Grant proposal

M2M Network: The Decentralized Power Grid for Machines

Solana Foundation Grant Proposal

Confidential draft for ecosystem review. Technical and economic specifications align with the M2M protocol roadmap.

Executive Summary

M2M (Machine to Machine) is a Decentralized Physical Infrastructure Network (DePIN) built natively on Solana, designed to bridge the massive gap between accelerating EV adoption and lagging public infrastructure. By transforming idle residential and commercial charging stations into permissionless, monetizable nodes, M2M unlocks a global, peer-to-peer energy grid. We facilitate trustless, instant charging sessions settled purely in USDC via on-chain escrow. We are seeking a $100,000 USD ecosystem grant to transition our V1 architecture from devnet to mainnet, finalize our legal entity structuring, execute rigorous smart contract audits, and scale our engineering team for hardware integration.

Open source: M2M is developed in the open: the application and protocol reference implementations are released (or will be released) under an open-source license, with public repositories linked from official channels as they are published. This grant proposal and the developer documentation describe the same public-facing architecture.

Why Solana? The Micro-Transaction Imperative

Machine-scale energy transfer requires an economic environment that legacy payment rails cannot support. Traditional gateways charge flat base fees that make micro-charging economically unviable for hosts. Solana is the only network capable of handling our required throughput with sub-second finality and transaction fees well below $0.01. By utilizing Solana, M2M replaces opaque payment processors with trustless escrow and instant, cross-border USDC settlement—ensuring hosts keep exactly what they earn.

Architecture & The Dual-Verification Oracle

The integrity of the M2M protocol relies on absolute data accuracy without human intervention. Our architecture utilizes a unique Dual-Verification Oracle paired with physical Proof of Presence:

Proof of Presence

Sessions are initiated via a physical QR-code handshake at the hardware location, preventing GPS spoofing and ensuring the driver is physically at the node.

Dual-Verification Oracle

Once a session begins, the protocol does not rely on a single source of truth. Our oracle reconciles energy output telemetry reported directly from the host's charging hardware (via OCPP standards) with the energy intake telemetry reported by the driver's vehicle API.

Trustless Escrow

USDC is locked in a Solana smart contract prior to charging. Only when the oracle confirms a match between the hardware and the vehicle is the exact proportionate payment released to the host, returning any excess to the driver.

Grant Deployment & Engineering Roadmap

To realize the DePIN vision, our roadmap is structured into three distinct phases of execution:

01

Phase 1: Foundation, Security, and Mainnet Beta

  • Legal & Compliance

    Establish the formal legal wrapper/entity required to operate a hardware-interfacing decentralized network.

  • Smart Contract Audits

    Comprehensive third-party security audits of the M2M Solana escrow programs to ensure total protection of user funds.

  • Mainnet Migration

    Transitioning the core escrow and session-mapping infrastructure from devnet to Solana Mainnet-Beta for a closed beta pilot.

02

Phase 2: Hardware Oracle & Protocol Middleware

  • OEM & Telemetry Integrations

    Building out the secure API pipelines to pull real-time vehicle data directly from major EV manufacturers.

  • Charger Middleware

    Developing the software bridge to communicate with standard Level 2 and Level 3 charging hardware, allowing them to act as active nodes.

  • Oracle Deployment

    Launching the V1 Dual-Verification Oracle to fully automate the reconciliation and payment release process.

03

Phase 3: Consumer Scale & Mobile Clients

  • Native Mobile Applications

    Launching polished iOS and Android clients optimized for fast, in-car use, featuring native Solana wallet integrations.

  • Host Onboarding Scaling

    Deploying targeted incentive programs to rapidly density the network of available home and commercial chargers in key metropolitan areas.

  • Protocol Decentralization

    Beginning the process of decentralizing the oracle nodes to ensure the network remains censorship-resistant and robust.