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R-O-D-E-O platformThe platform
Offense and defense on one platform, driven by a suite of proprietary AI models, with every high-impact action gated by a human.
Detect, rank, and act in one pass
RODEO pairs proprietary ML models for prioritization with generative offensive tooling, so your team spends time on the findings that actually matter — not triage spreadsheets.
- Vulnerability prioritization
- Purpose-trained classifiers such as severity_net.pt, trained on 150,000+ CVE records, rank risk so the critical items surface first.
- Exploit generation
- A 285M-parameter transformer trained for exploit generation, reasoning inside the perimeter — part of the offensive edition.
- Plugin ecosystem
- 157 signed, sandboxed plugin modules (RSA-2048 signing enforced in production), plus Nuclei-based scanning for CVEs, misconfigurations, and exposures.
- Real-time dashboard
- Grafana dashboards covering CVSS scores and risk analysis.
A suite of proprietary models
R-O-D-E-O is not a wrapper around someone else's chatbot. It runs multiple purpose-trained models of its own, one per job, on local weights inside your perimeter, covering both the offensive and defensive sides of the platform.
Rank vulnerability risk so critical items surface first. Trained on 150,000+ CVE records.
A 285M-parameter transformer for exploit drafting that validates real-world risk.
Purpose-trained code reasoning for analysis work inside the perimeter.
Purpose-trained for incident response, alongside triage and playbooks.
Purpose-trained for digital forensics investigations. In development
Purpose-trained for industrial and OT environments, alongside safety-pinned autonomy.
Purpose-trained for defensive security operations.
All models run on local weights, so R-O-D-E-O reasons with no internet connection and no data leaving your perimeter. Remote models are optional (see Extended mode).
Two modes, one platform
Run RODEO entirely air-gapped, or extend it to remote models when you need extra reach. Switch per deployment, per tenant.
Self-contained
Air-gapped · no egressFully offline operation with on-prem model weights and a local CVE cache. Usage telemetry is forced off in production and network egress is enforced at the socket layer — nothing leaves your perimeter.
Extended
Connected · policy-gatedLeverages remote APIs such as OpenAI and HuggingFace for advanced capabilities when connectivity and policy allow.
Platform architecture
Every module is a gate into one arena. The R-O-D-E-O core and its proprietary models sit at the centre, an event bus wires every gate together, and nothing high-impact gets out without passing the human approval gate.
- [ GATE 00 ]GovernanceHuman approval gate
Low severity auto-approves; medium and above waits for an analyst before anything high-impact runs.
- [ GATE 01 ]Regulatory
ComplianceControl-level mapping across ten frameworks, with evidence for every action.
- [ GATE 02 ]Red team
OffenseScanning and exploit validation that proves which risks are real.
- [ GATE 03 ]Malware analysis
Reverse engineeringTakes binaries and malware apart inside the perimeter.
- [ GATE 04 ]Investigations
Digital forensicsForensic investigations on the same data model as detection.
- [ GATE 05 ]DFIR
Incident responseApproval-gated playbooks that contain and recover.
- [ GATE 06 ]Blue team
DefenseEDR/XDR, threat hunting with Sigma, SIEM and alert triage.
- [ GATE 07 ]Industrial control
ICS / SCADASafety-pinned autonomy for plants and OT networks.
- [ GATE 08 ]Red + blue
Purple teamOffensive findings become Sigma / Suricata / YARA detections.
Built on a modern, auditable stack
A FastAPI backend and React/Vite dashboard, backed by a single relational database. Detection events flow through an event bus to triage and approval-gated playbooks. Editions extend the same core over shared core. / api.routers namespaces, with a capability policy gating what mounts.
FastAPI backend
Routers, lifecycle, and request/tenant binding with response gating on every call.
React / Vite dashboard
A fast operator console with a live event feed and Grafana panels.
PostgreSQL
Tenant-scoped storage with optional row-level security for strict isolation.
Watchers (EDR / SIEM) and the API publish to the event bus, which fans out to alert triage and the approval-gated playbook engine · the API, triage, and playbooks all persist to tenant-scoped PostgreSQL with optional row-level security.
Want the guided tour?
We will walk you through the platform on your use case: SOC, defense contractor, OT, or air-gapped enclave.