We propose to build an all-in-one development suite that streamlines Compound V3 (Comet) integrations. This suite will include:
- A TypeScript/JavaScript SDK with robust type definitions to simplify front-end and back-end integration.
- A Python reference library for data scientists, quants, and script-based developers.
- A CLI tool that scaffolds new projects, handles local environment setup, and provides best-practice templates.
- A Test & Simulation Toolkit for real-world scenario testing (e.g., price shocks, liquidation scenarios), offering an ephemeral local environment for developers.
- Built-in Security & Audit Tools, integrating static and dynamic analysis specifically tailored for Comet.
While there are existing libraries and dapp kits for Compound, no single solution covers the full developer lifecycle—front-end, back-end, simulation, security—especially for Compound III. By building a holistic developer experience, we aim to lower integration friction, accelerate ecosystem growth, and reduce security risks.
- Our suite directly targets RFP B1 (new developer tools that facilitate integration with Compound) and RFP B2 (improvements to existing tools).
- By offering a robust set of features that complement or extend Compound JS and Compound Kit, we help reduce duplication of effort and fill notable gaps in advanced testing, multi-language support, and security features.
- A seamless dev experience will encourage new dapps to integrate lending/borrowing flows on Compound V3 (Comet), helping bring users and capital into Compound.
- Detailed scenario testing and security tooling reduce the risk of faulty integrations—building trust in the protocol and spurring more participation.
- We have 5 clear milestones (outlined below) that include outcome-oriented metrics (e.g., downloads, usage, test coverage) and community feedback loops, aligning well with CGP’s milestone disbursement approach.
- Partial Dev Tools: Existing libraries (e.g., compound-v3-react) focus primarily on front-end React hooks. There’s a gap in robust back-end tools, scenario simulations, and typed code for safer integrations.
- Lack of Multi-Language Options: Many data scientists and institutional participants prefer Python—an area where Compound’s official tooling is sparse.
- Complex Comet Features: Compound III introduces new functionalities and a more efficient architecture, requiring specialized tooling and thorough testing frameworks.
- Security & Testing Gaps: Integrations often proceed without rigorous local stress-testing or security scanning. This can lead to vulnerabilities and user losses.
By addressing these gaps with a single, integrated toolset, we can significantly reduce friction for new and existing developers and ensure safer, more reliable integrations with Compound V3.
- Typed method calls for supplying, borrowing, repaying, and managing collateral on Compound V3 (Comet).
- Interest rate calculators, event watchers, and error-handling utilities built in.
- Thorough TypeScript definitions to reduce runtime errors.
- Targeted at data scientists, algo traders, and quants who need to rapidly prototype or perform analytics using Comet.
- PyPI distribution, with straightforward methods for contract interactions, reading market data, and simulating interest accrual.
create-comet-appcommand that scaffolds a new project with a React or Node.js boilerplate.- Scripts for local Hardhat/Foundry environment setup (e.g., fork mainnet with Comet contracts, pre-load test tokens).
- Wizards that generate supply/borrow/repay scripts and recommended config files.
- Scenario scripts simulating price shocks, varying utilization, partial liquidations, etc.
- Ephemeral local environment (Hardhat or Foundry-based) with easy commands for devs to run complex tests.
- Optionally integrate slippage or oracle manipulations to replicate real-world DeFi scenarios.
- Static analysis: Integrate with Slither, Foundry’s fuzz testing, or OpenZeppelin test environment to flag common pitfalls in Comet interactions.
- Dynamic analysis: Automated scenario-based checks for re-entrancy or liquidation shortfall risks.
- Auditor-friendly scaffolding: Pre-configured to align with OpenZeppelin’s auditing standards for streamlined audits.
Estimated Project Duration: ~2.5 months (10 weeks)
| Milestone | Duration | Timeline | Key Activities |
|---|---|---|---|
| M1: Release MVP TS/JS Library | 2 weeks | Weeks 1 – 2 | - Implement core functions (supply/borrow/repay) in TypeScript |
| - Provide initial typed definitions & docs | |||
| - Basic testing coverage | |||
| M2: Python Binding & Hardhat Plugin + CLI | 2 weeks | Weeks 2 – 4 | - Overlap with finalizing M1 |
| - Implement Python library in parallel | |||
| - Develop Hardhat plugin for Comet environment | |||
| - Build CLI for project scaffolding | |||
| M3: Scenario Simulation Framework | 3 weeks | Weeks 4 – 7 | - Create local ephemeral environment (Hardhat/Foundry) |
| - Code scenario scripts (price shocks, partial liquidation, rate changes) | |||
| - Begin preliminary security checks (fuzz tests, static analysis) | |||
| M4: Security Integration & Partial Audit | 2 weeks | Weeks 7 – 9 | - Integrate static/dynamic analysis tools (Slither, Foundry tests) |
| - Undergo partial audit with an external partner | |||
| - Address critical issues immediately | |||
| M5: Final Docs, Tutorials & Community Feedback | 1 week | Week 9 – 10 | - Publish comprehensive documentation & tutorials |
| - Hold community workshop / gather feedback | |||
| - Wrap up final refinements and push stable release |
Total Duration: 10 weeks (~2.5 months)
- While the MVP TS/JS library (M1) is being finalized in Weeks 1–2, some team members can start the Python binding and Hardhat plugin (M2) in Week 2 to avoid idle time.
- Documentation and minor tasks for M1 can be completed alongside M2 development.
- Basic security checks (like linting, static analysis) can start as soon as the MVP code is stable. This avoids waiting until M4 to begin all security efforts.
- The partial audit can be scheduled in advance so the auditors are ready around Weeks 7–9.
- The scenario simulation framework can be built in parallel with the final touches of M2. For instance, if the Python library’s skeleton is done, the same dev can move on to scenario scripts.
- This step is allocated 3 weeks because it demands building out complex scenarios and verifying correctness.
- Because we only have 2 weeks for M4 (security integration & partial audit), we must prioritize critical or high findings immediately.
- Any lower-severity findings can be addressed in M5 or in a subsequent patch.
- We plan for 1 dedicated week of final polish. Realistically, documentation writing can happen throughout the project, but we schedule the final push for Weeks 9–10.
- The community feedback session (Discord call or forum thread) also takes place here to finalize improvements.
Scope
- Publish a minimal viable product of the TypeScript/JavaScript SDK to npm.
- Provide basic usage docs and code examples (e.g., supply, borrow, repay).
- Include an initial set of tests validating core functionalities.
Estimated Duration: 2 weeks
Success Criteria
- Library is live on npm; tested with at least one working dapp sample.
- Basic documentation site or README with clear code snippets.
- 100% coverage on core functionalities (supply, borrow, repay).
Scope
- Implement a Python library with analogous functionality to the TS/JS SDK.
- Build a Hardhat plugin for quick Comet environment setup (forking, test accounts, etc.).
- Release a CLI tool (
create-comet-app) for scaffolding front-end and back-end projects.
Estimated Duration: 2 weeks
Success Criteria
- Python library published to PyPI.
- Hardhat plugin published to npm with docs on usage.
- CLI tool tested for both front-end and back-end scaffolds.
Scope
- Provide scripts and example test flows simulating price shocks, partial liquidations, interest rate variability.
- Integrate ephemeral local environment (Hardhat/Foundry) with pre-built Comet config.
- Document best practices for scenario-based testing.
Estimated Duration: 3 weeks
Success Criteria
- At least 3 scenario scripts included (e.g., rapid ETH price drop, stablecoin depegs, spike in borrowed interest rates).
- Documentation on how to run these tests locally or in CI/CD pipeline.
- Community feedback on scenario coverage integrated into final iteration.
Scope
- Integrate static/dynamic analysis tools (Slither, Foundry’s fuzz testing, or others).
- Undergo a partial audit with a recognized auditor (e.g., OpenZeppelin, or an OZ-endorsed partner) focusing on the suite’s reliability and recommended security patterns.
- Resolve critical or high-risk vulnerabilities uncovered.
Estimated Duration: 2 weeks
Success Criteria
- Official audit report with no unresolved high-severity findings.
- Documented approach for devs to incorporate security checks in their own Comet-based projects.
Scope
- Publish comprehensive docs (API references, guides, tutorials) in a structured format.
- Host a community call or workshop on Compound’s Discord or forums to walk through the toolkit.
- Gather feedback, implement final refinements, and prepare for maintenance.
Estimated Duration: 1 week
Success Criteria
- Documentation site live with stable URLs.
- Recorded workshop with Q&A.
- Final release tagged on GitHub/npm/PyPI, marking project completion and transition to maintenance mode.
TefroLabs is a technology company specializing in blockchain development and decentralized finance (DeFi) solutions. Their expertise includes smart contract development, security audits, and the creation of developer tools aimed at enhancing the DeFi ecosystem. Notably, TefroLabs has contributed to projects like Aave and Maker, focusing on improving developer experiences and ensuring robust security practices.
The team at TefroLabs comprises experienced professionals with backgrounds in TypeScript, JavaScript, React, and blockchain technologies. Their work emphasizes building secure, efficient, and user-friendly applications within the DeFi space.
For more information about TefroLabs, you can visit their profile on X (formerly Twitter):
-
Lead Developer / Project Manager: FRANK
- Role: Oversees the project, coordinates between team members, manages milestones, and ensures timely delivery.
- Experience: Previously contributed to developer tooling for leading DeFi projects. Extensive experience in TypeScript, JavaScript, and project management.
- Twitter:
- Github:
-
Full-Stack Developer: MARTIN
- Role: Develops the TypeScript/JavaScript SDK, CLI tools, and front-end components.
- Experience: Specialized in React, TypeScript, Hardhat, and has a track record of building robust dapps with a focus on security and performance.
-
CHRISS
- Versatile backend developer with expertise in Rust and blockchain technologies. She has a proven track record of building scalable applications and contributing to innovative projects. Christine is passionate about creating innovative solutions and is always eager to learn new technologies.
- GitHub:
-
DANCAN
- Java developer with a focus on Spring Boot, DevOps, and blockchain technologies. He has experience building applications such as a mini bank management system and an e-commerce app, demonstrating his proficiency in Java-based solutions. Ian is committed to continuous learning and actively engages in community knowledge sharing.
- GitHub:
-
Python Developers: Will assist in building the Python reference library, ensuring seamless integration with the TypeScript/JavaScript SDK.
-
Security Advisor: Provides expertise in integrating static and dynamic analysis tools, assisting with the partial audit process, and ensuring adherence to security best practices.
- Collective: Over 10 years of combined blockchain development experience.
- Past Achievements:
- MARTIN: Contributed to open-source Ethereum libraries such as Ethers.js and participated in multiple DeFi protocol audits.
- FRANK: Built and maintained popular React-based dapps with high user engagement and robust security features.
- Experienced in Python development for DeFi analytics and security auditing.
We propose a $24,000 USD grant to cover the following areas essential for the successful development and deployment of the Comet DevX Suite:
| Category | Amount (USD) | Description |
|---|---|---|
| Development & Personnel | $16,000 | - Lead Developer / Project Manager: $9,000 for 2.5 months |
| - Full-Stack Developer: $7,000 for 2.5 months | ||
| Audit & Security | $5,000 | - Partial Audit Fees: $4,000 for engagement with a recognized security partner (e.g., OpenZeppelin) |
| - Security Tools & Licenses: $1,000 for integrating static/dynamic analysis tools | ||
| Maintenance & Infrastructure | $2,000 | - Hosting & Domain Costs: $500 |
| - Continuous Integration (CI) Pipelines: $500 | ||
| - Documentation Hosting: $500 | ||
| - Miscellaneous Infrastructure: $500 | ||
| Community Outreach | $1,000 | - Workshops & Events: $500 for hosting community calls or workshops |
| - Tutorial Videos & Content Creation: $500 for producing high-quality tutorials and documentation videos | ||
| Contingency | $0 | - Not Allocated: All funds are allocated to ensure maximum impact within the 2.5-month timeframe. Any unforeseen expenses will be managed within existing categories. |
Total Funding Request: $24,000 USD
- Lead Developer / Project Manager ($9,000): Oversees the project, coordinates between team members, manages milestones, and ensures timely delivery.
- Full-Stack Developer ($7,000): Develops the TypeScript/JavaScript SDK, CLI tools, and front-end components.
- Partial Audit Fees ($4,000): Engaging a reputable security partner to conduct a partial audit focused on critical areas of the suite.
- Security Tools & Licenses ($1,000): Purchasing or subscribing to necessary security tools and licenses to integrate static and dynamic analysis into the development workflow.
- Hosting & Domain Costs ($500): Covers the cost of hosting the documentation website and securing a domain name.
- Continuous Integration (CI) Pipelines ($500): Setting up and maintaining CI/CD pipelines to automate testing and deployment processes.
- Documentation Hosting ($500): Ensures that comprehensive documentation is available and easily accessible to developers.
- Miscellaneous Infrastructure ($500): Allocated for any additional infrastructure needs that arise during development.
- Workshops & Events ($500): Hosting community calls, workshops, or webinars to demonstrate the toolkit and gather feedback.
- Tutorial Videos & Content Creation ($500): Producing high-quality tutorial videos, guides, and other educational content to help developers utilize the suite effectively.
- Not Allocated: All funds are meticulously allocated to ensure comprehensive coverage of project needs within the 2.5-month timeframe. Any unforeseen expenses will be managed within existing budget categories without requiring additional funding.
- Scope Creep
- Mitigation: We’ll adhere to well-defined, granular milestones and prioritize core functionalities. Regular check-ins will ensure we stay on track.
- Audit Scheduling
- Mitigation: Start scheduling the audit in Week 1 to ensure auditor availability around Weeks 7–9. Prepare audit materials early to facilitate a smooth process.
- Overlapping Tasks
- Mitigation: Ensure clear division of tasks among core team members and maintain strong communication channels. Utilize agile methodologies and continuous integration (CI) for seamless parallel development.
- Security Gaps
- Mitigation: Partner with recognized auditors early, incorporate best practices from day one, and integrate a robust test framework to identify and resolve vulnerabilities promptly.
- Maintenance Long-Term
- Mitigation: Open-source the entire suite (MIT or Apache 2.0 license) and build a small user community that can contribute. Plan for potential follow-up grants or community sponsorships to ensure ongoing support.
- Adoption: Achieve X weekly npm downloads for the TS/JS SDK and Y monthly PyPI installs within 3-6 months of launch.
- Quality: Minimal critical or high-severity vulnerabilities from audit feedback.
- Ecosystem Growth: At least 3-5 new dapps publicly referencing or using Comet DevX Suite by the time the project wraps, with anecdotal testimonials or case studies.
- Community Engagement: Positive feedback from Compound forums, Discord, and direct governance participation regarding the toolkit’s ease of use and reliability.
By delivering an end-to-end developer suite—from scaffolding to security checks—we aim to accelerate the integration of Compound V3 across the DeFi landscape. With robust TypeScript and Python coverage, scenario simulation, and a user-friendly CLI, Comet DevX Suite will lower the barrier to entry and pave the way for more innovative and secure lending/borrowing protocols built atop Compound.
We look forward to collaborating with the Compound community and domain allocators to refine our milestones, ensure security best practices, and bring Comet DevX Suite to life.
Thank you for your consideration. We welcome feedback and discussions on the Compound forums or Discord to refine the scope and maximize the suite’s impact.
i want you to check at the ts/js library currently implmented then using your knowledge generate instructions for transforming it to python exactly without much of a hustle, similar things to be borrowed directly. @Codebase , we want the exact version for python though. so check ad give orders on how it will be done
Network Configuration Type Definitions Core Comet Class Contract Methods Error Handling Event System Testing Documentation
We propose to build an all-in-one development suite that streamlines Compound V3 (Comet) integrations. This suite will include:
- A TypeScript/JavaScript SDK with robust type definitions to simplify front-end and back-end integration.
- A Python reference library for data scientists, quants, and script-based developers.
- A CLI tool that scaffolds new projects, handles local environment setup, and provides best-practice templates.
- A Test & Simulation Toolkit for real-world scenario testing (e.g., price shocks, liquidation scenarios), offering an ephemeral local environment for developers.
- Built-in Security & Audit Tools, integrating static and dynamic analysis specifically tailored for Comet.
While there are existing libraries and dapp kits for Compound, no single solution covers the full developer lifecycle—front-end, back-end, simulation, security—especially for Compound III. By building a holistic developer experience, we aim to lower integration friction, accelerate ecosystem growth, and reduce security risks.
- Our suite directly targets RFP B1 (new developer tools that facilitate integration with Compound) and RFP B2 (improvements to existing tools).
- By offering a robust set of features that complement or extend Compound JS and Compound Kit, we help reduce duplication of effort and fill notable gaps in advanced testing, multi-language support, and security features.
- A seamless dev experience will encourage new dapps to integrate lending/borrowing flows on Compound V3 (Comet), helping bring users and capital into Compound.
- Detailed scenario testing and security tooling reduce the risk of faulty integrations—building trust in the protocol and spurring more participation.
- We have 5 clear milestones (outlined below) that include outcome-oriented metrics (e.g., downloads, usage, test coverage) and community feedback loops, aligning well with CGP’s milestone disbursement approach.
- Partial Dev Tools: Existing libraries (e.g., compound-v3-react) focus primarily on front-end React hooks. There’s a gap in robust back-end tools, scenario simulations, and typed code for safer integrations.
- Lack of Multi-Language Options: Many data scientists and institutional participants prefer Python—an area where Compound’s official tooling is sparse.
- Complex Comet Features: Compound III introduces new functionalities and a more efficient architecture, requiring specialized tooling and thorough testing frameworks.
- Security & Testing Gaps: Integrations often proceed without rigorous local stress-testing or security scanning. This can lead to vulnerabilities and user losses.
By addressing these gaps with a single, integrated toolset, we can significantly reduce friction for new and existing developers and ensure safer, more reliable integrations with Compound V3.
- Typed method calls for supplying, borrowing, repaying, and managing collateral on Compound V3 (Comet).
- Interest rate calculators, event watchers, and error-handling utilities built in.
- Thorough TypeScript definitions to reduce runtime errors.
- Targeted at data scientists, algo traders, and quants who need to rapidly prototype or perform analytics using Comet.
- PyPI distribution, with straightforward methods for contract interactions, reading market data, and simulating interest accrual.
create-comet-appcommand that scaffolds a new project with a React or Node.js boilerplate.- Scripts for local Hardhat/Foundry environment setup (e.g., fork mainnet with Comet contracts, pre-load test tokens).
- Wizards that generate supply/borrow/repay scripts and recommended config files.
- Scenario scripts simulating price shocks, varying utilization, partial liquidations, etc.
- Ephemeral local environment (Hardhat or Foundry-based) with easy commands for devs to run complex tests.
- Optionally integrate slippage or oracle manipulations to replicate real-world DeFi scenarios.
- Static analysis: Integrate with Slither, Foundry’s fuzz testing, or OpenZeppelin test environment to flag common pitfalls in Comet interactions.
- Dynamic analysis: Automated scenario-based checks for re-entrancy or liquidation shortfall risks.
- Auditor-friendly scaffolding: Pre-configured to align with OpenZeppelin’s auditing standards for streamlined audits.
Estimated Project Duration: ~2.5 months (10 weeks)
| Milestone | Duration | Timeline | Key Activities |
|---|---|---|---|
| M1: Release MVP TS/JS Library | 2 weeks | Weeks 1 – 2 | - Implement core functions (supply/borrow/repay) in TypeScript |
| - Provide initial typed definitions & docs | |||
| - Basic testing coverage | |||
| M2: Python Binding & Hardhat Plugin + CLI | 2 weeks | Weeks 2 – 4 | - Overlap with finalizing M1 |
| - Implement Python library in parallel | |||
| - Develop Hardhat plugin for Comet environment | |||
| - Build CLI for project scaffolding | |||
| M3: Scenario Simulation Framework | 3 weeks | Weeks 4 – 7 | - Create local ephemeral environment (Hardhat/Foundry) |
| - Code scenario scripts (price shocks, partial liquidation, rate changes) | |||
| - Begin preliminary security checks (fuzz tests, static analysis) | |||
| M4: Security Integration & Partial Audit | 2 weeks | Weeks 7 – 9 | - Integrate static/dynamic analysis tools (Slither, Foundry tests) |
| - Undergo partial audit with an external partner | |||
| - Address critical issues immediately | |||
| M5: Final Docs, Tutorials & Community Feedback | 1 week | Week 9 – 10 | - Publish comprehensive documentation & tutorials |
| - Hold community workshop / gather feedback | |||
| - Wrap up final refinements and push stable release |
Total Duration: 10 weeks (~2.5 months)
- While the MVP TS/JS library (M1) is being finalized in Weeks 1–2, some team members can start the Python binding and Hardhat plugin (M2) in Week 2 to avoid idle time.
- Documentation and minor tasks for M1 can be completed alongside M2 development.
- Basic security checks (like linting, static analysis) can start as soon as the MVP code is stable. This avoids waiting until M4 to begin all security efforts.
- The partial audit can be scheduled in advance so the auditors are ready around Weeks 7–9.
- The scenario simulation framework can be built in parallel with the final touches of M2. For instance, if the Python library’s skeleton is done, the same dev can move on to scenario scripts.
- This step is allocated 3 weeks because it demands building out complex scenarios and verifying correctness.
- Because we only have 2 weeks for M4 (security integration & partial audit), we must prioritize critical or high findings immediately.
- Any lower-severity findings can be addressed in M5 or in a subsequent patch.
- We plan for 1 dedicated week of final polish. Realistically, documentation writing can happen throughout the project, but we schedule the final push for Weeks 9–10.
- The community feedback session (Discord call or forum thread) also takes place here to finalize improvements.
Scope
- Publish a minimal viable product of the TypeScript/JavaScript SDK to npm.
- Provide basic usage docs and code examples (e.g., supply, borrow, repay).
- Include an initial set of tests validating core functionalities.
Estimated Duration: 2 weeks
Success Criteria
- Library is live on npm; tested with at least one working dapp sample.
- Basic documentation site or README with clear code snippets.
- 100% coverage on core functionalities (supply, borrow, repay).
Scope
- Implement a Python library with analogous functionality to the TS/JS SDK.
- Build a Hardhat plugin for quick Comet environment setup (forking, test accounts, etc.).
- Release a CLI tool (
create-comet-app) for scaffolding front-end and back-end projects.
Estimated Duration: 2 weeks
Success Criteria
- Python library published to PyPI.
- Hardhat plugin published to npm with docs on usage.
- CLI tool tested for both front-end and back-end scaffolds.
Scope
- Provide scripts and example test flows simulating price shocks, partial liquidations, interest rate variability.
- Integrate ephemeral local environment (Hardhat/Foundry) with pre-built Comet config.
- Document best practices for scenario-based testing.
Estimated Duration: 3 weeks
Success Criteria
- At least 3 scenario scripts included (e.g., rapid ETH price drop, stablecoin depegs, spike in borrowed interest rates).
- Documentation on how to run these tests locally or in CI/CD pipeline.
- Community feedback on scenario coverage integrated into final iteration.
Scope
- Integrate static/dynamic analysis tools (Slither, Foundry’s fuzz testing, or others).
- Undergo a partial audit with a recognized auditor (e.g., OpenZeppelin, or an OZ-endorsed partner) focusing on the suite’s reliability and recommended security patterns.
- Resolve critical or high-risk vulnerabilities uncovered.
Estimated Duration: 2 weeks
Success Criteria
- Official audit report with no unresolved high-severity findings.
- Documented approach for devs to incorporate security checks in their own Comet-based projects.
Scope
- Publish comprehensive docs (API references, guides, tutorials) in a structured format.
- Host a community call or workshop on Compound’s Discord or forums to walk through the toolkit.
- Gather feedback, implement final refinements, and prepare for maintenance.
Estimated Duration: 1 week
Success Criteria
- Documentation site live with stable URLs.
- Recorded workshop with Q&A.
- Final release tagged on GitHub/npm/PyPI, marking project completion and transition to maintenance mode.
TefroLabs is a technology company specializing in blockchain development and decentralized finance (DeFi) solutions. Their expertise includes smart contract development, security audits, and the creation of developer tools aimed at enhancing the DeFi ecosystem. Notably, TefroLabs has contributed to projects like Aave and Maker, focusing on improving developer experiences and ensuring robust security practices.
The team at TefroLabs comprises experienced professionals with backgrounds in TypeScript, JavaScript, React, and blockchain technologies. Their work emphasizes building secure, efficient, and user-friendly applications within the DeFi space.
For more information about TefroLabs, you can visit their profile on X (formerly Twitter):
-
Lead Developer / Project Manager: FRANK
- Role: Oversees the project, coordinates between team members, manages milestones, and ensures timely delivery.
- Experience: Previously contributed to developer tooling for leading DeFi projects. Extensive experience in TypeScript, JavaScript, and project management.
- Twitter:
- Github:
-
Full-Stack Developer: MARTIN
- Role: Develops the TypeScript/JavaScript SDK, CLI tools, and front-end components.
- Experience: Specialized in React, TypeScript, Hardhat, and has a track record of building robust dapps with a focus on security and performance.
-
CHRISS
- Versatile backend developer with expertise in Rust and blockchain technologies. She has a proven track record of building scalable applications and contributing to innovative projects. Christine is passionate about creating innovative solutions and is always eager to learn new technologies.
- GitHub:
-
DANCAN
- Java developer with a focus on Spring Boot, DevOps, and blockchain technologies. He has experience building applications such as a mini bank management system and an e-commerce app, demonstrating his proficiency in Java-based solutions. Ian is committed to continuous learning and actively engages in community knowledge sharing.
- GitHub:
-
Python Developers: Will assist in building the Python reference library, ensuring seamless integration with the TypeScript/JavaScript SDK.
-
Security Advisor: Provides expertise in integrating static and dynamic analysis tools, assisting with the partial audit process, and ensuring adherence to security best practices.
- Collective: Over 10 years of combined blockchain development experience.
- Past Achievements:
- MARTIN: Contributed to open-source Ethereum libraries such as Ethers.js and participated in multiple DeFi protocol audits.
- FRANK: Built and maintained popular React-based dapps with high user engagement and robust security features.
- Experienced in Python development for DeFi analytics and security auditing.
We propose a $24,000 USD grant to cover the following areas essential for the successful development and deployment of the Comet DevX Suite:
| Category | Amount (USD) | Description |
|---|---|---|
| Development & Personnel | $16,000 | - Lead Developer / Project Manager: $9,000 for 2.5 months |
| - Full-Stack Developer: $7,000 for 2.5 months | ||
| Audit & Security | $5,000 | - Partial Audit Fees: $4,000 for engagement with a recognized security partner (e.g., OpenZeppelin) |
| - Security Tools & Licenses: $1,000 for integrating static/dynamic analysis tools | ||
| Maintenance & Infrastructure | $2,000 | - Hosting & Domain Costs: $500 |
| - Continuous Integration (CI) Pipelines: $500 | ||
| - Documentation Hosting: $500 | ||
| - Miscellaneous Infrastructure: $500 | ||
| Community Outreach | $1,000 | - Workshops & Events: $500 for hosting community calls or workshops |
| - Tutorial Videos & Content Creation: $500 for producing high-quality tutorials and documentation videos | ||
| Contingency | $0 | - Not Allocated: All funds are allocated to ensure maximum impact within the 2.5-month timeframe. Any unforeseen expenses will be managed within existing categories. |
Total Funding Request: $24,000 USD
- Lead Developer / Project Manager ($9,000): Oversees the project, coordinates between team members, manages milestones, and ensures timely delivery.
- Full-Stack Developer ($7,000): Develops the TypeScript/JavaScript SDK, CLI tools, and front-end components.
- Partial Audit Fees ($4,000): Engaging a reputable security partner to conduct a partial audit focused on critical areas of the suite.
- Security Tools & Licenses ($1,000): Purchasing or subscribing to necessary security tools and licenses to integrate static and dynamic analysis into the development workflow.
- Hosting & Domain Costs ($500): Covers the cost of hosting the documentation website and securing a domain name.
- Continuous Integration (CI) Pipelines ($500): Setting up and maintaining CI/CD pipelines to automate testing and deployment processes.
- Documentation Hosting ($500): Ensures that comprehensive documentation is available and easily accessible to developers.
- Miscellaneous Infrastructure ($500): Allocated for any additional infrastructure needs that arise during development.
- Workshops & Events ($500): Hosting community calls, workshops, or webinars to demonstrate the toolkit and gather feedback.
- Tutorial Videos & Content Creation ($500): Producing high-quality tutorial videos, guides, and other educational content to help developers utilize the suite effectively.
- Not Allocated: All funds are meticulously allocated to ensure comprehensive coverage of project needs within the 2.5-month timeframe. Any unforeseen expenses will be managed within existing budget categories without requiring additional funding.
- Scope Creep
- Mitigation: We’ll adhere to well-defined, granular milestones and prioritize core functionalities. Regular check-ins will ensure we stay on track.
- Audit Scheduling
- Mitigation: Start scheduling the audit in Week 1 to ensure auditor availability around Weeks 7–9. Prepare audit materials early to facilitate a smooth process.
- Overlapping Tasks
- Mitigation: Ensure clear division of tasks among core team members and maintain strong communication channels. Utilize agile methodologies and continuous integration (CI) for seamless parallel development.
- Security Gaps
- Mitigation: Partner with recognized auditors early, incorporate best practices from day one, and integrate a robust test framework to identify and resolve vulnerabilities promptly.
- Maintenance Long-Term
- Mitigation: Open-source the entire suite (MIT or Apache 2.0 license) and build a small user community that can contribute. Plan for potential follow-up grants or community sponsorships to ensure ongoing support.
- Adoption: Achieve X weekly npm downloads for the TS/JS SDK and Y monthly PyPI installs within 3-6 months of launch.
- Quality: Minimal critical or high-severity vulnerabilities from audit feedback.
- Ecosystem Growth: At least 3-5 new dapps publicly referencing or using Comet DevX Suite by the time the project wraps, with anecdotal testimonials or case studies.
- Community Engagement: Positive feedback from Compound forums, Discord, and direct governance participation regarding the toolkit’s ease of use and reliability.
By delivering an end-to-end developer suite—from scaffolding to security checks—we aim to accelerate the integration of Compound V3 across the DeFi landscape. With robust TypeScript and Python coverage, scenario simulation, and a user-friendly CLI, Comet DevX Suite will lower the barrier to entry and pave the way for more innovative and secure lending/borrowing protocols built atop Compound.
We look forward to collaborating with the Compound community and domain allocators to refine our milestones, ensure security best practices, and bring Comet DevX Suite to life.
Thank you for your consideration. We welcome feedback and discussions on the Compound forums or Discord to refine the scope and maximize the suite’s impact.
npx hardhat console --network hardhat const block = await ethers.provider.getBlockNumber() console.log(block) --network localhost 0x37305b1cd40574e4c5ce33f8e8306be057fd7341
npx hardhat node npx hardhat run scripts/fund-test-account.ts --network localhost npx hardhat run scripts/supply-simulation.ts --network localhost npx hardhat run scripts/stablecoin-depeg.ts --network localhost
const COMET_ADDRESS = getAddress("0xc3d688b66703497daa19211eedff47f25384cdc3");