Gambit

Platform-agnostic, multi-domain orchestration for complex autonomous systems operations

Today’s autonomous systems rely on predefined behaviors and centralized control. They struggle to cope with dynamic environments, mission-critical decision-making, and deployment at scale. Adding more vehicles to a fleet often leads to fragmentation rather than improved results.

Gambit AI was developed from the ground up to solve these issues. It provides a unifying and platform-agnostic intelligence layer that enables multiple aerial, ground and marine vehicles to work together dynamically as a single coordinated unit.This approach enables autonomous systems to learn from each other, enabling more effective real-time decision making and complex mission handling without increasing operator burden.

Gambit is ideal for increasing efficiency and mission effectiveness across a broad range of industry sectors, including:

• Defense & security
• Construction & mining
• Oil & gas
• Logistics & drone delivery
• Precision agriculture
• Environmental monitoring

More information: Adaptive Intelligence Solution for Autonomous Systems

Modular autonomy stack for seamless integration

The software-first Gambit AI system is designed to seamlessly integrate with, and sit above, existing autonomy stacks, providing enhanced capabilities without changing architectures or forcing an entirely new interface.

This system separates the differences between diverse autonomous systems and vehicles, making it easier for you to deploy your assets and scale up your operations.

Through the intuitive Gambit interface, users can monitor and control missions, create and train AI-powered system behaviors, and deploy adaptive intelligence at the edge in real time.

Intuitive Interface
Monitor and control missions

Red Team

Advanced threat emulation for counter-UAS testing

Based on the Gambit adaptive intelligence platform, the Red Team service enables comprehensive testing and validation of counter-UAS systems through sophisticated swarm threat emulation. It provides everything required for an operator to command and coordinate 10 or more multirotor and/or fixed-wing drones through a single interface.

Adaptive teaming behaviors, including configurable patrol loops, dynamic waypoints and formation flying, provide realistic multi-target scenarios at significantly reduced expense. Red Team is ideal for testing, validating, and training counter-UAS sensor detection, engagement protocols, and interception and defeat capabilities.