DASMAC builds high‑performance, on‑chain order‑book engines for Solana using SBPF assembly language and distributed atomic state machine algorithms. The low‑latency, lock‑free matching logic lets DeFi developers and exchange protocols process thousands of orders per second while preserving on‑chain security.
Funding
Funding not disclosed
Founders
Product
Problem
Current on‑chain financial applications on Solana often suffer from latency and limited throughput due to inefficient order‑book implementations, restricting the scalability of decentralized exchanges and other high‑frequency trading protocols.
Solution
DASMAC conducts protocol‑level research to improve financial infrastructure on the Solana blockchain. By leveraging Solana’s SBPF (Solana BPF) assembly language, the company designs and implements high‑performance, on‑chain order books that execute with minimal latency. Their work focuses on distributed atomic state machine algorithms, enabling atomic, lock‑free state transitions across multiple participants. This approach allows decentralized finance (DeFi) platforms to handle larger order volumes and more complex trading strategies while maintaining the security guarantees of on‑chain execution.
Target Audience
Primary customers are decentralized exchange developers, DeFi protocol engineers, and blockchain infrastructure providers building high‑frequency trading or complex financial applications on Solana.
Features
- SBPF assembly‑based order‑book engine optimized for low‑latency execution on Solana
- Distributed atomic state machine algorithms that ensure lock‑free, atomic updates across network nodes
- High‑throughput matching logic capable of processing thousands of orders per second on‑chain
- Modular protocol components that can be integrated into existing Solana DeFi projects
- Formal verification and testing frameworks to validate correctness of state transitions