Why We Founded Airbase · a16z News
Science, Technology & Innovation · Mar 25, 2026
Airbase proposes converting spectrum from static, license-bound allocations into software-defined, machine-negotiated resources that can be allocated in real time—enabling millisecond-scale bandwidth negotiation and greater capacity and agility from existing spectrum to support next-generation wireless, space, and autonomous systems.
Why We Founded Airbase · a16z News
Law & Regulation · Mar 25, 2026
Wireless infrastructure is increasingly limited by spectrum coordination and legacy federal allocation processes (FCC/NTIA), creating deployment delays across telecom, space, autonomy, robotics, and defense—held up “not by physics but by paperwork.”
Why We Founded Airbase · a16z News
Politics & Government · Mar 25, 2026
The piece warns that spectrum management is a strategic bottleneck—innovation and demand are accelerating faster than slow, manual spectrum coordination, risking delays that could hinder commercial growth and U.S. defense readiness unless rapid RF rights provisioning infrastructure is built.
Why We Founded Airbase · a16z News
Science, Technology & Innovation · Mar 25, 2026
The document reframes RF spectrum issues as a three-part compound failure—constrained (physics limits 3 kHz–300 GHz), underutilized (static legacy allocations leave capacity idle), and vulnerable (contested/jammed frequencies)—and argues that a real-time intelligent software management layer can improve both efficiency and national-security resilience without a tradeoff.
Why We Founded Airbase · a16z News
Law & Regulation · Mar 25, 2026
Airbase says its spectrum-management software is already embedded in federal workflows—regulators are using it and the company works with the U.S. government on daily operations—signaling an incremental path to modernize spectrum administration by adopting tools within existing FCC/NTIA processes.