Identifying the immense potential of precision navigation, Swift Navigation—a San Francisco-based company—is empowering the future of autonomous vehicles with accurate and affordable GPS positioning technology. While Swift’s products are significantly lower-priced than its competitors, the tech firm’s GNSS solutions are proving to be as accurate as legacy receivers costing 10x more. Having started as a hardware company, Swift recently began offering an Internet-delivered Global Navigation Satellite Systems (GNSS) correction service called Skylark™.
Swift’s flagship product Piksi® Multi is a centimeter-accurate multi-band GNSS receiver. Access to multiple frequency bands and multiple satellites endows autonomous systems with greater accuracy and reliability. “With Piksi Multi, one can receive data from dozens of satellites. More satellites means a higher fidelity navigation solution,” said Fergus Noble, Co-Founder and CTO of Swift Navigation.
Complimenting Piksi Multi is its tough and durable version, Duro®—a Piksi Multi GNSS receiver housed in a cast aluminum enclosure. This rugged product is IP67-rated, allowing it to be used in harsh outdoor environments. Duro is water resistant, can withstand extreme temperatures, vibration, and dust. “Duro does not need to be embedded inside an autonomous vehicle, instead, it can be easily mounted on top of it,” Noble added.
By eliminating geographical restrictions, Skylark delivers the centimeter-level accuracy required for autonomous vehicles to not only travel long distances, but to do so safely
To broaden its service offering, Swift delved into cloud correction services and built Skylark, which works with Piksi Multi and Duro receivers. Skylark provides high-precision GNSS navigation corrections to autonomous vehicles via Internet connectivity. Skylark is unlike other services that require radio antennas or leave users tethered to base stations allowing only about 20 miles of range. Instead, Skylark operates like a utility service. Vehicles can travel vast distances by continuously connecting to the Skylark cloud.
Swift has gained a reputation for affordable precision GNSS and has 2,500 customers across the globe. Those interested can easily start by visiting Swift’s online store where they can order Swift receivers and sign up for a monthly or annual corrections service plan. Swift has made it easy to get started by developing Evaluation Kits that contain all components necessary for a successful assessment of Swift’s GNSS technology.
A Swift Navigation client, Voyage—a self-driving private taxi service provider that caters to communities across North America—uses both Skylark and Piksi Multi in its real-world application. Equipped with a roof-racked suite of sensors including Piksi Multi, LiDAR, cameras, radar, and an IMU, Voyage’s fleet of taxis have autonomous steering control, braking and other functions. Voyage serves a community of 400 residents spanning a 15-mile road network.
Founded in 2012, Swift Navigation has positioned itself as one of the most impactful companies in the automotive technology ecosystem. Continuing its streak of innovation, Swift envisions strengthening its Skylark service with nationwide and global rollout. “Swift’s North Star vision is to enable automotive autonomy at levels 3-5,” said Noble. “By eliminating geographical restrictions, Skylark delivers the centimeter-level accuracy required for autonomous vehicles to not only travel long distances, but to do so safely.”
Swift Navigation News
Swift Navigation Updates its Multi GNSS Receiver
By improving the positioning engine and integrating NMEA GST notification, the future of GNSS transmitters will advance rapidly.
FREMONT, CA: The transmitters were traditionally big analog equipment constructed for the defense industry. However, the applications of GNSS transmitters did not remain confined within the military sector, with the development of receivers; it started to play a critical role for major industries. Presently, GNSS receivers are extensively broadened to include remotely controlled platforms, chipsets, microprocessors, Integrated Chips (IC), DSP, FPGA, portable devices. In addition, GNSS transmitters are currently operating across a broad range of systems, improving receiver quality, price, energy consumption, and autonomy.