“sovereignty nowadays cannot exist without interoperability,” Keith Blanchet, Vice President of International Government & Defense at ST Engineering iDirect, warned — a blunt restatement of the operational trade-offs at the heart of modern sovereign communications.
Keith Blanchet on interoperability and avoiding silos
Blanchet’s line frames a central argument of the discussion: closed, nationally owned stacks create operational risk if they cannot evolve. The piece quotes him again: “if you create a silo today that will not be able to evolve with technology as it moves forward, you’ll fall behind.” The recommended remedy is a standards-based approach that preserves national control while enabling connection across geographies, vendors, and architectures. According to the source, open interfaces and multi-waveform architectures let national, allied, and commercial services coexist without requiring hardware changes — enabling mission authority even as systems interoperate.
Alison Grey on the limits of full sovereignty
Alison Grey, Associate Partner at PA Consulting, sets out the fiscal and lifecycle reality: “very few nations can afford that model and even fewer can sustain it over the life of modern technology refresh cycles.” The article reframes sovereignty as a design principle rather than a procurement checkbox, pointing to the Sovereignty by Design paper’s guidance that governments must differentiate functions that require national control — sensitive data, cryptography, access, sustainability — from those that can be commercially sourced.
This site is the portfolio.
OSINTSights runs on Cloudflare Workers, D1, R2, and Vectorize, with an AI pipeline on Hetzner ARM. Nubivance designed, built, and operates it. We do the same for clients.
See what we buildMulti-orbit architectures and “resilience in diversity”
The analysis stresses that no single orbit — LEO, MEO, GEO, or HEO — can meet every military need. Satellite and terrestrial systems should not be treated as discrete domains; instead, resilience depends on layered connectivity: multiple orbits, multiple operators, and multiple pathways. As Grey put it, “there is resilience in diversity.” The article cites operational experience in Ukraine to underscore the point: “As we’ve seen in Ukraine, all communications systems can be disrupted or jammed one way the other.” The implication is strategic: avoid dependency by diversifying communication bearers and deploying redundant architectures.
Software-defined architectures, AI-driven orchestration, and layered security
To manage increasingly fragmented and contested networks, the article identifies software-defined architectures and AI-driven orchestration as essential. These capabilities enable dynamic routing, threat detection, and real-time decision support across complex environments. They must be paired with layered security measures spelled out in the piece: transmission security, interference mitigation, cryptographic protection, network observability, and alternate communications paths. The write-up warns that the technology itself is only part of the challenge; the decisive work is policymaking — choosing what data remains sovereign, who is trusted, and how systems should behave under failure.
What this means for technologists, policymakers, and procurement leaders
- Technologists and security teams: implement standards-based interfaces, multi-waveform radios, software-defined networking, and AI orchestration while layering transmission, interference, and cryptographic protections.
- Policymakers and regulators: define which functions must remain under national control — for example sensitive data, cryptography, access, and sustainability — and codify trust relationships and system behaviors for degraded conditions.
- Procurement leaders: stop equating sovereign capability with full ownership; differentiate functions to be retained versus commercially sourced, plan for technology refresh cycles, and design procurements to reduce vendor lock-in.
The piece’s central reframing is clear and consequential: sovereignty in satellite and hybrid communications is no longer measured by how much of the stack a government owns but by which mission-critical elements it controls, and by how readily it can adapt and recover. Nations that succeed will be those that make explicit choices — what to control, whom to trust, and how systems should perform when disruption comes — not necessarily those with the largest budgets. The practical test the article offers is concrete: can a force maintain communications, reroute capacity, protect sensitive information, and recover from disruption without surrendering mission authority?
