When a cyber incident hits, most security tools can tell you what happened. They can detect anomalies, automate containment, and catalog artifacts. But they can’t answer the question that determines whether a breach costs your organization $200,000 or $5 million: who decided what, when, and how do you prove it in court?
That gap — between technical response and human coordination — is where IR-OS operates. The platform describes itself as the first AI-native cyber incident response management system purpose-built to coordinate the human side of breach response. Instead of replacing security analysts, it organizes them, tracking regulatory clocks, capturing decisions in a cryptographically defensible record, and mapping people to incident roles using patterns extracted from more than 150 real C-Suite tabletop exercises.
The Regulatory Clock Problem
Modern breach response isn’t just technical; it is also administrative, legal, and chronological. SEC Item 1.05 requires disclosure within four business days. GDPR gives you 72 hours. HIPAA, NY DFS, NIS2, DORA, state breach laws, and cyber insurance first-notice windows all run on different clocks, often simultaneously. Miss a deadline, and the regulatory fine can exceed the breach cost.
IR-OS tracks all of them in parallel. Every decision, notification, and handoff gets written to a SHA-256 hash-chained append-only ledger designed to meet Federal Rule of Evidence 901 standards. When a regulator, insurer, or plaintiff’s attorney asks what happened, the platform produces a defensible timeline rather than a stack of email threads and Slack screenshots.
AI That Cites Its Sources
The platform’s “IR Brain” uses retrieval-augmented AI trained on NIST 800-61, ISO/IEC 27035, CISA, SANS, MITRE ATT&CK, and tabletop patterns from enterprise, government, and critical infrastructure organizations. Unlike generative AI tools that fabricate plausible-sounding answers, the incident response coordination platform cites its sources on every recommendation. It generates a board-ready incident response plan in 15 minutes, a process that traditionally requires a six-week consulting engagement costing $40,000 to $120,000.
The advisory board is led by Mark Lynd, a five-time CIO and CISO ranked among the top five global cybersecurity and AI thought leaders by Thinkers360. IR-OS also ships a Model Context Protocol server, allowing Claude Desktop and similar tools to query incidents, regulatory clocks, and vendor panels natively — the first integration of its kind in the cyber incident response management category.
A Three-Year Vision
The company’s roadmap targets a future where every cyber insurance policy in North America includes IR-OS as the default incident command layer. They plan on adding regulatory coverage for EU DORA, UK CRTF, and Asia-Pacific breach regimes. Enterprise customers will be able to train private IR Brain instances on their own tabletops and runbooks, isolated within tenant-specific partitions.
Plans start at $199 per month with a 10-day free trial. The cyber incident command platform is used across public sector, mid-market, and Fortune 1000 organizations. The pitch is straightforward: when someone asks what happened during your breach, the answer should come from a system built to withstand scrutiny, not a frantic reconstruction.
