v1.4.2
Current release
A real-time, event-driven operating system for defense, security, and critical-infrastructure operations. MESH provides the control plane that turns heterogeneous sensors, assets, and operators into one coherent force.
Sensors are deployed. Operators are staffed. Budgets are spent. And yet — the outcomes don't follow. The bottleneck isn't sensing. It's the missing operational intelligence layer that turns signal into decision into action.
The issue is no operational intelligence layer.
It doesn't replace your sensors, radios, or command systems. It connects them — and turns sensor signal into tracks, events, and authorized tasking a human can sign off on in seconds.
One control plane. One vocabulary. One screen for the operator. Sovereign by default, edge-first by design, human-in-command by doctrine.
Operators never leave the main screen. The shell stays the same; behavior changes by explicit mode — Live Ops, Incident, Tasking.
Read-only by design. Selection only. Tracks, assets, events, zones, layers. No actions — safe to click under stress.
Always visible. Layers for tracks, assets, events, zones, heatmaps. Freshness is visual — ring decay, confidence opacity, dashed lost-track paths.
Event stack → Incident workbench → Task composer. If an incident can't be closed from here, the UI is wrong.
Live vs. Playback, timeline, link health, GPU temp, buffer state. Never lies, hides, or decorates reality.
▲ This is the only permitted data & authority flow. Deviations require architectural review.
Every line of MESH code, every API, every UI panel consumes one of three primitives. Raw detections are never acted on directly.
A persistent identity over time — humans, vehicles, drones, vessels, wildlife, fires. Tracks carry spatio-temporal state, confidence, and full sensor lineage. All decisions consume tracks, never raw detections.
Towers, cameras, UAVs, ground teams, effectors. Assets expose operational state, capabilities, and constraints. They execute authorized tasking and report status. Assets never contain decision logic.
Immutable, owned, lifecycle-managed. Events are the unit of accountability. Alerts are only their visual representation. All actions carry attribution and reason codes.
MESH OS defines four capability domains. Every mission is a configuration of these — never a fork.
Detection · tracking · cross-sensor correlation · anomaly recognition. Produces tracks and events. Does not authorize.
Technical brief →Sensor fusion · prioritization · policy & ROE · decision options. Governs decision logic; does not execute.
Technical brief →Workflow orchestration · execution monitoring · summarization · after-action. Operates under explicit authorization points.
Technical brief →Local inference · degraded ops · low-latency · secure buffering. Continuity, not authority.
Technical brief →MESH OS is deployed on sovereign infrastructure. Data, operations and upgrade paths remain under customer control.
Forward-deployed, low connectivity, local autonomy. Sync when possible.
Classified environments, full data locality, operator-controlled upgrades.
Edge nodes with command-center synchronization and replay.
Every engagement begins with Mission Discovery — a 2-week, technology-driven sprint that maps your sensors, quantifies your noise, finds your blind spots, and delivers a pilot plan with KPIs.
This is not a consulting exercise. Powered by Discovery Intelligence + MESH OS — the same foundation that runs live border, perimeter, counter-UAS and ISR operations.
Detect → Decide → Act. Tested across border, perimeter, ISR and counter-UAS missions in live deployment.
Not generic templates. Built from operator-grade interviews and after-action reviews across 12+ sectors.
Sensors, workflows and decision gaps quantified — not described. Discovery Intelligence runs the analysis itself.
The same operational mapping models that run live deployments are used to scope yours.