TOK9 is designed as a layered infrastructure for real-world asset tokenization. The architecture separates the blockchain base, protocol contracts, operational services, and end-user applications, allowing multiple operators to build solutions on top of common and auditable rules.
Documentation
Technical documentation and operational guidance for the TOK9 network, market layer, and compliance-ready infrastructure.
Protocol Architecture
Network components, deterministic execution, and governance structure.
Besu Network Layer
The base network layer is built on Hyperledger Besu, providing EVM compatibility, permissioned operation, and enterprise-grade node management. This allows integration with standard Ethereum tooling while preserving controlled validator participation and operational governance.
Besu supports robust observability, predictable deployment patterns, and private infrastructure controls required for regulated environments. In TOK9, this layer underpins protocol contracts and service orchestration with a clear separation between infrastructure responsibilities and application logic.
QBFT Consensus
TOK9 uses QBFT (Istanbul Byzantine Fault Tolerant) consensus to provide deterministic block production and immediate finality once a block is committed. This model is suitable for institutional and permissioned networks where predictable settlement and validator accountability are required.
QBFT also improves operational reliability by reducing fork uncertainty and supporting controlled validator sets under governance policy. In practice, this enables auditable, low-variance execution behavior for protocol operations and marketplace settlement flows.