Decode Clawolf AS-OS in seconds.
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AS-OS is a governed runtime layer for security execution. It connects vulnerabilities, security signals, policies, approvals, evidence, ownership, remediation, and verification into one operating system for autonomous security operations.
The execution environment where security operations move from static queues to governed active workflows.
The decision core that governs prioritization, approval paths, guardrails, orchestration, audit, and verification.
The first high-value operating domain: vulnerability prioritization, ownership, remediation, reconcile, and verified closure.
The operating system layer that unifies signals, policy, evidence, decisioning, and execution into governed autonomous security operations.
Legacy security platforms were built around visibility, alerts, tickets, and escalation. Autonomous security requires a different foundation: a runtime, a kernel, and an execution layer that can operate across tools with governance, approval, auditability, and evidence-backed verification.
That foundation is Clawolf AS-OS.
Strategic runtime asset at the center — product and operations layer surrounding it for day-to-day sovereign security operations.
CLAWOLF AS-OS unifies the Core Runtime — evidence, decision, policy, verification — with the Commercial Production Shell: Operations Center, Investigation Shell, Production Readiness Center, tenant model, closure packages, shift handoff, RBAC with degraded states, and MSSP/Telco operations surface.
We've codified global compliance — DORA, NIS2, CMMC 2.0, IEC 62443, EECC, CRA — into deterministic autonomous orchestration, so you can focus on mastering your market. Slash operational overhead by 70%+ (triage-tier labor displacement vs a 12-FTE SOC baseline) while live telemetry delivers 99.3% autonomous resolution, sub-10-second containment, and 2,016+ analyst-hours reclaimed per month.
Compliance framework coverage tailored per sector
Sector onboarding activates critical-service and OT / signaling patterns in the engine. Unmapped assets trigger AI context discovery and expert-style trade-offs before isolation—then confidence-scored HITL and tenant memory close the loop.
Real-Time Context Assembly
6s MTTD
Replaces static, rigid playbooks with automated multi-signal telemetry normalization. Instantly correlates unstructured threat vectors into unified context, completely eliminating the industry-standard 80% analyst context assembly drain.
21 Patented Logic Cores
298ms Latency | 99.6% Precision
Moves beyond flat, unreliable RAG architectures. Executes simultaneous, multidimensional truth synthesis across 40+ complex kill-chain scenarios operating at the hardware-abstraction layer for instantaneous, high-fidelity threat verification.
Calibrated Uncertainty Governance
LIVE Σ 0.42 | 71% Gated
Algorithmic risk boundaries that enforce a strict execution gate at τ=0.50. Prevents false-positive disruption by automatically gating 71% of high-blast destructive scenarios during adversarial stress validation, keeping live operational uncertainty well below critical thresholds.
Autonomous Edge Containment
1.7s MTTR | 99.3% Autonomy | 47× Impact Ratio
Executes decentralized, atomic mitigation protocols via Hard Contract Execution (2PC). Delivers a near-instantaneous 1.7-second Mean Time to Respond (MTTR) for sub-5s full infrastructure restoration, maintaining a 99.3% absolute autonomous protection rate.
Move beyond flat, disconnected RAG models and static playbooks. One execution runtime, dual product surface (Autonomous SOC + Agentic SOAR), five operational layers, and a sovereign decision fabric driving sub-30s autonomous containment.
298ms · 99.6% · 5×21 cores
Five Expert Engines orchestrate 21 patented logic cores for real-time truth synthesis. LIVE Σ ~0.42 held under τ = 0.50; adversarial stress harness gates 71% of high-blast paths.
6s MTTD · 1.7s MTTR · 47× impact
Context-aware ingestion fabric eliminates 80% analyst context-assembly drain. Seven-stage playbook funneled through 12-Sandbox mesh before 2PC hard-contract deployment at the edge.
0.5·Signal + 0.3·Expert + 0.2·Corr → Score
Compiles real-time certainty modifiers (σ) at the spatial center of the stack. Fast-tracks containment when calibrated uncertainty stays below the production gate.
Ingest · Gov · KPI · Forensic
P-A normalizes multi-source telemetry (6s MTTD gateway). P-B enforces tenant RBAC at L04. P-C streams live KPIs via soarEventEmitter. P-D Merkle-seals every autonomous action.
Detonation before 2PC commit
Every mitigation path runs through isolated sandbox detonation and P4 Integrity Guard self-healing before production containment executes — zero silent destructive fallbacks.
10-phase · single runtime path
One glowing chronological packet flow binds ingestion, reasoning, safety gate, and atomic mitigation into a continuous agentic workflow — not disconnected RAG or static playbooks.
AS-OS CORE KERNEL VERIFIED
Autonomous SOC (cognition & governance) and Agentic SOAR (velocity & execution) share a single execution runtime — no bolt-on chat layer over a SIEM.
P-B · DORA · NIS2 · CMMC
Autonomy tiers, responseRestrictionIntegration, and sector-native constraints are enforced at L04 — standards baked into decision logic and Merkle audit evidence, not dashboard overlays.
Public-safe maturity spine — production depth without internal audit labels.
Detection signal ingestion, evidence graph, deterministic decision bundles, and sealed forensic chain.
Decision memory, provenance-backed claims, and cross-incident learning events.
Trust-scored runtime, Merkle anchors, and auditor-verifiable lineage.
Digital twin candidates before production mutation — blast-radius aware.
Policy evaluates eligibility; execution depends on readiness. Human approval when policy, evidence, or rollback requires it.
Customer executor wiring for production mutation. External CMDB-grade topology belongs to deployment integration.
Every alert traverses ten deterministic logic stages in a single agentic pass — no human handoffs, no queue delays, no playbook lookup. Just machine-speed reasoning from raw signal to closed incident.
All benchmarks run against live adversary simulations via MITRE Caldera — not lab conditions. Real attacker techniques, real detection, real containment. Reproducible on demand.
Agents synthesize evidence and recommend actions — deterministic contracts govern eligibility. No unguarded infrastructure mutation. Logic cores, HITL conditions, safe mode, monitor-only, rollback and verification requirements apply before any execution intent.
Agents enrich and correlate — outputs feed deterministic logic cores, not direct execution.
Policy engine evaluates sector, blast-radius, rollback readiness, and Σ uncertainty threshold.
Human approval when policy, evidence, SLA, or sector constraints require supervised review.
blocked_safely when readiness is missing. Monitor-only and verification plans enforced.
Each agent operates with full autonomy in parallel — triaging noise, enriching context, evaluating rules, dispatching playbooks, and querying every vendor in your stack simultaneously.
Automated alert classification at machine speed. LLM-powered context enrichment with instant risk scoring eliminates false positives before they ever reach the queue.
Deep-dives IOC reputation via VirusTotal, OTX, and STIX/TAXII feeds. Builds full threat context around every indicator before investigation begins.
Evaluates Sigma/YARA signatures and custom detection rules against enriched alerts. Maps every finding to MITRE ATT&CK and routes to the right playbooks instantly.
Dispatches autonomous response actions — host isolation, containment, notifications — and gates high-risk actions through human-in-the-loop approval workflows.
Federates queries across your entire vendor stack simultaneously — EDR, SIEM, Firewall, and Cloud — pulling telemetry in parallel without manual pivot.
50+ native connectors. Zero rip-and-replace. CLAWOLF federates queries across all your existing tools via the Vendor Query Agent.
+ REST API webhooks · STIX/TAXII feeds · Syslog · Custom connectors · 50+ vendor integrations
Process, memory, and network telemetry with autonomous containment — no analyst queue delay.
CrowdStrike · SentinelOne · Defender · Cortex XDR
Multi-source log normalization and correlation — replaces static alert queues with context assembly.
Splunk · Sentinel · Elastic · QRadar · Chronicle
Privilege escalation and MFA anomalies gated at LIVE Σ < τ with HITL fallback.
Okta · Entra ID · CyberArk · BeyondTrust
AWS, Azure, GCP unified through P-A ingestion fabric and 2PC edge containment.
AWS Hub · Azure Defender · Prisma · Orca
Modbus, DNP3, OPC-UA anomaly detection with sector-native constraints at L04.
Claroty · Dragos · Nozomi · Armis
Autonomous rule push for confirmed threats — P-A gateway to SOAR column L02.
Palo Alto · Fortinet · Check Point · Cisco
Badge, CCTV, and impossible-travel fused with P-B tenant governance matrix.
Genetec · LenelS2 · Verkada · Milestone
Per-IOC reputation fused into Sovereign Fabric — 298ms brain latency verdict.
VirusTotal · Recorded Future · Mandiant
Five domain-specialist orchestrators group all 21 deterministic logic cores into context-aware mitigation hubs. Every core runs on every alert — full coverage across the platform's detection surface. Each engine feeds domain-specific advisory context directly into the Playbook agent for smarter, faster autonomous response.
CLAWOLF's 5 autonomous agents handle detection, enrichment, and routine response at machine speed — then surface only the decisions that require human judgement. Your analysts approve, reject, or escalate with a single click. You stay in control. The machine does the work.
Your team is drowning in noise. By the time they triage the "critical" alerts, the attackers are already moving laterally. We built the first Agentic SOC that doesn't just "flag" threats — it investigates and remediates them autonomously.
Stop playing catch-up.Start playing offense.
AS-OS CORE KERNEL VERIFIED · SINGLE EXECUTION RUNTIME · DUAL PRODUCT SURFACE
CLAWOLF federates detection and response across every layer of the modern enterprise attack surface — from PLCs on the factory floor to mobile devices in the field, physical badge systems to cloud workloads. CLAWOLF AS-OS integrates five operational layers, an algorithmic decision fabric, and a 10-phase agentic workflow to execute sub-30s autonomous containment at the hardware-abstraction layer.
17 tenant framework IDs, 6 sector packages, and runtime-gated autonomy — scoped by tenant sector, selected frameworks, restriction profile, and live alert context.
Runtime ability to scope detection → decision → action paths using tenant sector, applicable frameworks, response restriction profile, and asset/alert haystack (CMDB tags, triage, IOCs, action target). Goal: gate disruptive automation — isolate, block, revoke, contain, kill — while allowing informational actions and supervised paths.
responseRestrictionEngine + optional LLM discovery gateHaystack assembly → profile merge → pattern gate → autonomy fork. Optional LLM second stage when static match misses but sector constraints are active.
Full control library per ID; frameworks with business-aware seeds add runtime HITL keywords. EECC auto-merges GSMA_FS signaling seeds.
Appear in landing ticker, reports, or pitch — not separate tenant IDs. Runtime tie-in via keyword overlap where applicable.
Every metric below is generated from live platform instrumentation — not modelled projections. CLAWOLF doesn't just reduce costs. It displaces the entire operating model.
Base platform fee + per-asset pricing. Scale your protection without scaling your headcount bill.
Drag the sliders to see how much CLAWOLF saves versus a traditional SOC built on analysts and legacy tooling.
Two-tier agentic savings model · 70% triage @ 2 min + 30% LLM @ 30 min per event (same as app Pricing page)
Drag to set your asset count. Totals use the same base + capped per-asset formula as the in-app calculator (Starter ≤250 · Business ≤1,000 · Enterprise ≤10,000 assets).
* Estimates follow the Monthly / Annual toggle above. Live figures merge from /api/pricing when the API is reachable (Vercel → Railway rewrite).
Friendly Overage Policy
Unused actions automatically roll over to the next month. Your allocation never goes to waste.
Cancel any add-on mid-term and stop charges immediately — even on annual plans. No lock-in penalties.
Available individually or bundled into plans. Expand a card for the full feature list.
Same matrix as the authenticated Plans & Pricing page in the product.
The in-product catalog matches this breakdown: each capability has a stable ID (e.g. IL-01, AP-03). Feature Orchestration (superadmin) maps items to Starter, Business, Enterprise, and Corporation/MSSP; My Features is where tenants select add-ons. Shown counts are the same master inventory as the live platform.
ROI and monthly estimates above use the same formulas as the authenticated Pricing page (70% triage × 2 min, 30% LLM × 30 min, $106K FTE, $60/asset tooling). Live tier rates merge from /api/pricing when available.
For OT/ICS environments, dedicated tenancy, or financial sector mandates (DORA, PCI DSS), our enterprise team will build a bespoke engagement.
CLAWOLF builds the AS-OS Core Runtime and Commercial Production Shell — a governed autonomous security operating system where evidence, decision, policy, verification, and learning form a single runtime thesis.
We do not promise unguarded full autonomy. Production mutation requires customer executor wiring. Policy-controlled action eligibility, twin-simulated candidates, and verification before closure are architectural guarantees — not marketing toggles.
CLAWOLF AS-OS serves enterprises, MSSPs, and telco operators who need elite cyber-runtime operations with sovereign governance, sealed provenance, and runtime-governed VulnOps.