The mobility service project leads the innovation on mobility in our lives. It provides flexibility and extension in the application to various users, mobility (manufacturers), and services (smart city, factories, etc.) through designing and optimizing open-source-based SW and HW with SpringCloud’s mobility generalization extension at its core.
Ranging from tourism, transportation, delivery, to cleaning robots, the potential of autonomous driving mobility platform services is limitless. SpringCloud introduces our portfolio of content establishment and planned mobility service projects.
Summary: Shuttle bus for residents outside the coverage
of public transportation system and new towns
Summary: Shuttle bus transporting tourists in theme
parks and regional specialty attractions
OperaKIT is a next-generation, PBV autonomous driving mobility platform with customizable chassis based on user requirements.
Autonomous driving full stack by SpringCloud is providing a variety of Opera solution and products to several mobility service providers and universities. Opera solution has drastically improved development period, reliability, and stability based on worldwide open-source collaboration, proprietary SW design technology, and a dedicated HW platform.
SpringCloud provides the fastest and the most price-competitive solutions by establishing an open-sourced cloud-based service environment which integrates recognition and control processes of all mobility vehicles.
OPERA is a trademark of SpringCloud’s open-source–based autonomous driving solutions.
OperaKIT is an in-wheel–based autonomous driving chassis platform for the development, demonstration, and education of open-sourced autonomous driving SW solutions. With this chassis platform, autonomous driving SW solutions developed by Korean companies and research institutions specializing in autonomous driving technology may be developed and demonstrated. Universities and other educational institutions may conduct research on autonomous driving SW and provide education as well.
Classification | Specification |
---|---|
Length | 2,510mm |
Width | 1,700mm |
Curb weight | 450kg |
Maximum load | 500kg |
Frame material | High-strength steel |
Operating speed | 20Km/h (up to 40Km/h, sw adjustable) |
Maximum range | 70km(fully charged) |
Battery | 11kW(slow charging) |
Driving method | 2WD/4WD, in-wheel hub motor |
Braking method | 4WD hydraulic brake |
SpringCloud is pursuing “customized autonomous driving PBV projects” targeting Delivery/Shuttle/Passenger service markets leveraging OperaKIT’s in-wheel–based autonomous driving chassis platform.
Autonomous driving PBV for transportation and logistics delivery (prototype launched in October 2022)
Classification | Specification |
---|---|
Length | 3,380mm (tentative) |
Width | 1,700mm (tentative) |
Curb weight | 550kg |
Maximum load | 500kg |
Operating speed | 20Km/h (up to40Km/h, SW adjustable) |
Maximum range | 70km(fully charged) |
Battery | 11kW(slow charging) |
Driving method | 2WD/4WD, in-wheel hub motor |
Braking method | 4WD hydraulic brake |
Autonomous driving PBV for robotic shuttle service (prototype expected to launch in second half of 2023)
Classification | Specification |
---|---|
Length | N/A |
Width | N/A |
Curb weight | N/A |
Passenger capacity | Up to 15 adults |
Operating speed | 20Km/h (up to 40 Km/h, SW adjustable) |
Maximum range | 100km (fully charged) |
Battery | N/A |
Features | Wireless Charging |
Driving method | 4WD in-wheel motor |
Functions | Wheelchairs may be used |
Autonomous driving PBV for passenger transportation (prototype expected to launch the first half of 2023)
Classification | Specification |
---|---|
Length | 3,380mm(tentative) |
Width | 1,700mm(tentative) |
Curb weight | 550kg |
Passenger capacity | Up to 4 adults |
Operating speed | 20Km/h (up to 40Km/h, SW adjustable) |
Maximum range | 70km (fully charged) |
Battery | 11kW(slow charging) |
Driving method | 2WD/4WD, in-wheel hub motor |
Braking method | 4WD hydraulic brake |
SpringCloud offers platform-based customized data service throughout data generation, refinement, to transaction in order to advance future mobility technology and develop a variety of service models.
(Target client group 1) Korean/international companies, schools, and research institutions specializing in autonomous driving solution
(Target client group 2) Korean/international companies related to smart cities, smart factories, smart airports, ports, defense and security
SpringCloud FMS solution provides remote control, driving control, diagnostics, and system updates for autonomous driving mobility (shuttles, PBVs, robots, drones, etc.), as well as services needed for service users through connection to different apps for route generation, reservation, and payments.
(Target client group 1) Korean/international companies, schools, and research institutions specializing in autonomous driving solution
(Target client group 2) Korean/international companies related to smart cities, smart factories, smart airports, ports, defense and security
- SpringCloud provides a solution to extract and recognize several types of object data by leveraging high-resolution LiDAR and cameras.
(Target client group 1) Korean/international companies, schools, and research institutions specializing in autonomous driving solution
(Target client group 2) Korean/international companies related to smart cities, smart factories, smart airports, ports, defense and security
Beginning at the changing future multiverse planet
How our lives will change as they will be repainted with new technologies?
On a multiverse planet, you can experience how every aspect of our lives, from transportation, environment, communication, maritime, and food to energy, has changed with AI, big data, autonomous driving, and virtualization services. On a multiverse planet, where you can grow creativity and imagination that goes beyond the limit of space-time, you will be guided to amazement at the next level.