The Hyperion mission serves as the foundation for the HYPER network, an architecture engineered to facilitate data transmission for spacecraft when direct ground-station access is unavailable. By bridging this gap, the system aims to reduce latency and improve the delivery of time-sensitive mission information. Integrating three distinct frequency bands into a single, space-qualified antenna presents significant engineering hurdles. Designers must balance signal filtering and isolation while minimizing loss, all within a compact physical envelope that leaves little margin for error. Validating performance across all three bands simultaneously requires specialized testing facilities that few firms maintain internally. Madison Dye, Lyntris' Vice President of C5ISR, noted that the on-schedule completion of the review demonstrates the company's capability to transition complex hardware from conceptual requirements to flight-ready units. The partnership leverages Lyntris’ integrated approach, which combines RF engineering, manufacturing, and multi-band testing under one roof to meet the rigorous demands of modern, contested space environments.