Lio Mou
Project OwnerLeads in the overall system design, including user interface and modular microservices architecture that ensures high scalability and future integration of privacy-preserving technologies (ZKP).
This proposal aims to develop a system that enhances reputation and voting weight functionality within Deep Funding and the wider SNET ecosystem, shifting the focus from purely monetary-based voting to a more balanced, holistic, fair, and auditable reputation-based approach that factors additional contributions and behaviors. We will develop three initial microservice suites for data collection and scoring, including a Blockchain Explorer and connections to Deep Funding proposal and voting portals. Additionally, it will have a ZKP-ready design and privacy-preserving features to ensure secure, compliant handling of user data.
The goal of this project is to develop functionality that will enable modular microservices that support data collection, scoring, and analytics functions as part of a reputation and voting weight system. This should include an architecture to allow for the integration of future microservices, an initial suite of key microservices, and a user interface that allows users to find and utilize various configurations of the microservices.
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Collaborate with the Deep Funding and DDI Hub teams to clarify requirements confirm overall system architecture technology stack and standardized API protocols.
Requirements document system architecture diagrams and API design documentation.
$15,000 USD
All key stakeholders approve the requirements and architecture, and documentation is formally signed off.
Develop foundational Rust-based microservices (proposal voting blockchain explorer) deployed on WasmEdge; build the FastAPI backend and integrate authentication (OAuth2/JWT with Keycloak).
Containerized microservices with standardized API endpoints and a robust user authentication module.
$35,000 USD
Each microservice operates independently and passes unit tests; backend APIs reliably respond and clear initial integration tests.
Build a user interface using Next.js and Ant Design that supports microservice selection weight configuration data visualization and user consent management with Redux for state management.
A fully functional UI that enables configuration data display and user permissions management.
$30,000 USD
The UI is user-friendly, responsive, and communicates seamlessly with the backend, receiving positive feedback during user testing.
Conduct end-to-end integration testing performance stress tests and a security audit (including penetration testing and vulnerability scans). Deploy the ELK stack for logging and monitoring.
Comprehensive integration test report security audit report and performance optimization recommendations.
$25,000 USD
All performance metrics meet targets, no critical security issues remain, and test reports and optimization suggestions are approved.
Deploy the system in staging/production conduct user acceptance testing (UAT) address feedback finalize system documentation and user guides and achieve production rollout.
Production-deployed system user manuals operational guides and final UAT report.
$21,000 USD
The system runs stably in production, UAT is successfully passed, and all major issues are resolved.
Provide 3 months of post-launch support including issue resolution system monitoring and minor enhancements based on user feedback.
Regular maintenance reports bug fix logs and system update logs.
$14,000 USD
The system maintains a 99% uptime during the support period, and critical issues are addressed promptly with positive user feedback.
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