Enable your autonomous journey. Commercialize now with 100% availability and flawless customer experience.
Maximize autonomy service levels.
Know when and where immediate remote assistance is available, to ensure maximum service levels of your autonomous fleet. Our software continuously maps cellular coverage of every available network and presents the information in an actionable manner for the fleet supervisor. The same information can be used by every autonomous vehicle to drive only through roads where remote assistance is always available.
Provide safe and secure remote assistance.
When a driverless vehicle encounters a situation it can't handle, it stops and calls for remote human assistance. Our software presents various methods for the operator to provide help - choosing the optimal path out of several options, drawing a new path for the vehicle, and even re-classifying objects that were detected by the vehicle to allow a better solution. All of these methods and many more allow for safe human intervention.
One operator, many vehicles.
Ottopia's platform is the only scalable solution that enables few humans to supervise and guide hundreds and eventually thousands of driverless vehicles - be them robo-taxis, delivery robots, driverless trucks or autonomous shuttles. The "golden ratio" in today's industry is 1 human operator for every 10 driverless vehicles, which is already extremely economical as compared to having 10 in-cabin safety drivers. Depending on the operational design domain of your autonomous fleet, this ratio could be even better.
Low-speed remote driving.
In certain use-cases such as logistics, mining and agriculture, remote driving is needed to overcome situations that autonomy alone cannot handle. Ottopia provides the only augmented remote driving product that includes critical safety features such as auto-stop when the network quality is insufficient.
Monitor and investigate system performance.
Understand the performance of the teleoperation platform, in real-time. Know the latencies, throughput, and which mobile networks are the most efficient for your deployment, in your area of interest. Explore and investigate the performance of the system on certain days and in specific locations.