Satellite Navigation Breakthroughs and the Path to a Commercial GPS Service

Brian Manning discusses the limitations of legacy GPS for emerging precision-dependent applications and outlines how his company is developing small satellites to deliver higher-performance satellite navigation. The conversation covers the company’s technology approach, recent funding, satellite launches, and regulatory approval.

■ The problem with current navigation systems
- Legacy GPS is described as insufficient for precision, power, and protection needs
- Applications extend beyond cars to agriculture, drones, robotics, and defense

■ Technology and deployment strategy
- Small satellites built at lower cost than traditional GPS satellites
- Satellites placed much closer to Earth to improve performance
- Series D capital directed toward building and launching more satellites

■ Regulatory and market progress
- FCC approval for spectrum sharing with GPS
- Service designed to integrate into existing GPS devices via software updates
- Commercial and government customer backlog awaiting satellite deployment

This overview is suited to viewers interested in space technology, satellite navigation, autonomous systems, and infrastructure deployment. It provides context on the technical and regulatory factors involved in launching a commercial satellite navigation service.