We provide secure, transparent, and verifiable computing-power infrastructure for exchanges and developers worldwide.
Provides a complete on-chain toolkit for Proof of Secure Work, including computing-power data signing, timestamp verification, computing-power hash generation, and transparent, traceable ledger-writing services for computing-power records.
Provides governance contract services standardized by the DF protocol, supporting core governance processes such as node registration, computing-power settlement, deflationary mechanisms, DG fuel management, and VIP incentives.
The DF protocol seamlessly connects to the CoinP exchange ecosystem, cross-chain computing networks, and external systems, enabling computing-power assetization, revenue distribution, and node collaboration.
The DF Exchange Protocol (Diffie Protocol) is a decentralized secure-computing and trust-network protocol built on modern cryptographic principles, jointly launched by the Diffie Foundation in Singapore, Cryptic Labs, and the CoinP digital asset exchange.
Centered on the Diffie–Hellman key-exchange algorithm, the protocol integrates encrypted communication, computing-power verification, and decentralized collaboration mechanisms. Its goal is to create the world’s first cryptography-secured, computing-power-driven Web3 financial architecture.
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Build a computing-power financial ecosystem that extends traditional trading scenarios to computing-power authentication and output circulation, enabling the platform to form a stable growth loop.
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Reduce risks and manual costs through secure encrypted communication and automated smart-contract processes, while improving digital-asset handling efficiency under compliance.
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Users directly receive returns from actual computing-power output, enjoy transparent and verifiable revenue distribution, and retain full control over asset custody.
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We understand the challenges developers and exchanges face in the era of secure computing. Therefore, the DF protocol is dedicated to making computing-power verification, encrypted communication, and on-chain authentication more accessible.
Bridging the Trust Gap in the Computing-Power Era, Returning Value to Verifiable Mathematical Foundations.
The current computing-power market lacks unified verification standards.
DF ensures that every unit of computing power is genuine, verifiable, traceable, and tamper-proof through cryptographic proofs and on-chain authentication.
Traditional incentive models rely on short-term subsidies.
DF centers its incentives on a deflationary structure and computing-power–driven rewards, ensuring that revenue sources are genuine, transparent, and sustainably stable.
Node communications are vulnerable to eavesdropping and hijacking.
DF employs DH/ECDH and the Node DH-ID identity system to provide end-to-end secure connections and an unforgeable identity framework for the network.
Centralized exchanges lack public verification mechanisms.
DF leverages CoinP’s global access and on-chain verification framework to build an auditable, transferable, and sustainable computing-power financial ecosystem.
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Integrate Verifiable Computing and Research-Grade Cryptographic Security into Your Product with the DF Protocol
