DMD Diamond Launches First EVM-Compatible Blockchain Using Asynchronous BFT

The announcement details the rollout of DMD’s v4 mainnet, which introduces a consensus system that does not rely on synchronized clocks or a single block-producing leader. Instead, the network is designed to continue operating even under unpredictable network conditions, a scenario that has historically posed challenges for many blockchain architectures.

The new chain is built around HoneyBadger Byzantine Fault Tolerance, a leaderless approach that allows validators to submit transactions in parallel. By removing the need for a designated proposer, the system aims to reduce bottlenecks and avoid situations where stalled or malicious leaders can slow or disrupt block production.

DMD Diamond says this architecture improves the network’s ability to keep processing transactions even when messages are delayed or network conditions deteriorate. In practical terms, the design is intended to make the blockchain more resilient, slicing up responsibility across validators rather than concentrating it in a single coordinating node.

Another central feature of the v4 mainnet is the use of cryptographic techniques to protect transaction ordering. Transactions are encrypted during the consensus process and only revealed once ordering is finalized. This approach is designed to reduce opportunities for frontrunning and transaction manipulation, issues that have become increasingly visible as on-chain activity has grown.

To support this process efficiently, the network also employs data-handling techniques that minimize bandwidth usage while ensuring all honest validators agree on the same transaction set. Together, these components form the technical backbone of what DMD describes as a fairer and more censorship-resistant execution environment.

Alongside these changes, the blockchain is fully compatible with the Ethereum Virtual Machine, allowing developers to deploy existing smart contracts without rewriting code. Common Ethereum tooling and workflows are supported, lowering the barrier for developers looking to experiment with or migrate applications.

EVM compatibility has become a standard requirement across much of the blockchain ecosystem, but DMD positions its network as offering a different balance of trade-offs. Rather than competing primarily on raw transaction speed, the project emphasizes predictable finality, decentralized participation, and resistance to manipulation during transaction ordering.

DMD Diamond traces its origins back more than a decade and highlights its long-running development history as part of its identity. The v4 mainnet represents the latest step in that evolution, combining updated cryptographic research with a production-ready blockchain environment. The project maintains a fixed token supply and continues to frame itself as community-driven, with governance and validation distributed among network participants.

The network is also designed to operate without the energy demands associated with proof-of-work systems, relying instead on validator participation that prioritises efficiency while maintaining security guarantees. This makes the chain suitable for decentralized applications, financial use cases, and on-chain coordination without sacrificing sustainability.

As with any new blockchain launch, broader adoption will depend on how developers and users respond in practice. The market for EVM-compatible networks is crowded, and long-term traction typically hinges on ecosystem growth, real usage, and reliability under sustained demand.

DMD Diamond’s v4 launch adds to a broader industry trend of revisiting core consensus design as blockchain use cases mature. By pairing asynchronous Byzantine Fault Tolerance with EVM compatibility, the project is positioning itself as an alternative for developers and applications that place a premium on fairness, resilience, and decentralized execution.

DMD Diamond said the network is live and open to developers, with further updates expected as validators, applications, and ecosystem partners begin building on the new chain.