Articles
We write ongoing technical articles about Bitroot's parallel execution engine, consensus protocol, and AI-native EVM design, to help developers and researchers understand the implementation details behind them.
Papers
Below is a reading list of public papers and technical whitepapers related to Bitroot's technical direction — covering parallel execution, Byzantine fault-tolerant consensus, AI-native on-chain execution, and zero-knowledge verifiable computation — for readers who want to go deeper on the underlying research. These are third-party research works, not authored by the Bitroot team.
An optimistic concurrency control scheduler for parallel EVM/Move execution using speculative execution and multi-version data structures — the direct technical ancestor of most "parallel EVM" designs today, Bitroot included.
Describes Monad's optimistic parallel execution and async execution pipeline for a high-throughput EVM L1, useful as an industry comparator.
The foundational Byzantine fault-tolerant consensus protocol, the baseline that HotStuff and modern pipelined BFT variants are measured against.
Introduces a linear, pipelined, leader-based BFT protocol with responsiveness — the basis for Libra/Diem, Aptos, and many production consensus protocols.
Decouples data dissemination (a DAG-based mempool) from ordering to enable high-throughput consensus — the direct ancestor of Sui's Bullshark/Mysticeti.
Translates PyTorch models into Solidity contracts, enabling on-chain MLP inference via fixed-point arithmetic — the closest verifiable academic analog to "AI-native EVM instructions."
A comprehensive survey of zkML research from 2017-2025, covering verifiable training, testing, and inference.
The first system to produce ZK-SNARKs for realistic-scale vision models and a distilled GPT-2, demonstrating the feasibility of zero-knowledge proofs for auditing AI inference.
Introduces Proof of History for lock-free transaction ordering, a representative approach to high-throughput blockchain architecture.
Proposes an elastic sharding protocol, a canonical academic reference on blockchain sharding for scalability.
News
Below are milestones the Bitroot ecosystem has already shipped and that you can visit and verify directly right now — not secondhand summaries. Each one links to a live, working entry point.
The testnet sustains 100,000+ TPS with roughly 0.3-second transaction finality, and all of it is queryable live in the explorer.
View the explorer →Asset bridging is now live, letting you move assets between Bitroot and other ecosystems.
Go to the bridge →Developers can claim free testnet tokens for contract deployment and debugging.
Claim test tokens →Bitroot's core code is public on GitHub — node operators and contributors are welcome.
View on GitHub →Grant applications are now open for builders working in the ecosystem.
Learn about grants →The full bilingual technical whitepaper is live, with the theoretical detail and proofs behind the protocol design.
Read the whitepaper →