Understand the shared environment.
Represent the conditions and interactions that matter to each agent.
Connect AUTONOMY / MAHCA
Autonomous systems must do more than react individually. MAHCA explores world models for agents that perceive changing environments, anticipate interactions, and coordinate their actions.
WORLD-MODEL DEVELOPMENT
Explore an agent’s local view of the surrounding environment.
Represent the conditions and interactions that matter to each agent.
Explore possible consequences before selecting a path.
Investigate how local decisions contribute to a shared objective.
01 / FOCUSED POSSIBILITIES
Autonomy becomes a different problem when agents share a world. The research focus is how they represent that world, account for one another, and respond as conditions change.
COORDINATED DRONES
Study coordination questions for multiple drones operating toward a shared objective.
How can an agent’s local view inform collective behavior?
Connect individual decisions with the wider task.
CHANGING ENVIRONMENTS
Explore how routes and interactions could change when obstacles or operating conditions shift.
How should a change in the environment reshape the plan?
Evaluate responses to change in a simulation setting.
SHARED TASKS
Examine how task choices, agent interactions, and incomplete observations affect a group’s behavior.
What information is needed to coordinate the next action?
Define coordination questions that can be tested.
02 / THE FOUNDATION
MAHCA is Excite’s coordinated autonomy world-model program. Its development explores the connection between local awareness, intelligent control, and collective behavior.
Explore our world modelsStudy responses to changing local conditions.
Explore how actions influence possible futures.
Investigate interactions across a group of agents.
03 / A CLOSER LOOK
MAHCA is Excite’s world-model development program for coordinated autonomy and interacting agents.
We are working with partners to deploy our autonomous systems in real-world environments. Powered by MAHCA, these systems combine coordinated decision-making with adaptive control for autonomous platforms.
Autonomy focuses on coordination and decision-making. Excite Quantum explores physical signals and sensing: how the world becomes observations that can inform a model.
THE NEXT FRONTIER IS A SHARED ONE.
Connect with Excite around autonomous systems, simulation, and research collaboration.
Discuss Autonomous SystemsContinue on excite.io to connect.