Blocana delivers unprecedented speed and efficiency with minimal resource consumption. The future of blockchain for IoT, Web3, and beyond.
Blocana represents the convergence of cutting-edge cryptography, distributed systems, and resource optimization. Our lightweight blockchain utilizes Proof of Elapsed Time (PoET) consensus to achieve unprecedented energy efficiency.
Designed for the challenges of tomorrow, Blocana delivers sub-second finality and massive scalability while maintaining minimal resource footprint, making it ideal for IoT ecosystems, edge computing, and next-generation Web3 applications.
99.9% less energy than traditional PoW blockchains
Transactions confirm in milliseconds, not minutes
Advanced cryptography with post-quantum readiness
Adaptive sharding with cross-shard atomic transactions
Multi-language smart contracts with WebAssembly
Multi-layered protection with quantum-resistant cryptography, fraud-resistant consensus, and comprehensive DoS defenses.
Energy-efficient PoET consensus coupled with dynamic difficulty adjustment for consistent block times and fair validator selection.
WebAssembly-based smart contracts supporting Rust, AssemblyScript, and other languages with high performance and low resource usage.
Ultra-light clients, energy-aware execution profiles, and intermittent connectivity support for resource-constrained devices.
Horizontal scaling through adaptive sharding, nested execution environments, and state pruning technologies.
Modern REST APIs, GraphQL endpoints, WebSocket streams, and intuitive SDKs in multiple languages for seamless integration.
Our strategic development plan is divided into seven stages, each focusing on specific aspects of the Blocana blockchain platform.
Cryptography implementation, transaction pool, account system, and data persistence with RocksDB.
libp2p implementation, peer discovery, block propagation, and synchronization protocol.
Enhanced PoET consensus, anti-fraud mechanisms, and double-spend prevention systems.
Error handling, fault recovery, DoS protection, and comprehensive testing suite.
WebAssembly VM, multi-language support, gas system, and standard library implementation.
REST API, CLI wallet, block explorer, monitoring tools, and developer SDKs.
Data pruning, state compression, network optimizations, and IoT enhancements.
Blocana uses a highly modular architecture where components can be upgraded independently, allowing for rapid innovation without disrupting the entire system.
Our enhanced Proof of Elapsed Time consensus uses secure timers to randomly select validators without the energy waste of Proof of Work or the wealth concentration of Proof of Stake.
Wasm execution provides near-native performance while supporting multiple languages including Rust, AssemblyScript, and Kotlin for smart contract development.
High-performance embedded database with advanced data structures optimized for blockchain operations, ensuring minimal storage footprint with maximum throughput.
Future-proof cryptography with post-quantum algorithms and runtime signature scheme agility to adapt as cryptographic standards evolve.
Access cutting-edge blockchain tools designed to streamline your development workflow.
Access Dev ToolsImplement scalable blockchain solutions that solve real business challenges effectively.
Enterprise SolutionsDiscover strategic opportunities in next-generation blockchain architecture and infrastructure.
Investment OpportunitiesExperience next-generation blockchain applications with unparalleled speed and security.
Get StartedJoin our ecosystem and collaborate on building the future of decentralized applications.
Partner With UsRobust testing and quality assurance processes ensure the stability and reliability of the network.
Learn About QAExplore cutting-edge blockchain technology and push the boundaries of decentralized systems.
Research OpportunitiesHelp grow our global community and shape the future of how people interact with blockchain technology.
Join Community TeamShape the future of blockchain education through comprehensive learning materials and courses.
Access Resources