Temporada 2 · Cartas desde el Polvo Marciano · JVV-T2-06
Orbital cold war 2.0: Polkadot satellites vs. statist constellations
I From the iron curtain to the silicon curtain
1983: Reagan's Star Wars promises anti-Soviet lasers.
2025: the race is less Hollywood, more silent: meshes of cubesats that see everything, connect everything and monetise everything. The fight is no longer East-West but tokenised open source vs. closed megaconstellations.
II Two logics of orbital sovereignty
| Axis | Polkadot-Sat model (decentralised) | State-corporate constellation |
|---|---|---|
| Topology | Satellite “parachains”: subnets that share security and trade capacity through smart contracts | A hierarchical tree: a GEO core controls LEO swarms under the same flag |
| Governance | An orbital DAO: a token stake validates telemetry blocks; an on-chain vote decides firmware patches | A ministry/megacorp dictates the protocols; closed licences, partner access |
| Monetisation | Real-time markets in bandwidth and observation; payment in stablecoins pegged to kWh | Fixed tariffs, cross-subsidies; military use takes priority |
| Censorship/interference | Multi-path routing: taking a node down barely raises latency | A single cut-off point (teleport, backhaul) allows a national block |
| Data custody | Fragmentation and distributed homomorphic encryption | Central storage in the operating country's certified clouds |
III Skirmishes of 2024-2025
- Kernel-Jam — a Russian microsat injects GNSS noise over the Barents Sea; the tokenised network reroutes the signals and sells “millimetric correction” to Norwegian trawlers.
- Polkadot-Ground 3 — a Peruvian station rejects a DAO update over the electricity bill; a fork vote reassigns the load to Australia, proving the resilience.
- DragonFlash — an Asian state-private consortium launches 60 optical satellites; the “dual use” clause includes ‘support for security missions’, alarming the climate NGOs that depend on the same broadband.
IV Vectors of conflict (2026-2030)
- Spectrum – the Ku and Ka bands are saturated; quantum auctions for milliseconds of priority.
- Low orbit – density > 1 sat/50 km; Kessler risk = pressure for treaties.
- Firmware – OTA exploits could “re-mine” DAO satellites; states class the hack as an act of cyber war.
- Regulation – The ITU is caught between open-source licences and geopolitical lobbies; the draft “Sovereign Interoperability Regulation” is stalled.
V Safeguards and opportunities
-
The ‘lunar air-gap’ treaty
– Ban kinetic weapons beyond 10,000 km; joint audit through neutral telescopes. -
Orbital bond (staking)
– Every operator locks a crypto deposit; a proven collision or interference → they lose the stake, which is shared among those affected. -
Climate telemetry commons
– 5 % of bandwidth reserved for open science; the cost covered by a fee on any orbital transaction. -
Decentralised sat-ops education
– Global bootcamps teach the lib-sat protocol; they prevent a monopoly on know-how.
VI Coda
“The sky is no longer empty blue: it is a mesh of capital and sovereignty.”
Choosing between a DAO in orbit and a state megaconstellation is deciding who signs off the latency of your data and who sees the missile in the half-light first.
The challenge is not to avoid the new cold war but to write rules that stop every IP packet becoming a diplomatic projectile.