Aalyria’s AI Brain to Unify NASA’s Fractured Space Communications

LIVERMORE, CA – June 04, 2026

For decades, communicating in space has been a disjointed, babel-like affair. Satellites launched by different nations, government agencies, and a burgeoning number of private companies have operated in digital silos, each speaking its own proprietary language, unable to easily share information across networks. This fragmentation is not just inefficient; in an increasingly crowded and contested orbital environment, it’s a critical vulnerability. Now, NASA is tackling this challenge head-on, not by building another silo, but by creating a universal translator—and it has tapped a private company, Aalyria, to provide the AI-powered brain for the operation.

In a move that signals a profound shift in space infrastructure strategy, NASA has selected Aalyria to deploy its “Spacetime” network orchestration software for the agency’s groundbreaking Polylingual Experimental Terminal (PExT) mission. The goal is audacious yet elegantly simple: to allow a spacecraft to roam seamlessly between government and commercial communication networks, much like a cell phone switches between carriers as you travel. This partnership isn't just a technical upgrade; it represents the architectural blueprint for a new, integrated space communications ecosystem, blurring the lines between public and private domains.

The Polylingual Problem in Orbit

The challenge PExT aims to solve is fundamental to the future of space exploration and commerce. Historically, a NASA mission would rely on its own dedicated communication links, primarily through the agency’s Tracking and Data Relay Satellite (TDRS) fleet. This created a reliable but bottlenecked system. As commercial satellite constellations from companies like Viasat and SES have populated the sky, the volume of available bandwidth has exploded, but accessing it has remained complex.

Each commercial network uses its own unique protocols and waveforms. For a NASA spacecraft to use these networks, it would traditionally require custom, single-mission radios—a costly and inflexible approach. The PExT payload, developed by the Johns Hopkins University Applied Physics Laboratory (APL), is designed to be “polylingual.” Launched in July 2025, it uses advanced Software Defined Radios (SDRs) that can be reprogrammed in orbit to speak the language of multiple networks. The initial demonstration, which concluded successfully in December 2025, proved the technology could transmit data across both NASA’s TDRS system and commercial networks, a first-of-its-kind achievement.

This capability is transformative. It allows a mission to dynamically select the best communication route based on availability, latency, and cost, whether it’s a government relay satellite or a commercial ground station. For science missions, this means faster downloads of high-resolution imagery and data. For overall space operations, it means unprecedented resilience; if one network is unavailable, the spacecraft can simply roam to another. The PExT mission has been so successful that it has been extended through April 2027 to explore new partnerships, including direct-to-Earth links with SSC Space's global ground station network.

Enter Spacetime: The AI Conductor

Having a terminal that can speak multiple languages is only half the solution. The other half is having a traffic controller smart enough to manage the complex, real-time decision-making required to orchestrate this new, fluid network of networks. This is where Aalyria’s Spacetime comes in.

Aalyria, a company with roots in Google’s legendary “moonshot factory,” has been developing the software to manage this very complexity. Spacetime acts as an intelligent orchestration layer, an AI brain that sits above the physical hardware. It constantly analyzes the entire network—satellites, ground stations, aircraft, and user terminals—and calculates the optimal path for data to travel at any given moment. It handles the intricate scheduling, planning, and resource management functions that would be impossible for humans to perform at the speed and scale required.

Under the new agreement, Aalyria will deploy Spacetime in NASA’s operational cloud environment, known as SPOC (SCaN Program Operations Cloud). This will give NASA and its partners at APL a consolidated platform to manage the PExT mission and, eventually, other elements of the agency's Space Communications and Navigation (SCaN) Program.

"NASA's PExT mission represents a fundamental shift in how space communications networks will operate in the future," said Brian Barritt, Founder of Aalyria, in the company’s announcement. "Spacetime was designed precisely for this challenge – orchestrating dynamic, real-time connectivity across multiple networks and providers. We're honored to support NASA as they build the foundation for the next generation of interoperable space communications."

This isn't Aalyria’s first foray into this domain. The company has already proven its technology with the Defense Innovation Unit's (DIU) Hybrid Space Architecture (HSA) program, demonstrating its ability to route data across multi-vendor, multi-orbit networks for the Department of Defense. The NASA contract is a powerful validation of its commercial strategy.

A New Architecture for the Cosmos

The partnership between NASA and Aalyria is more than a procurement deal; it’s a window into the future of how humanity will operate in space. NASA is explicitly moving away from being the sole owner and operator of its communications infrastructure in low Earth orbit. By 2031, the agency plans to transition these services almost entirely to the commercial sector, becoming a customer rather than a proprietor.

This Hybrid Space Architecture, blending government assets with a rich ecosystem of commercial services, promises enormous benefits. It fosters private sector innovation, drives down costs for the taxpayer, and creates a more robust and resilient communications backbone for all. By leveraging software like Spacetime to manage this complexity, NASA can focus its resources on its core mission of exploration and scientific discovery.

However, this shift also raises important questions of accountability and governance. As critical public infrastructure becomes increasingly reliant on private, AI-managed systems, ensuring transparency, security, and equitable access will be paramount. The open-source APIs that Aalyria is helping to develop for NASA are a step in the right direction, creating a standardized way for different players to connect to this new federated network. The long-term success of this model will depend on establishing clear rules of the road that protect the public interest while unleashing the power of commercial innovation.

For now, the focus is on execution. Aalyria will provide engineering support to APL, extend its software to integrate with more commercial partners, and design new API extensions for future missions. The PExT demonstration is no longer just an experiment; it is the live, operational testbed for an internet in the sky. With an AI conductor at the podium, the disjointed noise of space communications is finally being orchestrated into a symphony.