Japan's Softbank Launching a Satellite Navigation Service for Autonomous Vehicles
【Summary】Softbank Corp is now looking to the sky and plans to use orbiting satellites to help autonomous vehicles find their position and safely navigate. SoftBank is planning to launch a service later this year that would use satellite navigation data combined with mobile base stations to help self-driving buses, drones and autonomous farm machinery navigate.
Japan's Softbank is no stranger to companies working on autonomous driving technology. Softbank is Uber's biggest investor and owns about 15% of the the ride-hailing giant that is now worth billions after Uber went public last month.
Softbank is now looking to the sky and plans to use orbiting satellites to help autonomous vehicles find their position and safely navigate.
Reuter's reported on Monday that Japan's SoftBank Corp is planning to launch a service later this year that would use satellite navigation data combined with mobile base stations to help self-driving buses, drones and autonomous farm machinery navigate.
The service will begin with trials in Japan next month before expanding nationwide in November. The satellites can provide centimeter-level positioning to the autonomous technology that is beginning to be deployed across a range of industries, SoftBank said.
The first Michibiki satellite was launched in September 2010, followed by three more in subsequent years.
Since launching all four of them, Japan's constellation Michibiki satellites has been offering high-precision location data since last November. SoftBank's service will be the first attempt at building a viable commercial business with it.
Japan's Improved Version of GPS
The Michibiki satellites are billed as Japan's version of the Global Positioning System (GPS). The satellites transmit radio waves toward the ground to supply accurate positioning data.
The satellites fly in what is known as a "quasi-zenith orbit" above Japan and their radio waves can be received even in mountainous areas or between tall buildings in cities. Autonomous cars using current GPS face additional challenges in cities by losing their signal around tall buildings, something that the Michibiki satellite technology minimizes.
Kajima Corp, one of Japan's big four construction firms, will also trial a service using drones to monitor construction sites. SoftBank's own SB Drive, which is developing self-driving technology for commercial buses, will also run trials to test the satellites' ability to provide precise location data.
In addition to launching a service employing satellites, SoftBank is working with automaker Toyota and Honda with Monet Technologies, a self-driving car collaborative venture. Monet aims to become a ride-hailing service to rival Uber, Didi Chuxing and Lyft.
Softbank's Growing Portfolio
SoftBank's parent SoftBank Group's diverse portfolio of companies control around 90% of the world's ride-hailing industry with its stake in Uber and other investments. Softbank is also a major investor in GM Cruise, the self-driving arm of General Motors based in San Francisco.
In May 2018, GM Cruise received a $2.25 billion investment from SoftBank's Vision Fund, beginning with with the first tranche of $900 million made at the closing of the transaction. Once Cruise's autonomous vehicles are ready for commercial deployment, SoftBank will complete the second investment of $1.35 billion, the two companies said last year.
Despite the disappointment with the speed of development and launch of self-driving cars, which has yet to fulfill earlier promises of have commercial autonomous cars on public roads by 2019, billions of dollars continues to pour into the sector, with much of it coming from Softbank.
In March, internet satellite start-up OneWeb announced it raised $1.25 billion in additional funding, bringing total fundraising since 2012 to $3.4 billion. OneWeb's latest funding round was also led by SoftBank.
resource from: Reuters
Originally hailing from New Jersey, Eric is a automotive & technology reporter covering the high-tech industry here in Silicon Valley. He has over 15 years of automotive experience and a bachelors degree in computer science. These skills, combined with technical writing and news reporting, allows him to fully understand and identify new and innovative technologies in the auto industry and beyond. He has worked at Uber on self-driving cars and as a technical writer, helping people to understand and work with technology.
China’s Auto Sales Plummet 92% This Month as Coronavirus Fears Put the Brakes on New Car Sales
Hyundai & Kia Develop an AI-Powered Transmission Control System That Shifts Based on Road & Traffic Conditions
Myle Technologies Launches its Ride-Hailing Service New York City to Compete with Uber & Lyft
Tesla is Planning to Use Cobalt-Free Batteries for its Electric Vehicles Built in China
Industry Analysis: It’s Now or Never for U.S. Automakers General Motors & Ford to Catch Up to Tesla
BMW i Ventures Invests in AutoFi, a San Francisco-based Vehicle Financing Startup
President Trump Sign Executive Order to Study Threats to the U.S. Global Positioning System
Volvo Cars & China’s Geely in Talks to Merge, Creating a Single Global Auto Group
- NVIDIA is Offering its Trained Deep Neural Networks to the Industry to Accelerate the Development of Autonomous Vehicles
- Ghost Locomotion Emerges from Stealth Mode, Plans to Retrofit Cars for Self-driving
- Lordstown Endurance Electric Pickup to Get 600 Horsepower & 200+ Mile Range
- Tesla’s Latest Stock Surge Raises its Market Value Higher Than Rivals GM & Ford Combined
- Hyundai Gives Sonata Hybrid New Solar Roof Option for Extra Range
- Self-driving Startup AutoX Applies for a Permit to Test its Vehicles Without a Human Backup Driver in California
- China’s Auto Sales Plummet 92% This Month as Coronavirus Fears Put the Brakes on New Car Sales
- Former Uber CEO and Co-Founder Travis Kalanick to Resign From its Board, Cutting All Ties to the Company
- Volkswagen Officially Unveils its First-Ever Electric Station Wagon: The I.D. Space Vizzion
- Velodyne Announces its New Compact Velabit Lidar Sensor for Autonomous Applications