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sentinel-mesh — concept platform
Early Detection Platform

Detect.
Locate.
Alert.

Multi-sensor mesh nodes on existing street infrastructure. AI-driven detection and classification at the edge.

9 sensors. One node. Edge AI.
Node Feed SIMULATED
Node IDSM-0047
StatusACTIVE
Detection ClassAerial / FPV
Acoustic1.4 kHz
RF Band915 MHz
Sensors9 / 9
Nodes Active7 / 7
Classification Confidence
0%100%
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Events move fast.
Detection systems
don't.

Modern security gaps exploit the seconds between an event and human awareness. Sentinel Mesh is designed to close that gap with distributed intelligence at the edge of the network — on infrastructure that already exists.

📡
0
Independent sensors per node — acoustic, RF, thermal, optical, seismic, environmental, wind, GPS, ground reference
Per node · verified from BOM
🧠
0 TOPS
Edge AI performance — NVIDIA Jetson Orin Nano 8GB in Super Mode (40 TOPS default)
NVIDIA published · on-node inference
🔒
0GB
LPDDR5 memory at 102 GB/s — NVIDIA Jetson Orin Nano on-node processing
NVIDIA published specification
0
CUDA cores — NVIDIA Ampere GPU architecture for parallel AI inference on every node
NVIDIA Jetson Orin Nano · verified

Nine sensors.
One edge processor.

Each node houses nine independent sensors, an edge AI processor, and encrypted mesh communication. All components are commercial off-the-shelf. Tap any layer to explore.

NODE STATUS: PRE-PROTOTYPE  |  SENSORS: 9 VERIFIED  |  COMPUTE: 40–67 TOPS  |  ALL COMPONENTS: COTS

From sensor to
decision — 8 stages.

Stop 1 / 8 · Designed pipeline

How the mesh thinks.

Every node processes sensor data locally using on-board AI. When a detection occurs, the mesh network corroborates across neighbours before dispatching an alert to the operator.

Node (Sensors + AI)
Mesh Link
Local AI Processing
Alert Dispatch
Operator
0
Nodes active
0
Mesh packets
0
Detections
0
Alerts to operator

One node.
Eight detection layers.

Nine independent sensors cross-confirm every detection event. No single point of sensing failure. Each capability is a fusion of multiple modalities — designed to reduce false positives and increase confidence.

° Gunshot Detection — sensor hardware supports acoustic impulse capture (120 dB SPL AOP). Classification model pending prototype validation. Explosion Detection uses acoustic + thermal + seismic fusion — pending validation.
Each capability uses multiple independent sensor layers for cross-confirmation. All specifications from manufacturer datasheets. Performance validation pending prototype.

Where Sentinel Mesh deploys.

One hardware platform — multiple deployment configurations. Select a scenario to explore sensor activation and designed capabilities.

Field Status · Simulated
Nodes48 / 48
Active alerts0
Sensors / node9
Last event
Sentinel Mesh · Simulated T+00:00
Sentinel Mesh is a concept platform in pre-prototype development. All scenarios are simulated projections based on verified sensor datasheet specifications. One hardware platform — multiple deployment configurations. Performance validation pending prototype development. Deployment in regulated industries subject to applicable local regulations and export controls. No performance claims are made.

What exists today.

Verified products currently shipping. All data from official company sources, press releases, and public filings.

Product Type Sensors AI Processing Deployment Status
1 Sky Fortress — Ukrainian distributed acoustic network. 14,000+ sensors deployed. 80/84 drones intercepted in operational deployment. $400–$1,000/node. Source: verified defence reporting.
2 DroneShield (ASX: DRO) — H1 2025 revenue $72.3M. 34+ government agencies. $208M cash. Source: ASX filings, droneshield.com.
3 Dedrone by Axon — Frost & Sullivan 2025 Company of the Year. 33+ nations. 800M+ drone detections. US DHS SAFETY Act Designation. Source: axon.com press releases.
4 Senstar MultiSensor — 40+ years in perimeter security. ASTORS Homeland Security Award. Source: senstar.com datasheets.

Where the gap is.

Current solutions are either multi-sensor but centralized, or distributed but single-sensor. No shipping product combines multi-sensor fusion with on-node edge AI in a distributed mesh.

Shipping products Sentinel Mesh target position (pre-prototype)

What we are building.

Sentinel Mesh is pre-prototype. These are architectural decisions backed by selected hardware — not operational claims. Each component is on the bill of materials with verified datasheets.

Network Resilience

The mesh heals itself.

Click any node to take it offline. Watch the mesh re-route around failures automatically. Sentinel Mesh is designed for fault-tolerant operation across node losses.

Click nodes to take them offline
Network Health
100%
Mesh status (simulated)
Online
20
Offline
0
Reroutes
0
Status
Nominal
Event Log
▶ Network initialised — 20 nodes online
Resilience Spec
Failure tolerance Self-healing
Reroute Automatic
Topology Full mesh
Encryption Design spec

From poles to
detection mesh.

From bare poles to a working detection mesh — nodes mount on existing infrastructure with zero trenching.

Poles exist
Nodes mount
Power on
Mesh forms
AI online
Dashboard live
Seeking pilot partners — 2026

Interested in
early detection at the edge?

Sentinel Mesh is pre-prototype. We are building the first node and looking for pilot partners, technical advisors, and early investors who understand the space.

Built with NVIDIA Jetson FLIR Lepton TDK MEMS AD9361 SDR Mesh Network REST API