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Proposal for Enhancing and Streamlining the Counterparty Protocol and Architecture

Blocklack® is a company based in Barcelona, with more than 11 years of expertise in IT, and more precisely in software and blockchain development. We provide high-quality products for customers around the world. Our solutions are fully tailored to your needs and ideas. But mainly our services go from creating smart contracts, nft marketplace, and tokenization of assets, to UI and UX design and further development of Dapps and Apps.

Responsible party identity: Blocklack S.L.
Trade Names: Blocklack® & Blocklack™
Tax Identification Number (CIF): ESB44575041,
Address: C/Riera Blanca 156, 08903 – Hospitalet de Llobregat, Barcelona.
Funding goal: 37k

Address: bc1qfhzsndzn8wusjy94cjcld97sxq6rkqj0mfs8gp

To initiate the ambitious project of separating the block parsing andAPI functionalities of the Counterparty protocol and optimizing themusing Rust and Actix, a funding goal of $35,000 has been set. Thisbudget will cover the initial phase of the project, includingdevelopment, testing, and deployment.

- Funding Mechanism

Bitcoin Donations

  • A dedicated Bitcoin address will be provided for the community to contribute donations.
  • This transparent approach allows the community to directly support and track the funding progress.

Milestone-Based Funding

  • The project will commence once half of the budget, i.e., $17,500, has been raised.
  • This milestone-based approach ensures that there is sufficient community interest and financial support before significant resources are allocated.

- Legal Contract and Development Timeline

Contract Creation

  • Upon reaching the halfway mark of the funding goal, a legal contract will be drafted.
  • The contract will outline the scope of work, deliverables, development timeline, and terms of service.

Development Timeline

  • The contract will specify the estimated timeframes for different phases of the project, including development, testing, and deployment.
  • Regular updates will be provided to the community to maintain transparency and trust.

Accountability and Reporting

  • The team will be accountable for delivering the project within the agreed timelines and budget.
  • Progress reports and financial statements will be shared regularly with the community.

- Community Engagement and Support

Open Communication

  • Regular updates on the project’s progress and milestones will be communicated to the community.
  • Community feedback will be sought throughout the project to ensure alignment with user needs and expectations.


  • All transactions and expenditures related to the project will be transparent and publicly accessible.
  • This transparency will help in building trust and ensuring responsible use of the funds.

Optimization of Protocol Architecture

Efforts will focus on reconstructing and improving the most critical parts of the Counterparty protocol to ensure more efficient and robust performance.

This task involves reviewing and potentially redesigning how the protocol handles transactions and interacts with the Bitcoin blockchain, with the aim of improving efficiency and reducing processing times.

Optimization Database Performance

When writing data into its own database, Counterparty must do so efficiently to avoid bottlenecks.

Methods to accelerate this process will be explored, such as implementing faster writing techniques, using more advanced data storage technologies, and optimizing the database structure to facilitate quicker and more efficient access.

Review of Indexing Methods and Query Optimization

A crucial part of this process will be the review and improvement of the indexing methods used in the databases.

This includes optimizing queries to speed up data retrieval and processing, which could lead to a significant reduction in response times for read and write operations.

Enhancing the performance of the Counterparty database is a key aspect of our optimization strategy, where and Rust play pivotal roles., in particular, will be utilized for managing database schema migrations, queries, and updates with greater efficiency. Its capability for advanced query optimization is expected to significantly reduce latency in data retrieval and insertion, which is a vital component in blockchain operations.

A crucial element of our approach is the separation of concerns,specifically dividing block parsing from the API layer. This divisionallows us to scale and optimize each service independently. Suchseparation leads to more focused maintenance and updates,effectively reducing downtime and enhancing the overall resilience ofthe system.

In terms of expected outcomes, one of the most notable improvements will be in block parsing speed. Utilizing Rust for block parsing operations is anticipated to bring about a considerable increase in speed, thereby reducing the time required to synchronize with the Bitcoin blockchain. This acceleration in parsing translates toquicker updates to the Counterparty database, substantially improving the user experience in asset tracking and management.

Another key outcome is the optimization of database is set to streamline database interactions, which will resultin faster query responses and more efficient data management. Thisenhancement is especially beneficial for operations that handle ahigh volume of data, such as queries for asset balances ortransaction histories

Lastly, the proposed changes are expected to significantly increasesystem reliability. The safety guarantees provided by Rust, combinedwith the type-safe queries of Diesel, will minimize the risk of runtimeerrors and system crashes. The robustness of both Rust will ensure a more stable and reliable platform, benefitingCounterparty users and developers alike.

Rationale for Rust and Actix

Rust offers unparalleled safety and performance, particularly in memory management, making it an ideal choice for blockchain-related data processing. Its ability to handle concurrent operations efficiently is crucial for an API interfacing with a blockchain.

Actix, a powerful Rust framework, excels in creating high-performance web servers and microservices. It supports asynchronous programming, enabling the handling of numerous simultaneous connections with minimal resource usage. This feature is particularly beneficial for blockchain APIs, which often need to manage a high volume of concurrent requests.

Implementation Strategy

The core of this proposal involves rewriting the existing in Rust, leveraging Actix for handling API requests. This rewrite is expected to significantly enhance processing speed and connection handling efficiency. Rust’s capabilities will be utilized to optimize database interactions, ensuring faster and more secure query processing. An efficient caching system will be implemented to reduce database load and expedite responses to frequent queries.

Enhanced security and error handling are also key components of this proposal. Rust’s safety features will be employed to minimize runtime errors and vulnerabilities, while a robust error handling system will ensure API stability and reliability. Integration with advanced monitoring and logging tools is planned to oversee API performance and facilitate quick issue identification and resolution.

The transition to Rust and Actix is anticipated to markedly improve the performance and scalability of the Counterparty API. Users will experience faster interactions with the platform, and the system will be able to handle a larger number of requests simultaneously without performance degradation. 

The security and stability of the API will be significantly enhanced, increasing user trust and platform reliability. Additionally, the cleaner, well-documented code will simplify future updates and maintenance, allowing for rapid adaptation to new challenges in the blockchain ecosystem.

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