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sentinel-mesh-os — v2.0.0
Operational Intelligence Platform

Detect.
Locate.
Alert.

Multi-sensor mesh nodes on existing street infrastructure. AI-driven threat classification from sensor to decision in under 30 seconds.

<30s Sensor to alert
±25m Location accuracy
87% Classification rate
Node Feed LIVE
Node IDSM-0047
StatusACTIVE
Threat ClassAerial / FPV
Acoustic1.4 kHz
RF Band2.4 GHz
CEP90±23m
Nodes Active7 / 7
Classification Confidence
0%87%100%
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Threats move fast.
Detection systems
don't.

Modern threats exploit a fundamental gap in urban security architecture: the seconds between an event and human awareness. Sentinel Mesh closes that gap with distributed intelligence at the edge of the network — on infrastructure that already exists.

0s
Average time from event to human awareness using conventional CCTV-only monitoring
Baseline / status quo
🎯
<0s
Sentinel Mesh sensor-to-alert latency — Year 2 operational target
SM target / Y2+
📡
0
Independent sensor modalities per node — acoustic, RF, optical, thermal, seismic, environmental
Per node
🧠
0%
AI threat classification accuracy at Year 1, improving to 94% by Year 2 with accumulated data
Classification / Y1
🗺 ±0m
Location accuracy — GPS triangulation with TDOA positioning
CEP90 / Y1
0s
Edge inference time — classification runs on-node, no cloud required
On-node / offline capable
🔗 0%
Mesh uptime SLA — self-healing topology, no single point of failure
Network resilience

Every pole.
An intelligence node.

Sentinel Mesh nodes mount on existing street light poles. No new infrastructure. Each node houses six sensor modalities, an on-board AI processor, and a self-healing mesh radio.

Acoustic Array
4-mic MEMS array — omnidirectional sound field analysis
20Hz–20kHz · 110dB SPL
RF Spectrum
Passive RF monitoring — drone control links, jamming detection
433 MHz · 900 MHz · 2.4/5.8 GHz
Thermal Sensor
Low-res thermal array — heat signature detection day/night
Lepton 3.5 · 160×120 px
Seismic
Ground vibration sensing — vehicle classification by weight and gait
MEMS accelerometer · 3-axis
Scroll to zoom · Drag to pan
6.0 m ACOUSTIC RF / SIGINT THML OPT JETSON ORIN NANO 8GB · 40–67 TOPS JETSON ORIN NANO 40–67 TOPS · 8GB LPDDR5 MESH RADIO 5GHz · AES-256 MESH RADIO 5GHz AES-256 · FHSS POWER · 48V PoE+ MAINS 48V PoE+ POWER ENV SENSOR ENV LiFePO₄ 48V · 20Ah 24h backup LiFePO₄ BATT 48V · 24h BACKUP 78%
NODE STATUS: OPERATIONAL  |  UPTIME: 99.7%  |  SENSORS: 6/6
Optical Camera
Wide-angle HD optical with low-light optimisation
4K · 120° FOV · H.265
Edge AI Compute
On-node inference — no cloud dependency for threat classification
Jetson Orin Nano · 40–67 TOPS
Mesh Radio
Encrypted self-healing mesh — maintains network if 40% of nodes fail
5 GHz · AES-256 · FHSS
Battery Backup
24-hour autonomous operation — grid outage resilience built in
LiFePO₄ · 48V · 20Ah

From sensor to
decision in 8 steps.

Stop 1 / 8

How the mesh thinks.

Every packet travels from sensor edge through the mesh to the AI core and out to human operators — all within seconds. Watch it happen in real time.

Edge Sensors
Mesh Nodes
AI Core
Data Center
Operators
0
Packets processed
0
Alerts dispatched
Avg latency (ms)
24
Nodes online

Oil & gas field
perimeter security.

A 12km² extraction facility. Existing street lighting infrastructure on access roads. 48 Sentinel Mesh nodes deployed over 3 days. Full perimeter coverage — no new poles, no trenching, no disruption to operations.

48
Nodes deployed across perimeter and access roads in 72 hours
12km²
Total coverage area — full perimeter with overlap redundancy
94%
Reduction in undetected perimeter events vs previous CCTV-only setup
<18s
Average sensor-to-operator alert time in operational environment
Field Status
Nodes48 / 48
Coverage12.0 km²
Active threats0
Alerts today3
Mesh health99.4%
Last event08:41:12
Sentinel Mesh — Oil & Gas Field Deployment · Simulated T+00:00

Scale to any city size.

Slide to see how coverage scales with node count. One node every ~150m on existing poles.

Node Count
24 nodes
150100150200
Coverage Metrics
Area covered
1.6 km²
Street coverage
34%
Redundancy
Low
Est. deployment
3 days
Deployment Stages
Phase 1 — Pilot
1–25 nodes. Core area proof of concept. Validates detection in your environment.
Designed for
Defence
Oil & Gas
Smart Cities
Law Enforcement

How we compare.

Sentinel Mesh is the only platform that combines multi-sensor fusion, edge AI, and self-healing mesh in a single pole-mounted node.

Capability Fixed CCTV Human Patrol Perimeter Fence CCTV Network Radar System Sky Fortress Sentinel Mesh
1 CCTV requires human operator monitoring — response time depends on operator availability.
2 Radar detects aerial threats only. Ground-based events (gunshots, vehicles) require additional systems.
3 Sky Fortress — Ukrainian combat-proven distributed acoustic network. 14,000+ sensors. $400–$1,000/node. Intercept rate 80/84 drones. Acoustic-only — validated proof of distributed sensor model that Sentinel Mesh extends with multi-modal fusion, adding detection of FPV drones, ground threats, and RF signatures beyond acoustic range.
4 Sentinel Mesh self-healing mesh maintains network connectivity when up to 40% of nodes are offline.
5 FPV drones are small, fast, and near-silent — undetectable by acoustic-only systems. Sentinel Mesh uses RF spectrum + optical + thermal for FPV classification.
6 Sentinel Mesh: acoustic, RF, thermal, optical, seismic, environmental. All six on every node.
7 Air quality, pressure, humidity — dual-use environmental data for smart city and industrial compliance.
Network Resilience

The mesh heals itself.

Click any node to take it offline. Watch the mesh re-route around failures automatically. Sentinel Mesh maintains network integrity when up to 40% of nodes fail.

Click nodes to take them offline
Network Health
100%
Mesh operational
Online
20
Offline
0
Reroutes
0
Status
Nominal
Event Log
▶ Network initialised — 20 nodes online
Resilience Spec
Failure tolerance 40% nodes
Reroute time < 200ms
Topology Full mesh
Uptime SLA 99.2%

Why now.

14,000+
Distributed sensors deployed
Ukraine's Sky Fortress proved distributed acoustic detection works at national scale. Sentinel Mesh extends this validated model with six-sensor fusion.
Source — UNITED24 Media
$249
Edge AI price point
The Jetson Orin Nano delivers 67 TOPS for $249. For the first time, real-time AI classification on every pole is economically viable at city scale.
Source — NVIDIA
$4B+
US counter-drone spending, 2026
The Pentagon requested $3.1B in military counter-drone systems. The Safer Skies Act adds $500M in FEMA grants for state and local drone detection.
Source — DefenseScoop
$1B
Qatar C-UAS contract, 2025
Qatar became the first international customer of the FS-LIDS counter-drone system — 10 units, 200 interceptors, full support package. Gulf states are buying now.
Source — Defense Security Monitor
NOW
NATO counter-drone urgency
NATO commanders say counter-drone systems must be fielded in months, not years. The July 2026 Ankara summit will focus specifically on drones and AI.
Source — Breaking Defense

Watch a city come
online.

From bare poles to a fully operational intelligence mesh — in under 72 hours.

Poles exist
Nodes mount
Power on
Mesh forms
AI online
Dashboard live
Integrated
Accepting pilot deployments — 2026

Deploy Sentinel Mesh
in your city.

Talk to us about a pilot deployment. We work with city authorities, defence agencies, oil & gas operators, and infrastructure providers.

Proprietary multi-sensor fusion algorithm · Patent applications in progress
Integrates with Military C2 Police CAD Emergency Svc CCTV / VMS Lattice Gotham