Aalyria secures $100M to commercialise laser communications
US connectivity startup Aalyria, a company spun out of Google’s experimental labs, has raised around $100 million in fresh funding, propelling the company to a reported $1.3 billion valuation. The capital will fuel the rollout of a laser-based communications backbone designed to deliver ultra-fast, secure links across air, sea, land and space.
From Google lab project to independent deep-tech player
Aalyria emerged from internal research at Google X, where engineers explored new ways to move data using light rather than traditional radio waves. The technology, now developed independently, focuses on laser communications that can connect satellites, aircraft, ships and ground stations with extremely high bandwidth and low latency.
The company is building what it describes as a global, software-orchestrated communications backbone. By steering narrow laser beams through the atmosphere and space, Aalyria aims to avoid congested radio spectrum and deliver resilient links for defence, government and commercial customers.
Targeting defence, space and critical infrastructure markets
The new funding will be used to expand Aalyria’s hardware production, scale its cloud-based network orchestration platform and deepen partnerships with aerospace and defence contractors. The technology is pitched as a way to support secure data transport for satellites, unmanned systems, and remote infrastructure where conventional fibre or cellular networks are unavailable or vulnerable.
Analysts say the round and $1.3 billion valuation underscore investor confidence in space-based connectivity and advanced optical networking. As governments and enterprises demand higher bandwidth and more resilient links, laser systems are increasingly viewed as a strategic complement to traditional radio-frequency communications.
Positioning in the race for next-generation connectivity
With this raise, Aalyria joins a growing cohort of companies racing to define the architecture of next-generation global networks, blending satellite constellations, airborne platforms and terrestrial nodes. If successful, its laser backbone could become critical infrastructure for secure cloud services, real-time intelligence sharing and future 5G and 6G extensions beyond the reach of existing terrestrial networks.