SEOUL, South Korea, Oct. 28, 2024 /PRNewswire/ -- TelePIX, a total satellite solution company, announced the successful completion of the in-space demonstration of TetraPLEX, an artificial intelligence (AI) processor for satellites launched in August. This marks the world's first successful demonstration of real-time, high-speed parallel processing of satellite big data AI model in the extreme conditions of space.
TetraPLEX, developed by TelePIX, is an on-board processor that enables AI processing and edge computing directly on the satellite without the need to transmit information collected from space to a ground station. TetraPLEX has the advantages of dramatically reducing cost and time, significantly reducing data loss.
TetraPLEX, launched using SpaceX Falcon 9 rocket in August, reached an altitude of approximately 597 kilometers. It conducted a series of in-orbit performance tests for its satellite image preprocessing and attitude control estimation algorithms, both of which performed successfully and stably in the space environment. Notably, the satellite image preprocessing was completed in just 11 seconds, approximately 35 times faster than it would have under a conventional FPGA (Field Programmable Gate Array) board.
The demonstration confirmed that all three data processing boards of TetraPLEX were functioning normally. The three boards are APB (Application Processor Board) containing the satellite image preprocessing and satellite attitude control estimation algorithms, the DIB (Data Interface Board) verifying the sensor data interface, and the IPB (Intelligent Processing Board) responsible for AI processing based on a commercial GPU (graphics processing unit) platform.
The primary focus of the demonstration is the operation of the satellite image preprocessing algorithm. TetraPLEX development team, led by Dongshik Won, director of Future Innovation Research Team, confirmed that the images were processed at the same level of quality as on the ground, despite the harsh space environment of radiation, thermal shock, and vacuum. The computational results of the logic on board the TetraPLEX matched the results on the ground with 100% accuracy. This breakthrough is expected to revolutionize satellite image preprocessing without the need for extensive ground station infrastructure, allowing for various satellite image preprocessing algorithms to be used in space.
Additionally, the attitude control estimation algorithm was also performed normally. In order to operate satellites stably, the complex sensor data processing operations required for attitude control and determination must be performed quickly and accurately. TelePIX successfully achieved these results by equipping TetraPLEX with a Kalman filter algorithm (a statistical technique that filters out noise from reality data to calculate accurate numbers) for satellite attitude estimation.
TelePIX will conduct a final confirmation of the stable operation of TetraPLEX in space over the next four months. During this time, the TetraPLEX will be evaluated for the possibility of unexpected failure due to radiation buildup in the space environment. The data gathered from this demonstration will be used to further advance the reliability and sustainability of the next-generation model.
"Enhancing the efficiency of space missions through high-performance on-board processors is just the beginning," said Seonghui Kim, CTO of TelePIX. "Building on the success of this demonstration, we plan to implement more complex and advanced algorithms on satellites. This technological advancement will maximize the success rate of space missions and lead the future of satellite data processing."
TelePIX is a Korean satellite specialized company with technologies for the entire satellite industry cycle, from satellite payloads to satellite data processing and value-added solutions. The company has earned global acclaim, including winning the CES 2024 Innovation Award and being selected as a World Economic Forum (WEF) Technology Pioneer 2024. TelePIX recently showcased its innovations, including TetraPLEX, at International Astronautical Congress (IAC) 2024, the world's largest space congress, where TelePIX had an exclusive pavilion as an official sponsor.
** The press release content is from PR Newswire. Bastille Post is not involved in its creation. **
TelePIX Successfully Demonstrates Its Satellite AI Processor, TetraPLEX, in Space
HOVERAir X1 PRO and PROMAX to capture extreme winter sports performances in stunning 8K and 4K video
PARK CITY, Utah, Nov. 2, 2024 /PRNewswire/ -- Today, HOVERAir and U.S. Ski & Snowboard are proud to announce their collaboration for the 2024-25 season as the X1 PRO and PROMAX flying cameras become available for direct to sales. This exciting partnership will provide athletes and fans with unprecedented aerial perspectives of elite snowboarders and freeskiers, thanks to the HOVERAir X1 PRO and PROMAX. The HOVERAir brand is now designated as the official flying camera of U.S. Ski & Snowboard for the Toyota U.S. Grand Prix at Copper Mountain, Colorado, December 18-21, 2024.
The Toyota U.S. Grand Prix at Copper Mountain, part of the longest-running elite-level competition in the United States, serves as a key stop on the FIS Freeski and Snowboard World Cup tour. World-class athletes will compete for podiums in the resort's 22-foot pro halfpipe. HOVERAir will be an official partner of the event and will have an on-site activation for fans to see and experience their products.
Zero Zero Robotics' HOVERAir X1 PRO and X1 PROMAX are the ultimate flying cameras for capturing high-adrenaline winter sports. Designed for extreme environments, both models feature hands-free, AI-powered filming, enabling athletes to focus on their performance while recording stunning footage in 8K and 4K resolution. With their rugged design and OmniTerrain capabilities, these cameras can fly effortlessly over snow, water, and steep cliffs, making them ideal for skiers and snowboarders tackling the toughest courses. The cameras also offer advanced tracking and collision detection, ensuring precise shots at speeds of up to 26 mph, even in the most challenging conditions.
"We are beyond excited to partner with U.S. Ski & Snowboard and their incredible athletes at the Toyota U.S. Grand Prix," said MQ Wang, Founder and CEO of Zero Zero Robotics. "Winter sports push the limits of speed, precision, and agility—values we've built into the HOVERAir X1 PRO and PROMAX. As the official flying cameras of U.S. Ski & Snowboard, we can't wait to help athletes capture their performances from stunning new perspectives, bringing their moments of brilliance to life in breathtaking detail."
The HOVERAir X1 PRO and PROMAX flying cameras are now available worldwide at hoverair.com for USD $499 and $699, respectively.
"We're thrilled to partner with HOVERAir around the Toyota U.S. Grand Prix, and use its innovative solutions to elevate the fan experience and athlete performance," said U.S. Ski & Snowboard Chief Revenue and Philanthropy Officer Trisha Worthington. "U.S. Ski & Snowboard is committed to staying at the forefront of technology, and this partnership allows us to do just that while showcasing some of the world's most exciting competitions."
About U.S. Ski & Snowboard
U.S. Ski & Snowboard is the Olympic and Paralympic National Governing Body of ski and snowboard sports in the USA, based in Park City, Utah. Started in 1905, the organization now represents nearly 240 elite skiers and snowboarders competing on 10 teams: alpine, cross country, freestyle moguls, freestyle aerials, snowboard, freeski, nordic combined, ski jumping, Para alpine and Para snowboard. In addition to the elite teams, U.S. Ski & Snowboard also provides leadership and direction for tens of thousands of young skiers and snowboarders across the USA, encouraging and supporting them in achieving excellence. By empowering national teams, clubs, coaches, parents, officials, volunteers and fans, U.S. Ski & Snowboard is committed to the progression of its sports, athlete success and the value of team. For more information, visit www.usskiandsnowboard.org.
U.S. Ski & Snowboard Media Contact
Courtney Harkins, Director of Marketing & Communications, courtney.harkins@usskiandsnowboard.org
About Zero Zero Robotics
Zero Zero Robotics was co-founded in 2014 by Stanford PhDs MQ Wang and Tony Zhang, specializing in embedded AI technology for intelligent devices. Known for its innovative machine vision and high-precision control systems, ZeroZero has team members who are dreamers, engineers, inventors, and builders hailing from top universities and research institutions around the world. Zero Zero Robotics holds more than 140 core patents and has pioneered technologies like fully enclosed portable propeller designs and bi-copter designs, cementing its place as a leader in intelligent device development.
HOVERAir Media Contact
Zero Zero Robotics PR Team
pr@hoverair.com
** The press release content is from PR Newswire. Bastille Post is not involved in its creation. **
HOVERAir Named Official Flying Camera Partner for U.S. Ski & Snowboard Team
