CPH

Cypherium (CPH) is a Layer 1 Proof of Work (PoW) blockchain designed to bridge CeFi and DeFi by bringing real-world assets on-chain at scale. It functions as a decentralized and scalable Smart Contract Platform. Its core innovation is CypherBFT, a proprietary consensus mechanism that combines elements of PoW with HotStuff Byzantine Fault Tolerance (BFT) consensus. This hybrid approach separates leader election from transaction verification, enabling unprecedented scalability (100k TPS) and instant transaction finality while upholding PoW's permissionless decentralization and uncompromised security. Cypherium also supports EVM, facilitating developer adoption for the digital asset space.

Cypherium addresses the challenges of bringing real-world assets onto blockchain at scale and enhancing inefficient traditional financial systems. It solves the blockchain trilemma by delivering scalability, decentralization, and security through its unique PoW and HotStuff BFT hybrid consensus, CypherBFT. Furthermore, Cypherium aims to replace inefficient legacy inter-bank communication systems, acting as a 24/7/365 real-time intermediary connecting digital assets globally. Its ISO 20022 compliance ensures seamless integration with current financial infrastructures, and its GPU-exclusive PoW mining even provides a decentralized computational network for AI models, showcasing diverse problem-solving capabilities.

Cypherium is powered by its unique Layer 1 blockchain architecture and the proprietary CypherBFT consensus mechanism. CypherBFT is a hybrid approach combining traditional Proof of Work (PoW) for leader election with HotStuff Byzantine Fault Tolerance (BFT) for transaction verification, optimizing for scalability and permissionless mineability. This technology ensures instant transaction finality, high throughput (up to 100k TPS), and robust security. Furthermore, Cypherium provides full support for the Ethereum Virtual Machine (EVM) and Solidity, enabling developers to easily deploy smart contracts. It also leverages GPU-exclusive PoW mining, creating a vast computational network accessible for AI training and inference tasks.

Cypherium combines Bitcoin-NG style leader election via PoW with HotStuff-based BFT validation. This separates block proposal from finalization, enabling parallel processing where PoW selects validators who then achieve instant finality through BFT voting. This contrasts with Ethereum's single-chain design requiring sequential confirmation.

Java compatibility allows enterprises to deploy existing business logic without retraining developers, reducing adoption friction. Cypherium's JVM executes standard Java bytecode with added blockchain security layers, enabling direct integration with legacy banking systems through Cypherium Connect APIs.

DCIF connects CBDCs through three components: 1) CypherLink notary for cross-chain transaction validation, 2) Cypherium Connect modules bridging central bank systems, and 3) Validator nodes ensuring GDPR/AML compliance. This enables atomic swaps between CBDCs without centralized intermediaries.

Yes. Staked CPH confers proportional voting rights on protocol upgrades. Validators (BFT participants) require minimum staking thresholds. Governance proposals include transaction fee adjustments, validator reward parameters, and interoperability standard updates.

Through multi-layered architecture: The consensus layer remains permissionless while application layers implement KYC/AML via Cypherium Validator. This compartmentalization allows enterprises to run compliant DeFi applications without modifying core protocol rules, satisfying financial regulators.