All.Space and Aalyria Partner on Multi-Orbit Satellite Network Orchestration

British firm All.Space and U.S.-based Aalyria have announced a strategic partnership aimed at enabling seamless orchestration across multi-orbit satellite networks. By combining All.Space’s software-defined multi-link terminals with Aalyria’s Spacetime network orchestration platform, the collaboration seeks to address the growing demand for resilient, high-throughput connectivity across LEO, MEO, GEO constellations — particularly in defense and dual-use scenarios.

Strategic Context: The Push Toward Multi-Orbit Interoperability

The proliferation of government and commercial satellite constellations in Low Earth Orbit (LEO), Medium Earth Orbit (MEO), and Geostationary Orbit (GEO) has created an increasingly complex communications environment. Defense users — particularly those operating in contested or denied environments — require assured connectivity that can dynamically switch between orbital layers based on mission requirements or threat conditions.

Multi-orbit networking is central to next-generation C4ISR architectures such as the U.S. Department of Defense’s Joint All-Domain Command and Control (JADC2) initiative or NATO’s Federated Mission Networking. These architectures depend on resilient data transport across heterogeneous space assets. However, achieving seamless interoperability across different satellite systems — each with unique latency profiles, link budgets, protocols, and security models — remains a major technical challenge.

This is where the All.Space-Aalyria partnership aims to make a difference by fusing hardware-agnostic terminal technology with real-time network orchestration software capable of managing diverse link types across orbital regimes.

All.Space Terminal Technology: A Software-Defined Ground Layer

Formerly known as Isotropic Systems until its 2022 rebranding, All.Space has developed a multi-link terminal platform that can simultaneously connect to multiple satellites operating in different frequency bands (e.g., Ku-, Ka-, X-band) across various orbital altitudes. Unlike traditional parabolic dishes or electronically steered antennas that typically lock onto a single beam at a time, All.Space terminals use optical beamforming techniques to support concurrent links without mechanical movement.

This capability is particularly valuable for defense customers who need uninterrupted connectivity even when switching between commercial LEO services (e.g., Starlink or OneWeb), military GEO satellites (e.g., WGS), or emerging MEO platforms. The terminal’s software-defined architecture allows dynamic reconfiguration based on mission needs or link availability — effectively functioning as an intelligent edge node within a broader tactical network.

In 2023–2024 testing campaigns conducted with the U.S. Space Force and UK Ministry of Defence under their respective SATCOM modernization programs, All.Space demonstrated successful handovers between dissimilar satellites using its multi-link terminals onboard mobile platforms such as tactical vehicles and ships.

Aalyria Spacetime: Orchestrating Hybrid Optical-RF Networks

Aalyria emerged from Google’s internal moonshot division X in 2022 with two core technologies: Spacetime — a cloud-based network orchestration engine — and Tightbeam — an ultra-high-capacity free-space optical communication system derived from Google’s Loon project. While Tightbeam focuses on point-to-point optical links capable of terabit-class throughput over long distances (including air-to-space), Spacetime handles dynamic routing across hybrid networks comprising RF and optical nodes in space and terrestrial domains.

The Spacetime platform uses predictive analytics to optimize link selection based on latency constraints, weather conditions (critical for optical comms), orbital dynamics, jamming threats, or user priority levels. It integrates with both legacy SATCOM infrastructure and emerging mesh networks to provide end-to-end Quality of Service (QoS) guarantees aligned with mission profiles.

For defense applications such as ISR data backhaul from UAVs or command-and-control links for distributed ground units operating beyond line-of-sight (BLOS), this kind of intelligent routing is essential. The system is reportedly being evaluated under DARPA programs related to resilient space communications architectures.

Joint Use Case Scenarios: Tactical Edge Connectivity & Resilient Backhaul

The integration of All.Space terminals with Aalyria’s Spacetime engine opens up several high-value use cases:

Tactical edge operations: Mobile units equipped with All.Space terminals can maintain persistent connectivity by dynamically switching between available satellites based on bandwidth needs or adversarial interference.
Airborne ISR platforms: UAVs or manned aircraft can stream sensor data via optimal hybrid paths selected by Spacetime while maintaining redundant fallback links through multiple constellations.
Navy surface combatants: Ships at sea can leverage simultaneous GEO-MEO-LEO connectivity for command resilience while traversing contested maritime zones where GNSS spoofing or SATCOM jamming may occur.
Disaster response & civil contingency: First responders can deploy rapidly via flyaway kits using the joint solution to establish broadband comms even when terrestrial infrastructure is degraded or destroyed.

Differentiators vs Existing Solutions

The market already includes players like Kymeta (flat-panel antennas), Viasat/Inmarsat (integrated SATCOM services), SES/O3b mPOWER (MEO capacity), Hughes Network Systems/OneWeb Defense Solutions (LEO-GEO integration), but few offer true terminal-level concurrency combined with orchestrated multi-path routing at scale.

The key differentiator here lies in:

Terminal concurrency: Simultaneous rather than sequential access to multiple satellites/orbits/frequencies without mechanical steering mechanisms;
Orchestration intelligence: Real-time decision-making informed by environmental sensing and operational context;
Dual-use flexibility: Applicable across military theater operations as well as commercial aviation/maritime/logistics sectors;
Sovereign control options: Modular design allows integration into national SATCOM architectures without vendor lock-in—an increasingly important factor amid geopolitical tensions over critical infrastructure dependence;

The Road Ahead: Trials & Deployment Pathways

The companies plan initial demonstrations involving airborne platforms in early 2025 under undisclosed government contracts likely tied to Five Eyes partners’ SATCOM modernization efforts. Integration into command post vehicles under NATO interoperability frameworks is also being explored via industry consortia aligned with ACT/NCI Agency initiatives around federated networks.

Aalyria CEO Chris Taylor noted that “this partnership brings together two best-in-class capabilities that will redefine how we think about global connectivity.” Meanwhile John Finney, CEO of All.Space emphasized the importance of “resilient communications at the tactical edge” especially given escalating threats from peer adversaries targeting space assets through kinetic ASAT weapons or cyber/electronic warfare means.

Conclusion: Building Blocks for Future-Proof C4ISR Networks

The convergence of advanced terminal hardware from All.Space with Aalyria’s AI-driven network management represents a significant step toward realizing truly adaptive space-based communications infrastructure. As militaries seek alternatives to vulnerable single-path SATCOM architectures amid rising anti-access/area-denial threats globally—from Ukraine’s EW-heavy battlespace to Indo-Pacific maritime chokepoints—multi-orbit orchestration will become not just desirable but operationally essential.