Sep 11, 2025
/
/
/

Open by Design: How Our Software Platform Enables Customer Ecosystems

At a recent company meeting, our team discussed how to position MatrixSpace. While most people know us as a highly portable radar and counter drone systems provider, we believe we are equally an enterprise software platform company.  

This perspective informs the way we design and develop our products. Modern enterprise systems software is mission critical, operations-oriented, secure and seamlessly integrated. When we start with this approach, it’s much easier to make our applications accessible to other services and software systems, and simplify the integration into our customers’ existing ecosystems.  

MatrixSpace designs every product with this philosophy in mind—from initial concept through production and release. This approach gives us precise control over our radar systems, and enables multiple sensors, components, and software packages to interoperate seamlessly. It also supports straightforward sensor interconnection and rapid integration with a wide ecosystem of applications through open APIs.  

Key 3rd Party Integrations

The MatrixSpace sensor API allows other systems to consume our radar system data for visualization in situational awareness applications. The API sends information about detections, as well as the telemetry details associated with each detection, and control of radar devices. Developers can use our documentation to connect apps via these APIs to enrich them with MatrixSpace data. Current protocols include:

  • REST
  • WebSocket
  • MQTT

MatrixSpace sensor API is currently integrated with these applications and services:

  • (A)TAK – Our TAK integration facilitates simultaneous visibility to sensor detections across all connected personnel. For military purposes, this allows forward-deployed assets using the MatrixSpace Expeditionary Kit to immediately share hostile drone detections with the rest of their teams.  
  • Anduril Lattice – The Anduril Lattice for Air Defense platform is the primary landing zone in support of Integrated Battle Command System-Maneuver (IBCS-M). MatrixSpace has proven its integration in the field and the U.S. Army's Operation Jailbreak operational validation initiative.  
  • NINJA – The U.S. Air Force sponsored NINJA (Negation of Improvised Non-State Joint Aerial) project for hostile small drone defense (C-UAS) is deployed in over 565 systems worldwide. NINJA-based systems are now integrated for use with MatrixSpace sensors for UAS threat (dark drone) detection.  
  • SAPIENT – The SAPIENT (Sensing for Asset Protection with Integrated Electronic Networked Technology) open-architecture protocol for C-UAS system integration is now widely adopted by NATO for use in command-and-control C2 systems. MatrixSpace has demonstrated operability with the SAPIENT standard in military field exercises.
  • DroneSense – DroneSense is a leading provider of remote drone operations software. MatrixSpace radar data feeds support real-time airspace awareness allowing public safety operators to keep their drones safely separated from other low-flying aircraft.  
  • INVOLI – INVOLI is a leading supplier of cooperative air traffic surveillance solutions. INVOLI ADS-B data feeds are integrated in real-time to provide cooperative aircraft visibility in context with radar detections for safe aircraft separation operations.  
  • Kongsberg IRIS Terminal – The IRIS platform from Kongsberg Geospatial provides remote drone operators airspace visualization and air safety alerting that simplifies safe BVLOS operations. MatrixSpace radar sensors push critical airspace telemetry data to IRIS.  
  • L3Harris UAS TRACER – UAS TRACER from L3Harris provides advanced drone identification and decision support for automating UAS countermeasures in highly contested environments. Using the MatrixSpace sensor API, UAS TRACER cues optical camera targeting and computer vision-based threat analysis based on MatrixSpace radar detections.  
  • Sagetech Avionics – Sagetech’s onboard ACAS DAA computer enables additional safety for drones flying BVLOS. MatrixSpace onboard radar sensors provide intruder detection telemetry for safe avoidance guided by Sagetech Avionics.  

While MatrixSpace sensor API powers a broad range of applications, more are coming online soon. If you want to build an application for MatrixSpace sensors, talk to us. Our integration experts can help you add precision sensing to enhance your application—sometimes in as little as a few minutes!  

Keep Reading

Aug 4, 2026
/
/
/
/
Drone Data Under the SAFER SKIES Rule: An Industry View on Privacy and Compliance

The rule gives SLTT agencies real counter-UAS authority for the first time. It also places data squarely at the center of that authority. For technology providers building the systems agencies will actually use, that data architecture is where compliance either works in practice or breaks down.

Read More
May 29, 2026
/
Observations from Project Flytrap 5.0

MatrixSpace demonstrated portable, resilient counter-drone capabilities at the U.S. Army’s Flytrap 5.0 exercise, integrating mobile radar and AI systems with Anduril’s battle command network. The deployment validated effective small-drone detection, operation in contested environments, rapid dismounted deployment, and interoperability through open architectures for modern battlefield airspace awareness.

Read More
May 5, 2026
/
Threat Truth or Dare: Layered Detection for Modern C-UAS

Rising drone threats are driving organizations to adopt systems that detect, track, and identify them. Effective defense requires layered, multi-sensor approaches, with radar as the backbone for real-time threat assessment.

Read More