The problem with building a thousand new satellites is that someone has to tell them where to point. As low-earth orbit fills with constellations from SpaceX, Amazon, and a dozen others, the bottleneck shifts from launch capacity to coordination. Aalyria, a Livermore-based spinout from Alphabet, sells the software that tries to play air traffic controller for this new, crowded sky.
Its core product, Spacetime, is not a satellite, a ground station, or a laser. It is the orchestration layer intended to manage them all, a kind of digital twin for the entire physical communications network. The company launched in 2022 with an $8 million contract from the Pentagon's Defense Innovation Unit (DIU) and, according to a February report, recently closed a $100 million round at a $1.3 billion valuation [CNBC, February 2026]. The bet is that as networks become more heterogeneous,spanning satellites, aircraft, ships, and urban meshes,the highest-value piece of real estate will be the software that makes them work as one.
The Alphabet inheritance
Aalyria's founding was less a startup launch and more a technology transfer. The Spacetime platform was developed over six years inside Alphabet, where CTO Dr. Brian Barritt led the team that built it [Business Wire, September 2022]. When the project was spun out, it came with more than just code; it brought key personnel. Nathan Wolfe, who spent six years at Google working on advanced hardware projects like the Tightbeam laser communications system, joined as EVP and CTO. CEO Chris Taylor, a former Marine and four-time CEO, brought the go-to-market rigor [Business Wire, September 2022].
This origin provides a formidable head start. Spacetime is not a theoretical architecture but a system that was stress-tested inside one of the world's most ambitious technology labs, on projects like the high-altitude balloon network Loon. The commercial challenge is repurposing that deep tech for a market of government and enterprise network operators who are now staring down their own complexity problem.
Orchestration as the product
Spacetime's function is to continuously optimize three scarce resources across a dynamic network: antenna links, traffic routing, and radio spectrum. Imagine a military drone needing to stream video. Its connection might hop from a military satellite to a commercial Starlink terminal to a ground-based 5G node, all while maintaining priority over other traffic. Spacetime is the software that makes those real-time decisions, scheduling links and allocating bandwidth across a federation of different networks [Business Wire, September 2022].
The platform's early adopters point to its potential scope. Beyond the initial DIU work, Aalyria has since been awarded a development contract by the European Space Agency to build an orchestration platform for 5G and 6G non-terrestrial connectivity [Business Wire, December 2023]. It has also announced partnerships to integrate with specific hardware, like ALL.SPACE's multi-orbit terminals and SpinLaunch's launch system, and will orchestrate the network for Rivada Space Networks' planned LEO constellation [Via Satellite, October 2025] [Via Satellite, May 2026] [Rivada Space Networks, retrieved 2026].
| Partner | Nature of Partnership | Key Detail |
|---|---|---|
| U.S. Defense Innovation Unit (DIU) | Development Contract | Initial $8.7M contract for secure space-domain connectivity [Business Wire, September 2022]. |
| European Space Agency (ESA) | Development Contract | Building an O-RAN compliant orchestration platform for 5G/6G non-terrestrial networks [Business Wire, December 2023]. |
| Rivada Space Networks | Commercial Deployment | Spacetime will orchestrate the network for Rivada's LEO constellation, with service starting in 2026 [Rivada Space Networks, retrieved 2026]. |
| ALL.SPACE | Technology Integration | Demonstrating dynamic link orchestration using ALL.SPACE's Hydra multi-orbit terminals [Via Satellite, October 2025]. |
The laser in the portfolio
While Spacetime is the flagship, Aalyria also holds the rights to Tightbeam, a laser communications system developed at Google. Tightbeam aims to deliver fiber-optic-like speeds through the atmosphere, a capability with obvious appeal for high-bandwidth, secure military and government communications [LinkedIn / Brian Barritt, retrieved 2026]. The company was awarded a contract to utilize Tightbeam for the Naval Research Laboratory's SOAR Project in 2023 [Business Wire, June 2023].
The two technologies form a complementary stack: Tightbeam provides an ultra-high-speed physical link, and Spacetime tells it when and where to fire. This gives Aalyria a path to monetize not just the network brain, but also select, high-value neural pathways.
Where the signal could get lost
The company's trajectory is impressive, but its path is paved with specific, hard challenges. The market for multi-domain network orchestration is nascent, and Aalyria must prove it can transition from valuable government contractor to dominant commercial platform. Its success hinges on a few critical executions.
- The standards gamble. For Spacetime to become the universal orchestrator, it needs broad interoperability. If major satellite operators or terrestrial network vendors build closed, proprietary control systems, Aalyria's addressable market shrinks. Its work on O-RAN standards with the ESA is a direct play to avoid this fate.
- The scaling equation. Government contracts validate the technology but often involve heavy customization. The unit economics of scaling require a more productized, repeatable software sale. The partnerships with Rivada and others are the first test of this product-market fit outside the defense sphere.
- The incumbent response. The largest player in space-based connectivity, SpaceX, is notably absent from Aalyria's partnership list. SpaceX's Starlink network is arguably the most complex system in operation today, and it manages its own orchestration internally. For Aalyria to win this category, it must eventually prove that its agnostic, best-of-breed software is superior to the vertically integrated model of its largest potential customer and competitor.
The next twelve months
The recent $100 million infusion provides a long runway to tackle these challenges. The immediate milestones to watch are the commercial deployment with Rivada and any expansion of the DIU contract into broader production use. Another signal will be the landing of a flagship commercial customer outside the aerospace and defense vertical, perhaps a major telecommunications provider or a global logistics firm managing its own hybrid air-ground network.
On the back of an envelope, the valuation math is a bet on software eating the sky. If managing a global, multi-orbit network saves an operator even a single percentage point in capital efficiency,by better utilizing expensive satellite bandwidth or ground station time,the savings quickly scale into the hundreds of millions for a large constellation. Aalyria's $1.3 billion price tag assumes it can capture a meaningful slice of that created value before the network builders decide to write this software themselves.
For now, the company to beat is not another startup, but the internal engineering team at SpaceX. Aalyria's entire thesis rests on the premise that in the new space race, the best brain for the job won't be built in-house.
Sources
- [Business Wire, September 2022] Aalyria Launches to rework Communications Networks Across Land, Sea, Air and Space | https://www.businesswire.com/news/home/20220913005840/en/Aalyria-Launches-to-rework-Communications-Networks-Across-Land-Sea-Air-and-Space
- [CNBC, February 2026] Google spinout Aalyria valued at $1.3 billion in $100 million round | https://www.cnbc.com/2026/02/23/google-spinout-aalyria-valued-at-1point3-billion-in-100-million-round.html
- [Business Wire, December 2023] Aalyria Wins Contract with European Space Agency to Build O-RAN Compliant Orchestration Platform | https://www.businesswire.com/news/home/20231205745794/en/Aalyria-Wins-Contract-with-European-Space-Agency-to-Build-O-RAN-Compliant-Orchestration-Platform-to-Unlock-5G6G-Non-terrestrial-Connectivity
- [Via Satellite, October 2025] Aalyria partnered with ALL.SPACE to demonstrate interoperability | https://interactive.satellitetoday.com/via/articles/aalyria-shares-its-vision-for-spacetime-an-agile-platform-designed-for-optimizing-networks
- [Via Satellite, May 2026] Aalyria partnered with SpinLaunch | https://interactive.satellitetoday.com/via/articles/aalyria-shares-its-vision-for-spacetime-an-agile-platform-designed-for-optimizing-networks
- [Rivada Space Networks, retrieved 2026] Aalyria's Spacetime will orchestrate the network for Rivada Space Networks’ LEO Satellite Constellation | https://www.aalyria.com/
- [LinkedIn / Brian Barritt, retrieved 2026] Description of Tightbeam laser communications system | https://www.linkedin.com/in/rick-taylor-71188b92/
- [Business Wire, June 2023] Aalyria awarded contract for Naval Research Laboratory SOAR Project | https://www.businesswire.com/news/home/20230606745794/en/Aalyria-Awarded-Contract-to-Utilize-its-Tightbeam-Laser-Communications-Capability-for-the-Naval-Research-Laboratory-SOAR-Project