SMART MOBILITY
FOR A BETTER WORLD
MEET COAST AUTONOMOUS
WE CREATE
A SAFER CITY
A GREENER WORLD
YOUR MOMENT OF PEACE
TIME
COMMUNITY
INCLUSIVENESS
ACCESSIBILITY
A SAFER CITY
A GREENER WORLD
YOUR MOMENT OF PEACE
TIME
COMMUNITY
INCLUSIVENESS
ACCESSIBILITY
A SAFER CITY
A GREENER WORLD
YOUR MOMENT OF PEACE
TIME
COMMUNITY
INCLUSIVENESS
ACCESSIBILITY
COAST Autonomous is a self-driving technology company providing mobility solutions to move people and goods at appropriate speeds in urban, industrial, and campus environments. COAST was established to build community by connecting people with mobility solutions that put pedestrians first and give cities back to people. COAST technology is also ideal for private sites. COAST has developed a proprietary 6-Level Autonomous Vehicle (AV) system that includes mapping and localization, robotics and artificial intelligence (AI), fleet management and supervision.
COAST AUTONOMOUS SOLUTIONS
COAST leverages a portfolio of proprietary best-in-class technologies to offer solutions that are designed to be safe, cost-efficient, flexible and green.
Mobility-as-a-Service (MaaS)
COAST provides a variety of AVs to offer MaaS solutions to cities, theme parks, campuses, airports, rail yards, and other private sites.
Software-as-a-Service (SaaS)
COAST also provides SaaS solutions to vehicle manufacturers looking to offer autonomous fleets to their customers. COAST engineers work with the manufacturer to convert their vehicles to “by-wire”, install perception sensors and AV software, followed by a rigorous testing program.
Located in California, Florida, France, the UK, and the Philippines, the COAST team is recognized for its experience and expertise in all aspects of implementing and operating AV fleets while prioritizing safety and the user experience.
COAST ROAD MACHINES
COAST P-1 SHUTTLE
THE COAST P-1 SHUTTLE GIVES CITY CENTERS BACK TO PEDESTRIANS
Our COAST P-1 Shuttle is designed to operate safely on pedestrian paths, in mixed traffic and in high-speed dedicated lanes. Called from a smart phone app, this on-demand shuttle can help cities and campuses improve their environments by expanding pedestrian areas.
AV UTILITY VEHICLE
SOLVING LOGISTICS BOTTLENECKS FOR ON-DEMAND MOBILITY SYSTEMS
Our AV Bigfoot converted by COAST is an efficient and cost-effective way to provide a 24/7 on-demand mobility system to move goods. Ideal for rail yards, industrial sites, airport cargo, baggage handling, campus and city center deliveries.
AV GOLF CART
IMPROVING MOBILITY AND PARKING ON CAMPUSES AND IN THEME PARKS
Our AV golf cart converted by COAST is ideal for providing a 24/7 on demand mobility system for university campuses, business parks, medical campuses, theme parks, resorts, airports, etc.
STATE-OF-THE-ART TECHNOLOGY
The COAST 6-Level Autonomous System is a fully integrated solution that includes mapping and localization, robotics and artificial intelligence (AI), fleet management and supervision. COAST’s AV System is designed for safety first and is optimized for the user experience and the last mile. Using off-the-shelf perception sensors and electronics allows COAST to offer an affordable and flexible solution.
MAPPING & LOCALIZATION
COAST uses best-in-class mapping solutions for autonomous navigation, allowing an AV to localize (know where it is) either outdoors or indoors and to optimize the user experience.
ROBOTICS & ARTIFICIAL INTELLIGENCE
COAST develops best-in-class, fully integrated autonomous software that controls the vehicle's behavior and decision making.
FLEET MANAGEMENT & SUPERVISION
COAST's fleet management positions vehicles close to where they are needed, reducing wait times and fleet sizes. COAST’s supervision system always has a “human in the loop” to monitor AV fleets and ensure safety.
SAFETY FIRST
All COAST vehicles have built-in redundancies and will always be able to stop safely. COAST vehicles analyze the environment to provide optimum safety for passengers, pedestrians and any other vehicles on the road.
PASSENGER EXPERIENCE
COAST technology ensures a smooth and comfortable ride. Proprietary fleet management algorithms reduce wait times.
APPROPRIATE-SPEED
AVs operating at appropriate-speeds for given environments result in safer rides, require less sensors, and provide a faster service for short trips.