ALL.SPACE Achieves Industry-First Multi-Orbit Certification for SES O3b mPOWER

Why It Matters

The capability gives military users seamless, resilient communications across multiple orbital layers, reducing vulnerability to jamming or satellite loss. It accelerates adoption of multi‑orbit networks, reshaping tactical SATCOM architecture.

Key Takeaways

• First multi-orbit certified terminal on SES O3b mPOWER
• Supports simultaneous GEO, MEO, and LEO links without moving parts
• Break‑before‑make handovers under 10 ms ensure mission continuity
• Integrated SD platform merges routing, edge computing, 5G access
• Enables redundancy by design for contested environments

Pulse Analysis

The certification of ALL.SPACE’s electronically scanned antenna marks a watershed moment in satellite communications, as operators shift from single‑orbit solutions to integrated, multi‑orbit architectures. By abstracting the complexity of GEO, MEO and LEO coordination, the SIMON strategy promises a "network of networks" that can automatically reroute traffic when an orbital layer is degraded. This approach aligns with broader industry trends toward software‑defined payloads and flexible service models, enabling customers to treat the sky as a seamless data fabric rather than a patchwork of discrete constellations.

From a technical perspective, the terminal’s multi‑beam design delivers full‑aperture performance on every link, eliminating the need for mechanical steering and reducing size, weight, and power requirements for mobile platforms. Sub‑10 ms "break‑before‑make" handovers ensure that command‑and‑control streams remain uninterrupted, while built‑in beam‑nulling provides robust anti‑jamming protection. The integrated software‑defined service enablement platform further consolidates routing, edge computing, and 5G connectivity, turning a single antenna into a versatile edge gateway for expeditionary forces, maritime vessels, and land‑mobile command nodes.

Market implications are equally significant. With SES’s O3b mPOWER constellation reaching its ten‑satellite operational milestone and slated for full global capacity by 2027, the ALL.SPACE terminal positions itself as the de‑facto standard for high‑mobility defense users. Early adoption by U.S. and U.K. defense programs signals confidence in the technology, likely spurring additional contracts and encouraging other satellite operators to pursue similar multi‑orbit certifications. As governments prioritize resilient, sovereign communications, the blend of hardware agility and software flexibility embodied in this solution could redefine tactical SATCOM procurement for the next decade.