This article started in 2020 with a broad idea: combine community mesh networking with a payment mechanism so people can contribute connectivity and be compensated for it.
The important correction is that mesh networking and blockchain solve different problems. A mesh does not need a blockchain, and adding a blockchain does not make a network a mesh.
Mesh routing is about how packets find paths through participating devices. A blockchain or other settlement system can optionally sit alongside that network to account for usage, coordinate payments, or represent ownership. Treating the two as one technology obscures both the useful part and the tradeoffs.
The Layers
A community network can be thought of as several separable layers:
- Physical/link layer — radios, Ethernet, fiber, or other links connect participating devices.
- Routing layer — routing protocols decide how traffic moves between neighbors and toward an exit or destination.
- Service layer — operators decide who may use the network, what capacity is available, and how internet backhaul is provided.
- Optional settlement layer — accounting and payments can compensate participants for forwarding traffic or supplying infrastructure.
Blockchain belongs, if anywhere, in the fourth layer. It is not a substitute for the networking layers below it.
Mesh Without Blockchain: Meshtastic
Meshtastic is a useful counterexample to the original framing. It is an open-source, decentralized LoRa mesh for off-grid communication. Its value comes from low-power peer-to-peer networking and the ability to operate without cellular or internet infrastructure; blockchain is not required for that property.
That makes Meshtastic evidence for community-driven mesh networking, not evidence that mesh networks require cryptocurrency or distributed ledgers.
Blockchain Settlement: Althea
Althea is much closer to the combination I originally had in mind. Its routing and billing protocol allows participating routers to meter traffic and pay neighboring routers for forwarding it. Althea’s L1 is a separate settlement layer designed around infrastructure and machine-to-machine micropayments.
That separation matters. The routing protocol still has to discover usable paths and move packets. The payment system adds an economic signal to those relationships rather than performing the routing itself.
What the Combination Can Offer
A settlement layer can be useful when a network crosses ownership boundaries. For example, it can help express:
- payment for forwarding traffic or providing backhaul
- revenue sharing across independently owned infrastructure
- machine-to-machine accounting without a single billing operator
- transparent rules for a cooperative or multi-operator network
Those are economic and governance properties. They do not automatically improve radio coverage, routing quality, latency, or resilience.
Tradeoffs
Adding blockchain also adds machinery:
- key management and wallet recovery
- software and protocol security beyond the routing stack
- transaction, liquidity, and settlement assumptions
- governance over chain and protocol upgrades
- more operational failure modes for users and operators
For a single-owner community network, a conventional database or accounting service may be simpler. A distributed settlement system becomes more compelling when mutually independent operators need a shared economic protocol and do not want one participant to own the ledger.
Conclusion
The enduring idea is not “put blockchain on mesh.” It is to keep the networking and economic layers composable.
Mesh networking can make connectivity local and cooperative. A programmable settlement layer can make independently owned infrastructure economically composable. Combining them can be useful, but only when the ownership and coordination problem actually justifies the extra system.