BitSov: A Composable Bitcoin-Native Architecture for Sovereign Internet Infrastructure
Abstract
Today's internet concentrates identity, payments, communication, and content hosting under a small number of corporate intermediaries, creating single points of failure, enabling censorship, and extracting economic rent from participants. We present BitSov, an architectural framework for sovereign internet infrastructure that composes existing decentralized technologies (Bitcoin, Lightning Network, decentralized storage, federated messaging, and mesh connectivity) into a unified, eight-layer protocol stack anchored to Bitcoin's base layer. The framework introduces three architectural patterns: (1) payment-gated messaging, where every transmitted message requires cryptographic proof of a Bitcoin payment, deterring spam through economic incentives rather than moderation; (2) timechain-locked contracts, which anchor subscriptions and licenses to Bitcoin block height (the timechain) rather than calendar dates; and (3) a self-sustaining economic flywheel that converts service revenue into infrastructure growth. A dual settlement model supports both on-chain transactions for permanence and auditability and Lightning micropayments for high-frequency messaging. As a position paper, we analyze the quality attributes, discuss open challenges, and propose a research agenda for empirical validation.
Cite
@article{arxiv.2603.28727,
title = {BitSov: A Composable Bitcoin-Native Architecture for Sovereign Internet Infrastructure},
author = {Oliver Aleksander Larsen and Rasmus Thorsen Larsen and Mahyar T. Moghaddam},
journal= {arXiv preprint arXiv:2603.28727},
year = {2026}
}
Comments
Accepted at BlockArch 2026, co-located with IEEE ICSA 2026. 4 pages