Mission systems
TAK
TAK Server and ATAK track exchange through LINK, connecting the TAK mission picture with Lattice.
Track synchronizationWorking integrations
A common fabric for
mission data and control.
Make your equipment more useful to customers by connecting its capabilities with others in a shared operational workflow. LINK’s permissioned tactical data and control fabric enables interoperability in multi-domain interconnected environments. Build on existing integrations while preserving OEM architecture, controls, and authority.
Mission informationSelected connections
Bring the picture together.
Follow activity across connected sources and share selected information through the mission systems your teams use.
Synchronize TAK and Lattice in real time.
Nemesys LINK™ normalizes TAK tracks and Lattice entities into common LINK subjects, enabling permissioned synchronization between the two systems.
Selected examples of LINK connections. Integration scope is defined for your configuration.
Mission systems
Anduril Lattice
Lattice entities synchronized through LINK in Anduril’s sandbox, with permissioned synchronization between Lattice and TAK.
Sandbox connectionPayloads & sensors
ADS B
Aircraft tracks from a connected ADS B receiver, displayed in the mission picture.
Aircraft tracksConnected equipmentSelected connections
Keep observation and control together.
Assess live sensor information and direct supported equipment without switching applications.
Video and detection
LINK displays detections supplied by a connected video processor in its live feed and provides access to supported processor settings. Detection capability depends on the selected processor.
Payloads & sensors
Trillium Orion environment
Live EO/IR video, gimbal control, telemetry, and sensor footprint context in the Trillium Orion environment.
Gimbal control & videoVehicle systems
PX4 / MAVLink
Use supported aircraft controls and monitor vehicle status through LINK while the OEM autopilot executes flight and retains its safety authority.
Aircraft controlVehicle systems
ArduPilot Rover
Drive a supported ArduPilot Rover and monitor its status from a connected ground station.
Ground vehicle controlSupporting the operation
Radio network management
Discover supported radios, manage their access credentials, and monitor network connections and link quality alongside mission operations.
Identify degraded links without assembling the picture from separate radio tools.
Modular hardware where requiredThe right integration
The right integration
for the host platform.
Use the resources already available on the host platform. Where additional hardware is needed, the Networked Modular Payload System provides modular compute and interfaces to bring the selected payload into the mission workflow.
This approach minimizes custom integration while preserving flexibility as platforms and mission requirements evolve.
Discuss platform integrationCompute where needed
Use capable onboard resources or add modular compute to suit the host platform.
Mechanical, power & data interfaces
Connect supported equipment through repeatable integration components, including the DEVCOM CLIK interface.
Payload specific modules
Match the integration to the selected payload, bringing its status and supported controls into the common operator workflow.
Nemesys enabled platformsCapability built
Capability built
on proven vehicles.
Our integration work spans Group 1, 2, and 3 uncrewed aircraft systems (UAS), as well as unmanned ground vehicles (UGVs). Integration is tailored to the host vehicle rather than requiring a fixed architecture.
Bring your platform requirementsYour requirements
Discuss your integrationWhat do you need to bring together?
Tell us what your equipment needs to do. Together, we can define an integration scope and initial package of LINK licenses tailored to your operational needs.
