Infrastructure fails in minutes.
Authorization takes hours.
Munin discovers cross-sector dependencies that no existing system can see, pre-simulates cascade failures, and compresses crisis authorization from 2–6 hours to under 30 minutes.
This isn't theoretical. It keeps happening.
Every major post-incident review identifies the same bottleneck: multi-agency coordination and legal authorization — not detection.
FEMA, state, and Red Cross operated in parallel without coordination. Meals took 37 days to reach some areas. The 9/11 Commission-style review found "the single most important failure was coordination."
Reactor venting was delayed 7+ hours while operators, TEPCO management, and the Prime Minister's office argued over authorization. Evacuation was uncoordinated across jurisdictions.
Cross-government coordination took 3–5 hours per decision. The Pitt Review recommended "a single framework for multi-agency response" — which still doesn't exist.
Power substation flooded → water pumps failed → treatment offline → hospitals on emergency supply. Each agency responded independently. Cross-sector cascade was not predicted.
The common thread in every case: the technology to detect the problem existed. The authority to act did not arrive in time.
The cascade consumes entire sectors before anyone is allowed to act
Infrastructure failure is not a data problem — we have enough sensors. It is an authority problem. Cross-sector coordination takes 2–6 hours because every step requires phone calls, legal review, and multi-agency sign-off.
TRADITIONAL COORDINATION
WITH MUNIN
Cross-sector dependencies exist in physics, not in any database
Munin infers hidden interdependencies from time-series correlation with lag detection. A power substation and a water pump station 3km away are linked — Munin discovers this before any human maps it.
See the failure propagate before it happens
Once shadow links are discovered, Munin simulates how a single failure cascades across sectors — power to water to telecom to health — and recommends pre-validated playbooks.
Real data. Real results.
Running on actual Environment Agency river gauge data from the Carlisle catchment. No synthetic data. No simulation. Munin discovered the known hydrological relationship between the River Eden and River Petteril — the 5-minute lag matches physical rainfall travel time.
Read-only v1. Humans always decide.
Munin v1 is architecturally incapable of sending commands to any SCADA endpoint. This is enforced by a runtime read-only guard, validated by static analysis in CI, and documented in a structured safety case.
Run the full demo in under 5 minutes
Full walkthrough: docs/DEMO_WALKTHROUGH.md
Deep technical depth. Open to inspection.
Built for sovereign deployment
Three forces converging
What exists today vs what Munin adds
No one is treating authorization latency as the core infrastructure problem.
Everyone is building better sensors. Munin is the first system that makes the decision path fast enough to matter.
Jacob Sprake
Founder & Technical Lead, SPR Labs
Built Munin solo — full inference engine, cryptographic authorization stack, safety case, and 80+ files of technical documentation. Self-taught in infrastructure security, post-quantum cryptography, and ICS/SCADA systems. Based in Milan with Westminster institutional network via the City of London Youth Natural Environment Board.
Seeking early deployment partners in water, energy, and civil protection.
Munin deploys on your infrastructure. Your data never leaves your jurisdiction.
Request a Pilot Briefing