NASA’s Chief Technologist, A.C. Charania, recently visited the REaKTOR Technology Innovation Center and the National Institute of Aerospace to engage with local startups, focusing on NASA Chief Technologist aerospace environmental innovations. Charania interacted with Pancopia, an environmental technology firm aiming to provide safe, high-quality water while improving the environment; Advanced Aircraft Company, a veteran-owned drone enterprise that has garnered attention for its potential impact on the future of aerospace technology; and Psionic, a company developing advanced navigation systems that offer a reliable alternative to GPS. The visit underscored the importance of collaboration between NASA, the National Institute of Aerospace, and innovative companies for continued growth in aerospace and environmental technology.
Introduction
By Tim Ryan
NASA Chief Technologist Visits Local Startups
NASA’s Chief Technologist, A.C. Charania, recently toured the REaKTOR Technology Innovation Center and the National Institute of Aerospace (NIA) to meet with promising local startups in aerospace and environmental technology. During his visit, Charania engaged with Pancopia, Advanced Aircraft Company, and Psionic, learning about their cutting-edge developments in their respective fields. A.C. Charania was joined by NASA Langley Research Center’s Chief Technologist Julie Williams-Byrd and Phillip Williams.
Pancopia: Sustainable Solutions
Pancopia is a pioneering environmental technology firm that creates sustainable solutions for people, animals, and the planet. By developing innovative advancements in chemistry, physics, and biology, Pancopia aims to provide safe, high-quality water for all while simultaneously improving the environment. Their technology allows businesses to enhance operational efficiency, transform waste into valuable resources, and ultimately increase profitability while reducing their ecological footprint.
Advanced Aircraft Company: Drone Innovations
Meanwhile, the Advanced Aircraft Company is a made-in-the-USA, veteran-owned drone enterprise. Their groundbreaking work in the drone industry has garnered attention from top aerospace professionals, including Charania, who noted the potential impact of their innovations on the future of aerospace technology.
Psionic: Advanced Navigation Systems
Finally, Psionic is a rapidly growing company focused on developing advanced navigation systems that deliver precise and accurate state data to determine both relative and absolute motion and position. Their technology offers a reliable alternative to GPS, providing comparable performance in situations where GPS signals may be spoofed or jammed. Psionic sensors can detect objects at long ranges (10km+) while consuming minimal power (1W or less) and maintaining centimeter-level range and velocity resolution. With a high signal-to-noise ratio, these sensors are not only difficult to detect but also challenging to disrupt.
Future Collaboration and Innovation
Charania’s visit highlights the importance of collaboration between NASA, the National Institute of Aerospace, and innovative companies such as Pancopia, Advanced Aircraft Company, and Psionic. These relationships are crucial for continued growth and advancements in aerospace and environmental technology. The commitment of these organizations to sustainability, efficiency, and innovation underscores their shared vision of creating a better future for all.
Question & Answer
1. What is Pancopia’s focus in the environmental technology sector?
Pancopia aims to provide safe, high-quality water while improving the environment through innovative advancements in chemistry, physics, and biology.
2. What makes the Advanced Aircraft Company stand out in the drone industry?
The Advanced Aircraft Company is a veteran-owned enterprise that has garnered attention for its potential impact on the future of aerospace technology with its groundbreaking work in drones.
3. How does Psionic’s technology offer a reliable alternative to GPS?
Psionic develops advanced navigation systems that deliver precise and accurate state data, providing comparable performance to GPS in situations where GPS signals may be spoofed or jammed.
