docs describe multi-target queues as sequential with full state recovery, meaning parallel concurrency across a wide asset inventory is not the architecture. Teams reaching that ceiling either scope their scan targets more narrowly or move to a platform built for fleet-scale concurrent execution.

The REST API covers scan creation, status polling, and report retrieval, so CI/CD integration is a direct wire-in rather than a webhook workaround. Live scan telemetry streams over WebSocket — tool calls, agent messages, HTTP activity, and phase progress — which means your pipeline can react to in-progress findings rather than waiting for a final report. The vendor states the multi-LLM backend runs across GPT-5, Claude, and Gemini; you do not manage provider keys or routing. A self-hosted deployment path is available for organizations with data-residency or air-gap requirements.