AnySignal to provide Reflect Orbital with space-to-earth communications

AnySignal and Reflect Orbital reached an agreement Oct. 20, 2026, covering space-to-earth communications for Reflect Orbital’s inaugural satellite and two subsequent missions. The deal establishes AnySignal as Reflect Orbital’s communications partner, integrating spacecraft radio hardware directly with ground network infrastructure.

Ricky Medina, co-founder of AnySignal, published an analysis Oct. 24, 2026, arguing that hardware investment alone cannot resolve orbital data-transmission bottlenecks and that ground-station interoperability is required.

Medina argued that fragmented management systems and siloed provider networks limit the efficiency of expanded physical ground sites. Commercial entities and government agencies continue investing in those sites even as orbital deployments outpace terrestrial downlink availability.

The commentary connects the issue to prior industry recognition of the orbital data bottleneck as a constraint on commercial satellite operations. Medina said long-term resilience requires deep interoperability among disparate service providers.

Medina said proprietary barriers should be removed and network handoffs standardized so orbital communications can function like terrestrial mobile cellular roaming. Medina said satellite operators could one day move data among many ground networks as conditions and spectrum allow, similar to terrestrial mobile cellular roaming.

Medina wrote that the next phase of the ground segment should be measured by data reliability rather than antenna density. Reliable command and control should not depend on individual sites, providers, or frequencies. The statement reflects a shift from counting physical infrastructure to evaluating distributed, multi-vendor network resilience for commercial satellite constellations.

“The next phase of the ground segment should be measured not by how many antennas the industry installs,” Medina said. Medina wrote that virtualizing the ground segment and using software-defined radio architectures should help different global teleports interoperate.

Medina’s analysis describes operators choosing assured communications access instead of owning dedicated sites. Ground service providers will increasingly rely on automated capacity brokering and standardized interfaces to move orbital data and make better use of terrestrial networks.

The commentary underscores the necessity of standardizing terrestrial reception networks. Standardization ensures reliable command and control for expanding commercial satellite constellations. AnySignal is a vertically integrated developer of radio-frequency systems based in Torrance, California. The company fields several hundred software-defined radios that have already flown across various orbits.

Its U.S.-based manufacturing ensures supply chain security, while a software-first approach allows for rapid adaptation. AnySignal designs, builds, integrates, and operates end-to-end radio-frequency systems for civil, commercial, and national security customers.

Those systems sense, connect, and defend across land, air, sea, and space. Reflect Orbital is developing space-enabled infrastructure to deliver sunlight to precise locations on Earth.

The company aims to extend electricity generation at solar farms and provide light for search-and-rescue teams and construction crews working after dark. The Reflect Orbital agreement includes delivery of AnySignal’s USX multi-band software-defined transceiver and implementation of AnyLink software for ground connectivity.

The USX transceiver consolidates high-rate payload downlinks and Telemetry, Tracking, and Command functions within a single hardware module. That consolidation removes the need for separate radios for different frequency bands and reduces mass and cabling requirements on the satellite bus.

AnyLink software aggregates access to multiple ground-station-as-a-service providers, enabling Reflect Orbital operators to access different third-party ground networks through a single architecture. This capability demonstrates how flight radio hardware and ground networking software combine into an end-to-end communications solution for commercial missions.

Reflect Orbital selected AnySignal for both its flight radio and ground connectivity software for the inaugural satellite and two follow-on missions. The company described the arrangement as a true end-to-end comms solution.

Reflect Orbital Co-Founder and Chief Executive Officer Ben Nowack said AnySignal delivers a true end-to-end communications solution and has helped de-risk early operations, letting Reflect focus on engineering the novel parts of its spacecraft.

AnySignal Chief Executive Officer and Co-Founder John Malsbury said the company is excited to provide Reflect with full-stack communications for its upcoming missions. He said the agreement reflects the power of AnySignal’s operating system for the electromagnetic spectrum, which solves technical radio-frequency problems so customers can focus on their missions.

AnySignal has raised $35.7M over five rounds, with its first funding round on Oct. 16, 2023 and its latest Series A round on May 28, 2025. The company has eight institutional investors. The latest round had three participants, though the amount is listed as $* in the source.

AnySignal’s dual-use strategy includes a partnership with commercial space station developer Vast. The partnership aims to prove technology in the commercial space sector and scale manufacturing for government clients.

AnySignal holds a U.S. Space Force contract to demonstrate advanced on-orbit satellite-to-satellite communications as part of the Space Data Network. The company disclosed the contract Aug. 20, 2026.

The Space Data Network is a proliferated multi-layered mesh network in orbit. The U.S. Space Force has awarded Space Data Network contracts to a multivendor portfolio including SpaceX, Lockheed Martin, Northrop Grumman, Rocket Lab, and York Space Systems.

The awards build a plug-and-play environment with standardized interfaces. The Space Force is pursuing a decentralized, self-healing web of orbital connectivity to route data around disruptions and provide low-latency, high-speed links between sensors and decision-makers.

AnySignal is tasked with demonstrating the space-to-space links that form the building blocks of the Space Data Network orbital backbone. The company says that capability is key for moving sensor data across satellites in near-real time.

Software-defined radios allow post-launch reprogramming for updates, new protocols, and adaptations to unforeseen orbital conditions. That flexibility translates into longer operational lifespans and enhanced mission security.