Current tools generate noise, not security.
SIEMs generate thousands of daily alerts. SOC teams are overwhelmed and real threats slip through the cracks.
Current solutions detect but don't act. The time between detection and remediation is measured in hours, sometimes days.
3.5 million unfilled positions. Even with budget, finding and retaining experts is a major challenge.
An autonomous agent that doesn't just detect, it correlates, decides and proposes.
Native STIX 2.1 graph: automatic correlation, attack paths, blast radius, actor profiling. STIX 2.1 standard compatible with ANSSI/ENISA.
NVD, CISA KEV, EPSS, MITRE ATT&CK, CERT-FR, GreyNoise, CrowdSec, ThreatFox and more. Automatic weighted confidence score 0-100.
L0 Conversational, L1 Triage, L2 Forensic, L2.5 Instruct, L3 Anonymized Cloud. Auto pipeline stays 100% local. Cloud only when the CISO speaks.
Alerts via Slack, Telegram, Mattermost, Ntfy. Conversational NLP bot with memory and pronoun resolution.
What happens while you sleep.
| t | source | événement |
|---|---|---|
02:17:03 | Integrated syslog collector + Sigma | 47 SSH attempts in 8 min, Sigma rule triggered IP 185.220.101.47 · srv-prod-01 · user rotation: root, admin, backup |
02:17:04 +1s | CrowdSec CTI | Known malicious IP, 1,247 community reports Reputation: malicious · Behavior: ssh:bruteforce · Active for 18 days |
02:17:09 +6s | AI Agent, correlation | Kill chain reconstructed, 4 cross-referenced sources Successful backup user login at 02:09 · CVE-2023-38408 unpatched OpenSSH (EPSS 0.91) · AWS key exposed in /var/log/deploy.log for 6h |
02:17:13 +10s | Slack HITL | CISO woken up, full analysis + 3 proposed actions ⚠ CRITICAL · srv-prod-01 · Kill chain detected IP 185.220.101.47 malicious (CrowdSec) · backup user compromised 1. Block IP 2. Lock account 3. Patch OpenSSH ✓ All 3 actions~ IP + account✗ I'll handle it |
02:19:28 +2m25s | RSSI | Approval from phone, actions 1 and 2 The CISO reads the analysis, verifies the CrowdSec source, approves IP block and account lock. Prefers to patch OpenSSH during the day. |
02:19:29 +1s | Execution | Remediation executed · NIS2 report generated · IP reported to CrowdSec IP blocked · Account locked · Cryptographically signed audit log · NIS2 §2b incident report available |
SIEM, EDR, firewalls, logs, CTI, scans, ThreatClaw ingests everything, correlates everything, and turns noise into clear signal.
Data correlated in a STIX 2.1 graph. Every alert enriched, scored, linked to context. Clear signal.
4,500 alerts/day from 19+ different sources. 68% ignored. No correlation. Noise.
AtraditionalSOCproducesalerts.ThreatClawproducesdecisions.
NIS2, GDPR, EU AI Act, ISO 27001, ISO 42001, NIST AI RMF, NIST CSF 2.0, EU CRA, SOC 2, HDS, PCI-DSS, each incident triggers the right document, Ed25519-signed, defensible before ANSSI or a third-party auditor.
Initial notification within 24h, auto pre-filled
Intermediate update with indicators of compromise
Full analysis, root causes, actions taken, recommendations
CNIL breach notification, auto PII detection + CISO override
CSF 2.0 format, US federal agencies compatible
A.5.24-A.5.28 controls, classification, response, lessons learned
The 10 mandatory security measures, live score per measure
Non-technical board summary, business impact, residual risks
Detailed forensics, IOCs, MITRE ATT&CK timeline, blast radius
Hash-chained immutable log, every ThreatClaw action logged, signed, timestamped
High-risk AI inventory · logging · gaps · 2026-08-02 deadline
2023 AI standard, 8 Annex A controls (policy, life cycle, third-party)
4 Govern/Map/Measure/Manage functions, shadow AI explicitly named
Procurement-ready document · inventory + 4 frameworks + roadmap
The operator validates, signs, exports. Everything stays self-hosted, with cryptographic audit trail included.
ThreatClaw models your assets, vulnerabilities and attackers in a STIX 2.1 graph. The result: analyses impossible with a traditional SIEM.
If an asset is compromised, ThreatClaw calculates in real time all impacted assets at 1, 2 and 3 hops. Impact score weighted by criticality.
Passive simulation: what paths would an attacker take to reach your critical data? Monthly proactive report without touching infra.
ThreatClaw automatically builds attacker profiles (country, ASN, MITRE techniques) and compares them to 7 known APT groups.
The graph IS your NIS2 Article 21 mapping. Supply chain risk, dependencies, exportable report for regulators.
Collects findings, Sigma alerts, syslog. Continuously syncs the STIX 2.1 threat graph.
The native STIX 2.1 graph detects lateral movement, coordinated campaigns, and attack paths to your critical assets.
19+ threat intelligence sources (NVD, CISA KEV, EPSS, GreyNoise, CERT-FR...). Contextual confidence score 0-100.
AI proposes actions (44-command whitelist). Auto-generated MITRE playbooks. HITL to stay in control.
An AI agent touching your infra, scary? We think so too. That's why we armored everything.
Written in Rust, the only language where 70% of critical CVEs are impossible by construction.
Recommended by NSA, CISA and Microsoft for critical security software. Learn more →
Compiled into the binary. Unmodifiable. Non-bypassable. Not an option. A foundation.
Nobody can hijack the agent's goals at runtime · not an attacker, not a malicious prompt. The Soul is compiled into the binary, and any tampering without a fresh build triggers the kill switch.
▸ SHA-256 Soul fingerprint compiled into the binary, runtime-verified
The agent can only execute the 44+ pre-approved commands, extensible only through operator-validated skills (same guardrails, same fixed templates, no shell).
▸ Rust whitelist with risk level and reversibility
Data sent by your tools can never become orders for the AI. 25+ injection patterns blocked.
▸ XML wrapper + cyber-specific injection detection
Every agent memory is signed. If someone modifies its memory to deceive it, it knows immediately.
▸ Cryptographic signature on signed conversational memory, read-only tools
Abnormal behavior? Immediate stop + forensic snapshot + Slack alert. 8 automatic triggers, no need to be at your screen.
▸ Kill switch 8 triggers + atomic stop
Default anonymizer before each cloud LLM call · internal IPs, credentials, emails and FQDNs replaced by tokens. Custom regex patterns extend the mask to public IPs, business identifiers or any proprietary format. Never mode disables cloud calls entirely.
Technical details →L0 conversational, L1 triage and L2 forensic run on Mistral Small or Qwen 14B hosted on your infrastructure. No cloud call required for day-to-day operations. L3 cloud stays optional, anonymized, for complex cases only.
Technical details →All dependencies come from crates.io (no unverified git sources). cargo audit runs in CI every Monday to catch CVEs published on the crates we use. Over 3000 tests pass on every PR.
Technical details →Wazuh, Microsoft Sentinel, Microsoft Defender XDR, Active Directory, Velociraptor, OPNsense, pfSense, Fortinet, Mikrotik, Graylog, Elastic SIEM, Proxmox, GLPI. Wired through the dashboard, no glue code to write. Your hosts auto-enrol as soon as they ship their logs.
Technical details →The source code is public. You (or a consultant) can audit it line by line, compile it yourself, verify the binary matches. A commercial dual-license is available for proprietary needs.
Technical details →Each skill runs in an isolated sandbox with cryptographic signature. CPU limited, network off by default. A modified file won't load.
Technical details →Cryptographic signature chain in PostgreSQL. No modification possible after insertion, even by a DBA. Native NIS2 audit proof.
Technical details →ThreatClaw installs in minutes on Linux. Then configure it to match your infrastructure.
Deploy ThreatClaw in 5 minutes. Open source, free, no telemetry.