S·11 · Critical Infrastructure Resilience

Critical Infrastructure Resilience

Persistent monitoring and coordinated response for energy facilities, utilities, ports, airports, and industrial infrastructure. Detect anomalies, isolate impact, and restore service inside one operational loop.

<60s
Anomaly → containment cue
5+
Asset classes covered
99.9%
Operational uptime targeted
24/7
Continuous monitoring
The problem

What standard stacks miss.

The same pattern across every deployment we've audited. Point products solve a slice; the operator carries the seams.

P · 01

Operational tech and IT live apart.

SCADA, BMS, security, IT — each on its own perimeter. An incident in one is invisible to the others until escalated.

P · 02

Anomalies look normal in isolation.

A pressure spike, a badge anomaly, a network beacon — each routine alone. Together, they form an attack chain that nobody sees.

P · 03

Restoration is sequential.

Isolate, dispatch, repair, validate, restore — each step in a separate system, each with its own queue. Hours stack.

P · 04

Resilience reports are quarterly.

Real resilience posture is a daily-changing variable. Slide-deck reports lag reality by months.

The incident

Cross-system anomaly · Distribution Hub D-7.

A composite of recent infrastructure incidents: a coordinated event signals across SCADA, badge, and network domains. Detected, correlated, isolated, and restored in under an hour — under one cited authority chain.

REC · 03:18:42 LT · HUB-D7 · ANOMALY
13 events · 47m elapsed · 1 isolation · clean restore
03:18:42netNetwork beacon · unrecognised endpointdetect
03:19:14scadaSCADA setpoint deviation · valve V-14detect
03:19:48badgeAfter-hours badge use · gate G-3detect
03:20:00aiCross-domain pattern · 0.81 confidencedecide
03:20:36opIncident opens · operations + security pageddecide
03:21:30opSector isolation authorized. Cited resilience §2act
03:23:00engrField engineer dispatched · escort clearedact
04:05:18aarSector restored · clean validation · timeline archivedclose
The shift

From siloed point products to one shell.

This is not a tool replacement. It is a doctrine shift — from console-per-mode to fused, governed, audited operations.

Before · Legacy

OT and IT in separate fortresses.

  • SCADA, BMS, security, IT each siloed.
  • Cross-domain anomalies invisible.
  • Isolation decisions on tribal knowledge.
  • Restoration via paper handoff.
  • Resilience posture by quarterly slides.
  • No timeline of what happened when.
After · MESH OS

One picture across every layer.

  • OT, IT, security, BMS fused per asset.
  • Cross-domain pattern match continuous.
  • Isolation gated by cited authority.
  • Restoration workflows in software.
  • Live resilience posture, hourly.
  • Full timeline per incident, replayable.
Run the scenario

Infrastructure under one shell.

The simulator below renders a perimeter and infrastructure incident in the operator's view. Click the phase tabs to jump the timeline. Detect anomaly, correlate, authorize containment.

00–10s
PHASE 01
Detect
Multi-domain anomaly detected: network beacon, SCADA setpoint, badge anomaly. Cross-domain match opens incident.
10–20s
PHASE 02
Decide
Operations and security paged. Cmd AI proposes sector isolation citing resilience §2. Field engineer queued for dispatch.
20–30s
PHASE 03
Act
Operator authorizes isolation. Engineer dispatched with escort. Sector restored under clean validation. AAR archived.
PHASE · DETECT
SCENARIO · PERIMETER
Operational impact

What measurably changes.

Performance envelope from pilot deployments. Numbers reflect end-to-end chain.

<60s
Anomaly → containment cue
First multi-domain match to authorized isolation proposal.
5+
Asset classes covered
Energy, utilities, ports, airports, industrial — and growing.
99.9%
Operational uptime targeted
Service-availability target across pilot deployments.
100%
Authorized isolations
No autonomous shutdown. Operator-of-record always.
Why it works

Four MESH OS capabilities, composed.

The four MESH OS capabilities map directly onto the operating loop for this domain.

01Perception

OT + IT + physical fused.

SCADA, BMS, badge, camera, network telemetry — resolved to one asset entity track.

02Command AI

Cross-domain pattern match.

Continuous correlation across OT, IT, and physical domains. Cmd AI surfaces patterns that singletons would miss.

03Edge-first

Site-local resilience.

Critical decisions stay site-local. Operations continue under degraded backhaul.

04Sovereign

Air-gappable. On-prem.

Models, telemetry, and incident logs stay inside the operator's regulatory boundary. No cloud dependency required.

Deployment

From ingest to live authority.

We integrate with what you already run, prove the chain end-to-end, then go live one zone at a time.

D · 01Weeks 1–3

Asset ingest.

MESH ingests SCADA, BMS, badge, network, and camera feeds. Asset entity-resolution validated against a representative site.

D · 02Weeks 4–6

Pattern library.

Cross-domain patterns and resilience policies encoded. Tabletop exercises against historical incidents and red-team scenarios.

D · 03Week 7+

Live containment authority.

Cutover by sector. Containment authority comes live one zone at a time. AAR after every event.

Pilot request

Resilience as a live operating loop.

Run an eight-week pilot on one critical-infrastructure site. Ingest your OT, IT, and physical telemetry, validate the chain end-to-end, prove the delta against your last incident. We bring resilience from quarterly report to hourly operating picture.

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