Blockchain Mesh Networks

The core idea is simple: use mesh networking to share connectivity, and use blockchain to coordinate payments and trust without a centralized ISP in the middle.

Mesh networks let devices route for each other. Blockchains can coordinate identity, incentives, and settlement. Together they promise a network where access is earned and shared by the community, not leased from a gatekeeper.

This is not a panacea, but it is a real alternative to the current model.

Concept

A blockchain mesh network typically looks like this:

  1. A hardware router or device shares network access with neighbors
  2. Mesh routing software forms a self‑healing, self‑configuring network
  3. A blockchain protocol coordinates payments and access rules
  4. IoT devices can operate locally without relying on centralized backhaul
  5. Participants are paid for extending the network
  6. Local communities can cut out the middleman

Architecture

If you know the Open Systems Interconnections (OSI) model, blockchain mesh networks primarily operate at layers 1–3: physical, data link, and network. The blockchain layer is a coordination and incentive layer sitting above the mesh.

Real‑World Signals

I recently found Meshtastic through the Vancouver DEFCON meetup (DC604). It is a lightweight, open mesh messaging system for low‑power devices and a good example of how community‑driven mesh networks actually show up in the wild.

Providers

If you are curious, check these providers and their whitepapers. It will take a lot of adoption to get meaningful coverage, which is why I keep talking about it.

Ammbr

Has the most interesting modular mesh device and mobile app in my opinion.

Althea

A blockchain mesh system that uses firmware installs on existing commercial routers.

SmartMesh.io

A p2p mesh protocol making good progress in cooperation with meshbox as a device/router.

MeshBox

A router device for mesh networks for next generation Huawei and Cisco technologies.

Theta Token

A similar technology focused on p2p networks for video processing. It shows that mesh tech can be decomposed into specific use cases.

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