autonoma: Autonomous Driving Platform
autonoma helps transportation and automotive companies deploy L4 autonomous vehicles in specific environments. It is designed for operators managing transit in airports, universities, and tourist sites.
At a glance
- Category
- Software Development
- Best for
- Autonomous Vehicle Companies, Transportation Companies, Automotive Manufacturers, Geo-fenced Facility Managers
- Pricing
- Pricing was not clearly available from the provided evidence. Buyers should confirm current pricing on the vendor website.
- Key use cases
- Autonomous Passenger Transport, Autonomous Goods Delivery, Security Patrols, Campus Mobility
- Official website
- autonoma.com
autonoma is an autonomous driving technology platform designed for L4 vehicles. The system integrates in-vehicle sensors such as LiDAR and Radar with smart road infrastructure and an AI cloud to support a coordinated transportation ecosystem.
The platform is intended for businesses operating in geo-fenced areas, such as business centers, parks, and airports. It supports various vehicle types, including passenger shuttles, delivery robots, and security patrol vehicles.
Key capabilities include remote monitoring and the ability for human operators to take over vehicle control via an avatar system. The technology is designed for all-weather operation and uses high-precision positioning to navigate designated paths.
Buyers should confirm how the infrastructure requirements for the smart road sensors align with their existing site capabilities, as the system utilizes a combination of vehicle-side and road-side technology.
Key Features
Combines data from LiDAR, Radar, and HD cameras to identify objects and plan routes.
Integrates vehicle sensors with city infrastructure sensors and cloud computing to support fleet control.
Allows a remote human operator to monitor and take control of the vehicle in complex scenarios.
Provides a digital representation of the traffic ecosystem for monitoring and scheduling.
Uses high-precision localization to keep vehicles within designated pathing plans.
Supports vehicle-to-everything communication to assist in perception and decision-making.
Use Cases
Using RoboBus for fixed-route transit in areas like airports or tourist spots.
Deploying RoboVendor vehicles with hot and cold compartments for automated retail delivery.
Utilizing RoboPatrol for video monitoring and environmental risk detection.
Operating autonomous shuttles within university or business center geo-fences.
Best For
Pricing
Pricing was not clearly available from the provided evidence. Buyers should confirm current pricing on the vendor website.
FAQ
The platform supports several L4 vehicles, including the RoboBus for passengers, RoboVendor for deliveries, and RoboPatrol for security.
Yes, the system is designed for all-weather operation, including use in rain, darkness, and sun.
The Avatar system allows a remote human operator to monitor and take control of a vehicle to assist in complex scenarios or technical difficulties.
Source category: Software Development
Source subcategory: Autonomous Vehicle Platform
