Bitcoin Streaming Payment Protocol Design

We design and build the core logic for managing Unspent Transaction Outputs (UTXOs) for streaming payments. Our engine handles concurrent streams, batched settlements, and fee optimization, ensuring your protocol scales efficiently on-chain.

Implementation of robust nLockTime and CheckLockTimeVerify (CLTV) logic to enforce payment schedules. We ensure funds are securely escrowed and automatically disbursed according to predefined streaming intervals, eliminating manual intervention.

Design of secure 2-of-3 or M-of-N multi-signature vaults for streaming escrow. Includes a modular adjudication system with signed proofs, allowing for transparent dispute resolution without centralized arbitration.

Development of off-chain state channels or watchtower services that track streaming balances in real-time. Provides users with instant balance updates and protects against fraudulent channel closures.

Receive a fully-specified protocol architecture with detailed API schemas, state transition diagrams, and security models. We deliver the complete blueprint for your engineering team to build upon.

Built-in security from day one. Our designs incorporate Bitcoin-native security patterns, formal verification considerations, and are structured to pass rigorous third-party audits from firms like Trail of Bits or Quantstamp.

Seamless integration paths with the Lightning Network and emerging Bitcoin L2s (Stacks, Rootstock). We design for instant, low-cost micropayments without sacrificing Bitcoin's base layer security.

We provide the foundational design for client SDKs and developer tooling, enabling your team or community to build applications on your protocol faster. Includes clear abstraction layers and error handling flows.

A concrete scalability roadmap and a sustainable fee model design. We analyze on-chain vs. off-chain trade-offs and provide a clear economic structure for protocol sustainability and growth.