Service Package

C5ISR Data Integration

Every mission system produces location data. Almost none of them agree on how. CoT sends XML events, GCCS has its own track formats, Link 16 and VMF are binary tactical messages, and imagery shows up as NITF from a commercial provider.

Getting all of that onto one map, in near real time, across enclaves, is the job. Without it you get operators switching between screens, someone retyping grid coordinates from one system into another, and a COP that's a few minutes behind reality.

What we build

CoT ingestion, routing, and display on operational maps

TAK Server integration and data sync with GeoServer-based services

GCCS-J/A and ABCS integration

Link 16, VMF, and GMTI feed visualization on COP displays

Imagery pipelines that ingest, tile, and serve over OGC APIs

Cross-domain replication for multi-enclave environments

One service per feed

The pattern we use is one small service per data source. Each one does exactly one thing: take this feed, normalize it, publish it. When a feed changes format, and they always do, you fix one service instead of the whole system.

We write these in Go and Java, and our tactical message libraries are running in production today.

Where we've done this

USSOCOM AIDE.

A decade of core geospatial services, including the GCCS Translation Service, Mission Command System COP feeds, and the Ares 3D COP.

DHA MedCOP.

Real-time situational awareness from more than 14 Military Health System sources, with hardened, policy-aware cross-domain replication.

Current tactical integration work.

Link 16, VMF, GCCS, OMNI, and GMTI feeds combined with commercial imagery on a Kubernetes-based COP.

Cleared and ready

Our engineers are cleared and have worked on-site at Fort Bragg.

Duration and procurement

Duration: 4 to 12 weeks.

  • Fixed scope and fixed price, agreed before work starts.
  • Available through GSA MAS (47QTCA26D002H) and Tradewinds.

Talk to an engineer about your environment.

Discuss a Requirement