DeCloudX Blockchain Layer (Layer 1)
Architecture DeCloudX Blockchain is a high-throughput, low-latency Layer 1 chain built on a customized Proof-of-Stake (PoS) consensus mechanism. It is designed for:
High composability with other decentralized systems
Modular integration with DeCloudX's compute and storage orchestration
Block finality under 2 seconds and throughput targets of >10,000 TPS
Horizontal scalability through future sharding support
Virtual Machine The chain is fully EVM-compatible, supporting smart contracts written in Solidity and Vyper. Developers can deploy contracts using familiar tools like Hardhat and Truffle. The roadmap includes:
Native support for WebAssembly (WASM) for broader language support (e.g., Rust)
Integration with off-chain compute triggers and cross-module data calls from the DeCloudX Orchestrator
Interoperability DeCloudX Blockchain will feature native bridges to:
Ethereum, BNB Chain, Solana, Tron for token and data transfer
Allow cross-chain liquidity movement via wrapped assets
Enable multi-chain dApp deployments using one unified back-end (DCX-powered compute + smart contracts)
Governance-Free Protocol Layer To retain agility and consistency, the DeCloudX core blockchain operates under a governance-free model:
No dependency on token-holder voting for protocol-level upgrades
Security and upgrade path maintained by a core engineering council
Governance may be modularized per dApp at the application level, not the chain itself
On-chain Developer Revenue Sharing
A standout innovation: 5% of all transaction fees generated by a smart contract are automatically routed to the developer's wallet — baked into the protocol itself. This creates:
Financial incentive for open-source innovation
A sustainable ecosystem where builders are rewarded natively without ad-hoc grants
Decentralized Identity and DNS Integration Every wallet and dApp can register human-readable identifiers using DeCloudX Name Service (DNS):
Example: mydapp.dcx
Acts as both a web URL and smart contract alias
Fully integrated into DeCloudX’s network stack (routing, compute orchestration, storage labeling)
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