Mithris is the operational resilience intelligence platform — combining production readiness gating, observability maturity scoring, and AI-driven Operational Hazard Analysis for enterprises under DORA, NIS2, and NIST CSF.
Existing tools cover pieces — monitoring, ITSM, incident response, GRC — but no platform guides organizations from reactive operations to mature reliability engineering. Reliability gaps surface only after production incidents.
Reliability issues discovered after the page fires. Postmortems substitute for proactive review.
Production readiness reviews happen as gate-keeping checklists weeks before launch — too late to fix anything structural.
Datadog, ServiceNow, PagerDuty, Grafana — each owns a slice. No single source of operational truth.
Every team invents their own "ready for production." Observability and runbook quality vary wildly.
Elite SRE practices are documented but hard to operationalize without dedicated SRE teams or a guided framework.
Banking, healthcare, telecom — auditors increasingly expect demonstrable operational governance, not just monitoring.
Mithris unifies SRE best practices, operational governance, observability maturity, and operational risk management into one guided platform — so every service can ship to production with measurable, auditable readiness.
AI is woven across the platform — not a separate product. Runs on Ollama, Azure OpenAI, or any self-hosted LLM. Air-gap friendly for regulated workloads.
The Mithris core layer encodes minimum reliable production standards across every service — consistent, measurable, and continuously validated.
Traditional PRR is a late-stage gate. Mithris embeds operational readiness across the software lifecycle, so gaps surface where they're cheap to fix.
¹ Modeled outcomes for reference deployments. Validated metrics shared under enterprise NDA.
The core operational layer is consistent across every customer. On top of it, industry overlays encode the regulatory and operational specifics of your sector — without forking your platform.
Mithris meets you where you are. Most organizations enter at Level 1 or 2 and progress with quarterly milestones rather than year-long programs.
Every other tool gives you a metric per app. Mithris gives you a single portfolio number, the four dimensions behind it, and the residual hazard exposure that frames operational risk for the board. Refreshed every report cycle. Zero manual assembly. Auditable.
Monitoring tells you what broke. Catalogs tell you what exists. OHA tells you what's unsafe right now — and gives the CISO the documentation regulators are asking for.
System-Theoretic Process Analysis applied to production software. The method safety engineers use, made accessible to SREs.
Hazard suggester, constraint recommender, feedback-gap detector, and CAST-style incident extraction. Self-hosted Ollama supported for air-gapped deployments.
Likelihood × impact, scored as L × I × (1 − ē). Live residual-risk view across the portfolio.
Maps to DORA Art. 6 & 8, NIS2 Art. 21, NIST CSF ID.RA, and ISO 27005. Board Pack PDF, evidence exports, every constraint cited.
Regulatory mandate × AI economics × platform-engineering investment. These three rarely arrive together. 2026 is the year all three are simultaneously true.
EU DORA entered into application 17 January 2025. ~22,000 financial entities now under direct supervisory expectation. NIS2 is transposing across member states. US banking regulators are echoing.
Before 2024, applying STPA to a 200-app portfolio required a team of safety engineers and 6–12 months. With current LLMs, an SRE can run first-pass hazard analysis on an application in 15 minutes.
Gartner forecasts 80% of large enterprises will have dedicated platform- engineering teams by 2026. These teams need governance tooling above the IDP — not more dashboards.
A guided assessment maps your portfolio against the universal core and your industry overlay. You leave with a concrete readiness baseline and a 90-day remediation plan.