BridgeComm

BridgeComm, headquartered in Louisville, Colorado, is an optical wireless communications company developing free-space laser communication terminals and ground station infrastructure for satellite broadband data links and terrestrial last-mile high-bandwidth connectivity — building the MOCA (Managed Optical Communication Array) architecture that scales from single-terminal 2.5 Gbps links to terabit-class aggregated optical mesh networks.

BridgeComm's MOCA technology uses arrays of individually steerable optical apertures — laser transceivers that can independently point, acquire, and track communication partners — rather than single large aperture systems. This array approach provides several advantages: redundancy against individual element failure, dynamic capacity allocation by combining multiple beams, and potentially lower per-unit cost than precision large-aperture gimbaled systems. The architecture supports satellite-to-ground downlinks, inter-satellite links (ISL), and terrestrial point-to-point applications, targeting a single platform solution across all free-space optical use cases.

The company's roadmap spans data rates from 2.5 Gbps (initial product, competitive with Ka-band satellite links) to 1 Tbps aggregate capacity (aspirational high-end constellation backbone), addressing the optical communication terminal market for Earth observation satellite ground downlinks, LEO broadband constellations needing high-throughput terrestrial access points, and government secure communications requiring RF-independent links.

Boeing HorizonX Ventures invested $10 million in BridgeComm in 2018 — a significant early validation from one of the aerospace industry's largest companies. Boeing's strategic interest reflects growing demand for high-bandwidth optical communication links in both commercial satellite and military communications programs where Boeing serves as a prime contractor. BridgeComm competes with Mynaric, Cailabs, Tesat-Spacecom, and SITAEL in the space optical communications market.