Talk to machines like you talk to your team

Natural Language Collaboration

Our Mission

Unlock Human-Machine Interaction Through Natural Language

Despite rapid advances in autonomy, sensors, and C2 systems, the limiting factor remains the interface. We believe the future of human-machine teaming starts with speaking to machines the way we speak to each other. Natural Language C2 (NLC2) makes complex systems more intuitive, enabling warfighters to command capabilities at machine speed — without the burden of learning new software or tools.

Introducing Anura: A Universal Natural Language Interface for Mission Systems and Unmanned Platform Control

Anura brings natural language to the battlespace—letting operators control onboard systems and autonomy stacks across manned and unmanned platforms. It reduces task load and accelerates decision-making, modernizing legacy systems for the future fight

  • Minimizes both cognitive and physical task load by allowing hands-free, intuitive system control—freeing warfighters to focus on the mission

  • Natural language control reduces the need for complex interfaces and lengthy system-specific training, accelerating operator readiness

  • Enables faster, more informed decisions under pressure by streamlining command inputs and improving situational responsiveness

  • Uses a transparent AI architecture designed to pass DoD Test & Evaluation and integrate cleanly into mission-critical workflows

  • Embodied AI runs on low-SWaP hardware across any manned or unmanned system—designed to integrate on any platform

Powering Missions Across Domains

  • Ground Combat Mission Systems

    Enable crews to control sensors, comms, and targeting systems in combat vehicles using natural language—faster, less training, and requiring less crew members

  • UAS Fleet Control

    Task and re-task multiple small drones by voice, managing ISR, autopilots, and sensors with intuitive commands

  • Control Launched Effects from Airborne/mounted Platforms

    Anura enables seamless interaction with autonomous mission stacks across launched effects platforms, allowing for interoperability and flexibility

  • Airborne MUM-T Operations

    Pilot speaks to combat drones as if a human wingman—heads up control of ISR, jamming, or strike autonomy stacks without needing complex interfaces

  • Multi-domain Unmanned Control

    Coordinate ground robots and drones simultaneously by issuing commands across domains with a single intuitive interface

  • Subsystem control on Manned Airborne Platforms

    Control radar, EW, comms, sensors, unmanned control SW, and displays in real time via natural language, reducing cockpit workload and improving tactical responsiveness

What Warfighters are Saying

  • "It [Anura] freed me up to command and control my team and talk to the maneuver element, because I was also operating the drone."

    Army UAS Operator

  • "[Anura] allows the most novice of sUAS operators to operate not only one, but multiple sUAS. This allows the end user to focus on the battlespace and not be tied to a device screen always having to monitor the sUAS. There is great potential.

    USSOCOM Operator

  • "The ability to intuitively and naturally communicate with an autonomous wingman via voice holds significant promise for enhancing aircrew effectiveness by allowing pilots to maintain primary focus on their own aircraft operation."

    DAF Data Scientist

  • "Very intuitive. I was able to fly a swarm within 2 minutes of putting the system on."

    USSOCOM Operator

  • "This demonstration was the most impressive I saw during the event. They allowed me to operate the system with no training and I was able to control a swarm of three drones with no training utilizing natural language and verbiage."

    USSOCOM Operator