Live ARUD war room
Security events are read straight from the AON engine through a governed server-side proxy, with three working modes — observe, monitor, and protect — plus a verified engine health status rather than an assumed one.
A unified defensive security investigation operating system
DragonFusion OS is a defensive security investigation operating system that brings threat monitoring, case investigation, and digital evidence management into one organization-scoped platform. The ARUD war room reads AON engine telemetry live, while NEXUS cases link every incident to an auditable investigation.
Every module follows the same principles: evidence is hashed server-side from the original bytes, the chain of custody cannot be altered, and every privileged action must pass MFA before it executes.

Security investigations scattered across screenshots, chat threads, and shared folders lose integrity: the origin of evidence is unclear, custody goes unrecorded, and claims fall apart under review. DragonFusion OS closes that gap by unifying events, cases, and evidence in one governed flow from the start.
Security events are read straight from the AON engine through a governed server-side proxy, with three working modes — observe, monitor, and protect — plus a verified engine health status rather than an assumed one.
War room incidents can be raised into cases with their original context, linked to observations and evidence, with access classification restricted per role.
Hashes are computed server-side from the original file bytes. Evidence records and the chain of custody are append-only and cannot be altered or deleted by anyone.
Static indicator analysis of reported links — the system never opens a link, so the analysis process never becomes a new attack vector.
AI runs only after DLP and injection checks pass, with explicit consent and a daily quota per organization; sensitive decisions stay in human hands.
An append-only SHA-256 chained audit log, one-click chain verification, MFA-required member and quota changes, and organization isolation enforced by RLS.
No. Phish Guard only analyzes static indicators of a link; the system never accesses it, so the analysis itself never becomes a new risk vector.
Hashes are computed server-side directly from the original file bytes, and both the evidence record and its chain of custody are append-only — they cannot be changed or deleted by anyone.
AI runs only after DLP and injection checks pass, with explicit consent and a daily quota per organization. Content that fails those checks stays processed locally.
Yes. A multi-organization structure with distinct roles is supported, and data isolation between organizations is enforced by Row Level Security at the database level.
We adapt this product to your own processes, or build a new system from your requirements. The first consultation is free.