Custom-designed, low-speed autonomous shuttle, built on a proven platform in partnership with Polaris. Sensors, compute, and custom mechatronics components integrated into the Polaris GEM e6 platform for community-friendly mobility.
Fully-integrated AV software and hardware designed for the most efficient, safe, and rapid path to fully autonomous mobility in low-speed, geofenced environments. Built on a foundation meant to scale and extensible for future environments, vehicle platforms, and technology advancements.
A suite of high definition cameras, Lidars, and other sensors provide full 360 degree coverage around the vehicle, eliminating blind spots and enabling safe fully autonomous operation.
Our diverse nationwide deployments provide rich streams of data that we use to continuously improve our autonomy systems via proprietary data ingestion, curation, and machine learning pipelines.
In turn, these underpin our category-leading multimodal sensor fusion, detection, classification, tracking, and prediction systems.
Continuously updated multilayer HD maps help our vehicles understand where they are and interpret the world around them.
As nearby road users are identified, the autonomy system predicts their intent (what), maneuvers (how), and trajectory (where and when).
Hierarchical bounded-time optimal planning algorithms minimize reaction time and safely plan smooth spatiotemporal trajectories through complex traffic scenarios.
A safety-first approach provides multiple levels of fault tolerance and redundancy at all levels of the decision making process.
We hold our hardware and software components to rigorous automotive safety standards to ensure passenger and road user safety.
Redundant braking, redundant steering, and other safety features such as fault containment regions provide aerospace-levels of fault tolerance and safety.
Parameterized simulation tests routinely run through millions of traffic scenario variations, acting as a force multiplier for our engineering teams and enabling them to rapidly achieve wide-scale testing coverage of our autonomous systems.
Our in-vehicle and remote safety operators are equipped with fleet monitoring and assistance tools, resulting in smooth, safe, and supported rides.