One Platform. Infinite Applications.
From airports to city streets to the battlefield, AutoVerse delivers scalable simulation for complex, high-stakes environments.
Industries
Built For the World You Operate In
AutoVerse is industry-agnostic by design — but optimized for the nuanced needs of any environments—powering simulation across a wide range of real- world applications. Discover how teams are using it to move smarter, faster and safer.
Airports & Airlines
Simulate airport operations, test new technology integration safely, and validate complex scenarios — all in one unified environment.
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Simulate and optimize airport ground operations.
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Reduce plane bumps with advanced warnings.
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Safely validate integration of autonomous systems like baggage handling carts, terminal shuttles, and inspection drones.
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Test and de-risk deployment of AI-powered infrastructure, including FOD detection and removal technologies.
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Evaluate operational readiness for new layouts, technologies, or traffic conditions without disrupting live operations.
Up to 40% faster deployment of autonomous systems
Simulations allow for rapid iteration and validation before live testing, reducing delays in rolling out new autonomous vehicles or robotics systems.
$80M+ potential annual savings
Large hubs can save millions from faster turnaround times, reduced delays, and collision prevention.
Identify and mitigate safety risks earlier
High-fidelity scenario testing helps surface potential hazards or failure modes early in the process—before they escalate into real-world incidents.
Smart Cities
Accelerate smart mobility pilots by 50%
Digital simulations reduce the need for extended field trials and allow stakeholders to validate complex systems virtually before deployment..
2x faster decision making
Cities using digital twins to validate designs and run stakeholder reviews can drastically cut decision timelines and improve alignment.
Improve emergency response planning
Virtual testing of rare situations—like traffic rerouting during emergencies or large-scale events—enhances resilience without real-world trial and error.
Model traffic flow, optimize infrastructure deployments, and communicate to stakeholders using a 3D digital twin of your city.
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Simulate infrastructure redesigns, new developments, and major events.
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Test the deployment of intelligent infrastructure such as adaptive traffic signals, connected intersections, and curbside management solutions.
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Evaluate the impact of emerging technologies—like delivery drones, autonomous shuttles, or smart parking systems—before theyʼre deployed at scale.
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Model emergency scenarios and infrastructure stress conditions, helping cities prepare for rare events like evacuations, road closures, or sensor failures.
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Visualize stakeholder outcomes and public safety impact.
Autonomous Vehicles
Reduce real-world testing costs by 80%
Virtual testing is significantly cheaper and faster than real-world tests—helping AV teams validate performance and safety more efficiently.
10x scenario test coverage
AutoVerse surfaces hidden issues by exposing systems to edge cases and unpredictable behaviors not easily tested on-road.
Accelerate software validation cycles by up to 50%
Continuous simulation in the cloud allows for faster iterations, reducing time between builds and boosting deployment confidence.
Autonomous Robotics
Shorten development timelines by up to 50%
Simulation enables faster iteration, validation, and system tuning without waiting on physical environments or hardware availability.
Avoid disruptions to operations
Run full test cycles in digital space before risking real-world collisions or operational interruptions.
Achieve 10x more test coverage in the same development window
Rapidly generate and run a variety of realistic scenarios to validate robustness and ensure edge-case resilience at scale.
Simulate the interaction of AMRs with each other or in mixed-traffic with humans in the 3D digital twin of your warehouses and manufacturing facilities. Simulate dynamic, real-world environments to test robot navigation, task execution, and interaction with human or machine agents.
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Validate perception, localization, and control systems for AMRs, drones, and other autonomous platforms in high-fidelity digital spaces.
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Stress-test robotics software with edge-case scenarios, such as occlusions, sensor drift, unexpected obstacles, or multi-robot collaboration.
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Accelerate testing across indoor and outdoor environments—from factory floors to last-mile delivery routes—without needing physical replicas.
Defense
Simulate tactical environments and mission scenarios to evaluate autonomous ground, aerial, and maritime systems under variable threat conditions.
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Test multi-agent coordination between vehicles, drones, and robotic units for logistics, ISR, and security applications.
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Train AI models and validate autonomy stacks using high-fidelity sensor and behavior simulation—without live-fire testing or field deployment.
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Model unpredictable, high-risk conditions like GPS denial, signal jamming, or sudden terrain changes in a safe, repeatable digital twin environment.
Reduce live testing and training costs
Digital twin environments allow for high-risk, high-complexity testing without the logistical and financial burden of physical trials.
Increase mission scenario coverage 10x
Simulate diverse terrains, threat levels, and system configurations to test robustness and response in a wider range of operational conditions.
Accelerate mission readiness and operational confidence
Continuous, parallel simulation shortens validation cycles for software- defined platforms—supporting faster prototyping and deployment.
