Development Roadmap

DF Protocol will advance protocol evolution in line with phased technical maturity and ecological implementation progress, adhering to a four-stage strategy of "Trusted Computing Power → Complete Architecture → Multi-Chain Expansion → Open Governance":

1

Phase I: Core Protocol Deployment ＆ Testnet Launch (2025 Q4)

  • Complete usable integration of the communication encryption layer (ECDH + AES256-GCM) on the node side;

  • Launch the on-chain node identity registration system (Node DH-ID + signature mapping table);

  • Deploy the beta version of the testnet (PoSW module + random sampling strategy + data rights confirmation);

  • Release core computing power encapsulation and submission process APIs (Rust + JS SDK);

  • Achieve initial integration with CoinP Exchange: computing power subscription portal, revenue dashboard, and identity binding.

✅ Goal: Protocol technology launch, stable testing, and availability of basic participation portals.

2

Phase II: Protocol Implementation ＆ Application Closed-Loop Construction (2026 Q1)

  • Stabilize the operation of the communication encryption layer and computing power verification module in the mainnet environment;

  • Complete end-to-end integration with CoinP Exchange: Users can register nodes, submit computing power, and verify data after identity verification;

  • Integrate CoinP Wallet with Node DH-ID identity binding, computing power asset dashboard, and task output records;

  • Launch the Governed Parameter Registry and open partial configuration and governance permissions;

  • Optimize SDK access interfaces and multi-language client support, and release developer toolkit and test datasets.

✅ Goal: Form a "Identity → Computing Power → Verification → Application" technical closed-loop, promoting the protocol from testing to real business integration scenarios.

3

Phase III: Multi-Chain Expansion ＆ Trusted Computing Extension Layer（2026 Q2–Q3）

  • Open multi-chain deployment capability, supporting cross-chain verification portals for EVM-compatible blockchains (Polygon, BNB Chain, etc.);

  • Launch the ZK-PoSW verification module, enabling zero-knowledge computing power verification submission paths;

  • Release privacy computing plug-ins: Introduce lightweight Trusted Execution Environment (TEE) or Multi-Party Computation (MPC) abstract interfaces;

  • Integrate PoSW interfaces with external DePIN/AI computing power platforms, piloting a heterogeneous computing power mapping system;

  • Upgrade to support post-quantum encryption channels (optional Kyber/Dilithium hybrid signature path).

✅ Goal: Establish the protocol as one of the underlying modules for Web3 verifiable computing power and trusted computing.

4

Phase IV: Community Governance ＆ Module DAOization（Starting 2026 Q4 ）

  • Open governance interfaces, allowing node holders and ecological participants to submit proposals and adjust parameters;

  • Launch the governance token staking voting system (on-chain snapshots + multi-round voting);

  • Designate the communication layer key protocol and verification module as DAO-deliberable logic;

  • Introduce an open incentive task pool (Oracle services, model verification tasks, DePIN data sampling) to connect external demands;

  • Launch the "Compute DAO" research group to incubate sub-protocols or plug-in systems based on the DF tech stack.

✅ Goal: Transform DF from a protocol to an ecosystem, becoming an open-source infrastructure for trusted computing power and encrypted communication.

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