ResearchLedger : Transforming Research and Development through Decentralization

[GENERAL] Name and surname of main applicant

Konma Org

[GENERAL] Email address of main applicant

info@konma.community

Additional applicants

Sangeet Muralidhar

[GENERAL] Please specify how many months you expect your project to last (from 2-12 months)

9

[GENERAL] Please indicate if your proposal has been auto-translated into English from another language.

No

[GENERAL] Does your project have any dependencies on other organizations, technical or otherwise?

No

[GENERAL] If YES, please describe what the dependency is and why you believe it is essential for your project’s delivery. If NO, please write “No dependencies.” .

No dependencies.

[GENERAL] Will your project’s output/s be fully open source?

Yes

[GENERAL] If NO, please describe which outputs are not going to be open source. If YES, please write “Project will be fully open source.”

Project will be fully open source

[METADATA] Category of Proposal

Dev Tools, API or Library

[METADATA] SDG rating

• SDG 9 (Industry, Innovation, and Infrastructure):
• The ResearchLedger dR&D protocol fosters innovation in research and development by providing a decentralized platform that encourages collaboration and knowledge sharing among stakeholders.
• SDG 17 (Partnerships for the Goals):
• ResearchLedger promotes partnerships and collaboration among researchers, funders, and other stakeholders, enabling collective action to achieve common research and development goals.
• SDG 16 (Peace, Justice, and Strong Institutions):
• The transparent and inclusive nature of ResearchLedger enhances trust, transparency, and accountability in the research ecosystem, supporting the development of strong institutions and promoting peace and justice.

[IMPACT] Please describe your proposed solution.

In our proposed solution, ResearchLedger, we aim to address the challenges in traditional research and development (R&D) processes by leveraging the power of blockchain technology. We perceive the problem of trust, inefficiencies, and limited collaboration opportunities faced by researchers, funders, and other stakeholders in the current R&D landscape. To tackle this problem, we have designed ResearchLedger as a decentralized protocol that fosters trust, collaboration, and knowledge sharing.

Our approach is unique because ResearchLedger combines key features that empower researchers and enhance the entire R&D ecosystem. By utilizing smart contracts, decentralized funding models, ResearchLedger enables researchers to securely access funding, collaborate seamlessly, and share their findings openly.

Stakeholders

• Researchers: These are the individuals or teams conducting the research. They can submit research proposals, carry out funded research projects, and share their findings on the platform.
• Peer Reviewers: These are experts in relevant fields who review and validate research proposals and findings. They ensure the quality and integrity of the research conducted on the platform.
• Funders: These can be individuals, organizations, or even governments interested in funding research. They can provide funds for research projects, either directly or by purchasing tokens in the platform's token economy.
• End Users: These are the individuals or organizations that use the research findings. They can be other researchers, businesses, policymakers, or the general public. They can use the platform to access and utilize the latest research findings.
• Developers: These are the individuals or teams who build and maintain the platform. They can contribute by developing the protocol, creating smart contracts, building DApps, or improving the platform's functionality and security.
• Regulators: These are government or industry bodies that oversee research activities. They can ensure that the platform complies with relevant laws and regulations, such as those related to data privacy, ethical research practices, and financial transactions.
• Community Members: These are individuals who participate in the platform's community. They can contribute by participating in governance decisions, providing feedback, promoting the platform, or contributing to its open-source development.
• Investors: These are individuals or organizations that invest in the platform or its token economy. They can provide funding for the platform's development and operation, and in return, they may receive tokens or other forms of return on their investment.

Technology Impact on Society:

• Access to Knowledge and Resources: dR&D protocols can democratize access to knowledge and resources by providing an open and decentralized platform. Researchers from diverse backgrounds and geographical locations can participate, fostering collaboration and inclusivity in the research process.
• Transparency and Trust: Technology enables transparency and trust within the dR&D ecosystem. Through immutability and auditability of blockchain, participants can have confidence in the integrity of research data, transactions, and outcomes. This can enhance credibility and foster trust among stakeholders.
• Incentives and Rewards: Technology allows for the creation of token economies, where researchers can be incentivized and rewarded for their contributions. This can motivate participation, accelerate innovation, and create economic opportunities within the dR&D community.
• Intellectual Property Rights: Technology can streamline the management of intellectual property rights. By utilizing blockchain and non-fungible tokens (NFTs), ownership, authorship, and transfer of research outputs can be securely recorded and tracked, providing a decentralized approach to protecting and monetizing intellectual property.

Social Factors Influencing Technology:

• Collaborative Culture: The culture of collaboration within the research community influences the design and adoption of dR&D protocols. Social factors such as openness, cooperation, and the willingness to share knowledge can shape the functionality and features of the technology.
• Institutional Support and Regulations: Social factors, including institutional support and regulatory frameworks, influence the development and adoption of dR&D protocols. Policies, funding mechanisms, and ethical guidelines set by research institutions or governments can shape the direction and governance of the technology.
• User Needs and Feedback: Social factors play a crucial role in shaping the features and usability of dR&D protocols. User feedback, requirements, and participation in the design process ensure that the technology aligns with the needs, values, and preferences of researchers and other stakeholders.
• Ethics and Privacy Concerns: Social considerations related to ethics and privacy impact the design and implementation of dR&D protocols. Balancing the need for transparency and openness with the protection of sensitive research data and privacy rights requires careful consideration of social norms, legal frameworks, and ethical standards.
• Adoption and Community Engagement: Successful adoption and sustained development of dR&D protocols depend on community engagement. Social factors such as user participation, collaboration, and a sense of ownership foster a vibrant community that drives innovation, identifies use cases, and contributes to the ongoing improvement of the technology.

[IMPACT] How does your proposed solution address the challenge and what benefits will this bring to the Cardano ecosystem?

The dR&D protocol, ResearchLedger, directly addresses the challenge category of "Open Source Dev ecosystem" by developing a common tool and core infrastructure for research and development activities within the Cardano ecosystem. By creating an open-source decentralized platform, ResearchLedger aims to provide researchers, funders, and developers with a collaborative environment to streamline R&D processes and promote innovation.

ResearchLedger will bring several benefits to the Cardano ecosystem. Firstly, it will attract researchers and developers interested in utilizing blockchain technology for their R&D projects, thereby expanding the community and fostering growth. The protocol's transparent governance structures and decentralized funding mechanisms will encourage active participation and collaboration, strengthening the ecosystem's core principles of openness and inclusivity.

Furthermore, ResearchLedger will serve as a catalyst for the development of decentralized applications (dApps) on the Cardano blockchain, enabling researchers to leverage blockchain technology for data integrity, secure funding, and intellectual property protection. By providing a scalable and secure infrastructure, ResearchLedger will facilitate the creation of innovative dApps that can contribute to the overall growth and adoption of Cardano.

Quantifying the impact of ResearchLedger on the Cardano ecosystem involves considering metrics such as the number of research projects hosted on the platform, the amount of funding distributed, the level of collaboration among researchers and developers, and the number of dApps built on Cardano through ResearchLedger. Additionally, measuring the engagement and satisfaction of users, as well as the recognition and adoption of the protocol within the research community, will demonstrate the project's success and value.

Ultimately, ResearchLedger's implementation will not only fund the project team but also contribute to the strength and evolution of the Cardano ecosystem. It will attract new users, foster collaboration and innovation, and provide a tangible solution to the challenges faced in traditional R&D processes. By positioning Cardano as a platform that supports cutting-edge research and development, ResearchLedger will enhance the ecosystem's reputation, increase its value proposition, and pave the way for broader adoption and impact.

[IMPACT] How do you intend to measure the success of your project?

To measure the success of the ResearchLedger project, we will employ a combination of quantitative and qualitative metrics that assess the project's impact on the Cardano ecosystem. These metrics will demonstrate the benefits brought by ResearchLedger and provide insights into its effect on Cardano's productivity and growth in both the short and long term.

Quantitative Metrics:

• Number of Research Projects: We will track the number of research projects hosted on ResearchLedger, indicating the platform's attractiveness and adoption among researchers.
• Funding Allocation: We will measure the amount of funding allocated to research projects through ResearchLedger, showcasing the platform's ability to connect researchers with financial resources and accelerate innovation.
• Active Users: We will monitor the number of active users on the platform, demonstrating the engagement and ongoing participation of researchers, funders, and other stakeholders.
• Transactions and Usage: We will track the number of transactions and usage patterns on ResearchLedger, indicating the level of activity and utilization of the platform's features and services.

Qualitative Metrics:

• User Feedback and Satisfaction: We will gather feedback from researchers, funders, and other users of ResearchLedger to assess their satisfaction with the platform, identify areas for improvement, and validate the effectiveness of the solution.
• Collaborative Partnerships: We will evaluate the number and quality of collaborative partnerships formed through ResearchLedger, indicating the platform's success in fostering research collaborations and knowledge exchange.
• Research Impact: We will assess the impact of research outputs generated through ResearchLedger, such as publications, patents, or real-world applications, to gauge the platform's contribution to scientific advancements and problem-solving within the Cardano ecosystem.

These metrics are realistic as they align with the objectives and functionality of ResearchLedger. By tracking the quantitative metrics, we can evaluate the growth, usage, and financial impact of the platform. Additionally, capturing qualitative feedback and measuring the success of collaborative partnerships and research impact allows us to assess the platform's value beyond numerical indicators.

In the short term, ResearchLedger will attract researchers and funders to the Cardano ecosystem, stimulating innovation and knowledge sharing. It will provide a tangible solution to the challenges faced in traditional R&D processes, thereby enhancing productivity and fostering a vibrant research community. In the long term, ResearchLedger's impact will extend to the development of groundbreaking dApps, the acceleration of scientific advancements, and the establishment of Cardano as a leading platform for research and development in various domains.

The combination of quantitative and qualitative metrics will provide a comprehensive understanding of ResearchLedger's success and its contribution to Cardano's productivity, growth, and reputation as an innovative blockchain ecosystem.

[IMPACT] Please describe your plans to share the outputs and results of your project?

We have a comprehensive plan to share the outputs and results of the ResearchLedger project to maximize its impact and create opportunities for further research and development activities. Our approach includes the following strategies:

• Konmahood Space: ResearchLedger: We will create a dedicated space on the Konmahood platform specifically for the ReserachLedger project. This space will serve as a central hub where we will document and track the progress of the project, including updates, milestones, and achievements. The Konmahood community, Cardano enthusiasts, and stakeholders will have access to this space to follow the project's development and engage in discussions. Click the link to view the Space on Konmahood - https://konmahood.konma.io/share/5I35f9Cq8mxzsHkM?utm_source=manual

• Publications and Research Papers: We will publish research papers and technical documentation detailing the design, implementation, and outcomes of ResearchLedger. These publications will be disseminated through academic journals, conferences, and open-access platforms, ensuring that the research community and interested stakeholders have access to the project's findings.

• Community Engagement and Workshops: We will actively engage with the Cardano community through workshops, webinars, and events. These engagements will allow us to share the project's outputs, demonstrate the functionality of ResearchLedger, and gather valuable feedback from the community. By fostering dialogue and collaboration, we aim to encourage the adoption and utilization of ResearchLedger within the Cardano ecosystem.

• Partnerships and Collaborations: We will seek strategic partnerships and collaborations with relevant organizations, research institutions, and industry stakeholders. These partnerships will enable us to leverage their networks and channels to disseminate the outputs and results of ResearchLedger to a wider audience. By collaborating with established entities, we can increase the visibility and impact of the project.

• Documentation and Open-Source Development: We will document the project's codebase, protocols, and APIs, making them openly accessible to developers and researchers. By adopting an open-source approach, we encourage community contributions, code audits, and the development of complementary tools and applications. This will not only facilitate knowledge sharing but also foster a culture of collaboration and innovation.

• Knowledge Transfer and Training Programs: We will organize knowledge transfer sessions and training programs to empower researchers, developers, and stakeholders with the necessary skills and understanding to utilize ResearchLedger effectively. These programs will enable participants to leverage the platform's features, contribute to its development, and apply its functionalities to their own research and development activities.

• Further Research and Development Activities: The results generated from the ResearchLedger project will serve as a foundation for further research and development activities. We will explore opportunities to build upon the project's outcomes, such as refining the protocol, introducing new features, and expanding its applications to address specific domains or industry challenges. The results will inform our future research endeavors and guide the development of innovative solutions that leverage the decentralized research and development paradigm.

By implementing these dissemination strategies, we aim to share the outputs, impact, and opportunities arising from the completed ResearchLedger project with a broad range of stakeholders, including researchers, developers, businesses, and the Cardano community at large. We envision a continuous feedback loop, where the dissemination of outputs sparks new collaborations, generates new research questions, and inspires further development activities in the field of decentralized research and development on the Cardano ecosystem.

[CAPABILITY/ FEASIBILITY] What is your capability to deliver your project with high levels of trust and accountability?

At Konma Labz, we are proud to bring our extensive expertise and experience in building blockchain solutions to deliver the ResearchLedger project with high levels of trust and accountability. As the R&D wing of Konma, we have a proven track record of successfully developing various blockchain applications on Ethereum Virtual Machine (EVM) and have built a talented team of 21 Devs with strong expertise in Haskell/Plutus, Rust and Solidity programming.

Our technical proficiency and deep understanding of blockchain technology enable us to develop and implement the decentralized Research and Development (R&D) protocol on the Cardano blockchain. We are well-versed in the intricacies of blockchain technology and its application in the Research and Development, which is crucial for the success of the ResearchLedger project.

Trust and accountability are at the core of our project management approach. We have robust mechanisms in place to ensure the efficient management of funds throughout the project lifecycle. We prioritize transparency and adhere to best practices in financial management, ensuring that the allocated funds are utilized effectively and responsibly.

Additionally, we recognize the importance of open and effective communication with the community and stakeholders. We will provide regular progress updates, engage in dialogue, and address any concerns or questions promptly. We value feedback and actively seek input from the Cardano community, ensuring that the project remains aligned with the needs and expectations of its users.

With our combined strengths, technical expertise, and commitment to trust and accountability, we are confident in our capability to deliver the ResearchLedger project successfully. We are dedicated to building a decentralized research and development ecosystem on Cardano that empowers researchers, fosters collaboration, and drives innovation while maintaining the highest standards of trust and accountability.

[CAPABILITY/ FEASIBILITY] What are the main goals for the project and how will you validate if your approach is feasible?

The main goals of the project are as follows:

• Design and implement the smart contracts: The project aims to develop and deploy the following smart contracts on the Cardano blockchain:
• Funding Contract: To enable decentralized funding for research projects.
• Intellectual Property Contract: To facilitate the registration, transfer, and licensing of intellectual property.
• Reputation Contract: To establish a reputation system for researchers based on their contributions and achievements.
• Governance Contract: To enable transparent and democratic decision-making processes within the dR&D protocol.

• Develop the necessary APIs: The project will create APIs to integrate the user interface with the smart contracts and blockchain network. The APIs will include:
• Web3.js API: To interact with the Cardano blockchain network.
• Cardano GraphQL API: To query and retrieve blockchain data.
• Smart Contract ABI: To interact with the smart contracts and invoke their functions.
• Wallet API: To facilitate wallet integration and transaction handling.
• IPFS API: To upload and retrieve files from IPFS for decentralized file storage.

Validation and feasibility assessment of the approach will be conducted through the following measures:

• Technical feasibility: The project will assess the technical feasibility by ensuring the successful development, deployment, and integration of the smart contracts and APIs. It will involve rigorous testing, code review, and performance evaluation to ensure the reliability and functionality of the solution.
• User acceptance and usability: The project will involve user testing and feedback collection to evaluate the acceptance and usability of the dR&D protocol. User experience (UX) design principles will be followed to create an intuitive and user-friendly interface. Feedback from users will be gathered to identify areas for improvement and optimize the user experience.
• Security and reliability: The project will prioritize the implementation of robust security measures to protect user data, transactions, and intellectual property rights. Audits and penetration testing will be conducted to identify and address any vulnerabilities. Additionally, the project will follow best practices for smart contract development to ensure the reliability and resilience of the dR&D protocol.

The success of the project will be measured by achieving the stated goals and objectives, as well as by gathering feedback from users, stakeholders, and the Cardano community. Continuous monitoring, evaluation, and iteration will be conducted to improve the protocol and address any challenges or limitations that arise during the implementation process.

[CAPABILITY/ FEASIBILITY] Please provide a detailed breakdown of your project’s milestones and each of the main tasks or activities to reach the milestone plus the expected timeline for the delivery.

The project will be implemented through the following milestones and activities, with an expected duration of 9 months:

Milestone 1: Smart Contract Development (Duration: 3 months)

• Task 1: Smart contract design and architecture
• Task 2: Smart contract development and testing
• Task 3: Smart contract integration with the Cardano blockchain

Milestone 2: API Development (Duration: 2 months)

• Task 1: API design and specification
• Task 2: API development and testing
• Task 3: API integration with the user interface

Milestone 3: User Interface Development (Duration: 2 months)

• Task 1: User interface design and wireframing
• Task 2: User interface development and testing
• Task 3: User acceptance testing and iteration

Milestone 4: Security and Performance Optimization (Duration: 1 month)

• Task 1: Security audit and vulnerability assessment
• Task 2: Performance optimization and stress testing

Milestone 5: Project Documentation and Deployment (Duration: 1 month)

• Task 1: Project documentation and technical writing
• Task 2: Deployment to the Cardano mainnet

Success or acceptance criteria for each milestone:

• Milestone 1: Successful development and deployment of smart contracts on the Cardano testnet, with comprehensive testing and validation.
• Milestone 2: Fully functional APIs developed and integrated with the user interface, ensuring seamless interaction with the smart contracts and blockchain network.
• Milestone 3: User interface developed and refined based on user feedback, providing an intuitive and user-friendly experience for researchers and other stakeholders.
• Milestone 4: Security audit conducted, vulnerabilities addressed, and performance optimized to ensure a secure and scalable system.
• Milestone 5: Comprehensive project documentation completed, including user guides and developer documentation, and successful deployment of the dR&D protocol on the Cardano mainnet.

The project will be managed using an agile project management approach, with regular communication and collaboration among the project team members. Milestones will be tracked using project management tools and progress will be regularly reviewed to ensure timely delivery and adherence to project objectives.

Click this link to view the project management board - https://konmaio.notion.site/ResearchLedger-27ebd0dca55b484282db33e5925d1827?pvs=4

There is a dedicated bounty board for this project. Click this link to view board - https://app.dework.xyz/konma-dao/researchledger

[CAPABILITY/ FEASIBILITY] Please describe the deliverables, outputs and intended outcomes of each milestone.

Milestone 1: Smart Contract Development

Deliverables:

• Detailed smart contract specifications and architecture document
• Fully functional smart contracts deployed on the Cardano testnet
• Documentation on the smart contract development process

Outputs:

• Completed and tested smart contracts that enable the core functionalities of the dR&D protocol on the Cardano blockchain
• Clear and comprehensive documentation outlining the smart contract specifications and architecture
• Validation of the smart contracts through rigorous testing and verification

Intended Outcomes:

• Establish a solid foundation for the dR&D protocol by developing robust and secure smart contracts
• Enable researchers and other stakeholders to interact with the protocol through the deployed smart contracts
• Lay the groundwork for subsequent milestones by ensuring the functionality and reliability of the smart contracts

Measurement of Progress:

• Completion of the smart contract specifications and architecture document
• Successful deployment of smart contracts on the Cardano testnet
• Testing and validation of the smart contracts to ensure their proper functionality and security

Milestone 2: API Development

Deliverables:

• Detailed API design document
• Fully functional APIs integrated with the user interface
• Documentation on the API endpoints and integration process

Outputs:

• Developed APIs that provide seamless communication between the user interface and the smart contracts
• Clear and well-defined API design documentation for reference and future development
• Integration of the APIs with the user interface, enabling users to interact with the dR&D protocol

Intended Outcomes:

• Enable smooth and efficient interaction between users and the dR&D protocol through well-designed APIs
• Establish clear guidelines and documentation for future API development and enhancements
• Enhance the overall usability and functionality of the user interface through API integration

Measurement of Progress:

• Completion of the API design document
• Successful development and testing of the APIs
• Integration of the APIs with the user interface and verification of seamless interaction

Milestone 3: User Interface Development

Deliverables:

• UI/UX design document and wireframes
• Fully functional user interface integrated with smart contracts and APIs
• User guides and documentation on the user interface

Outputs:

• User interface design and wireframes that reflect a user-centric approach and provide a visually appealing and intuitive experience
• Developed user interface that allows users to interact with the dR&D protocol and access its features and functionalities
• Comprehensive user guides and documentation to assist users in navigating and utilizing the user interface effectively

Intended Outcomes:

• Provide researchers and other stakeholders with a user-friendly and intuitive interface to access and utilize the dR&D protocol
• Enhance user experience and engagement by incorporating best practices in UI/UX design
• Facilitate seamless interaction between users, smart contracts, and APIs through a well-designed and functional user interface

Measurement of Progress:

• Completion of the UI/UX design document and wireframes
• Development and testing of the user interface components
• User acceptance testing and feedback on the usability and effectiveness of the user interface

Milestone 4: Security and Performance Optimization

Deliverables:

• Security audit report with identified vulnerabilities and recommendations
• Optimized system performance and scalability

Outputs:

• Comprehensive security audit report that identifies any vulnerabilities or weaknesses in the dR&D protocol and provides recommendations for improvement
• Optimized system performance to ensure efficient execution of smart contracts and smooth user experience
• Stress testing and performance optimization to validate the scalability of the protocol

Intended Outcomes:

• Ensure the security and reliability of the dR&D protocol by addressing any identified vulnerabilities or weaknesses
• Enhance system performance to handle increased user activity and transaction volume
• Establish trust and confidence among users regarding the integrity and robustness of the protocol

Measurement of Progress:

• Completion of the security audit and resolution of identified vulnerabilities
• Performance optimization based on stress testing and benchmarking
• Evaluation of system performance and reliability metrics

Milestone 5: Project Documentation and Deployment

Deliverables:

• Comprehensive project documentation, including user guides and developer documentation
• Fully deployed dR&D protocol on the Cardano mainnet

Outputs:

• Detailed project documentation that provides a comprehensive overview of the dR&D protocol, its features, and usage guidelines
• User guides and developer documentation to facilitate easy adoption and integration of the protocol
• Successful deployment of the dR&D protocol on the Cardano mainnet for live usage and engagement

Intended Outcomes:

• Enable users to understand and effectively utilize the dR&D protocol through comprehensive and accessible documentation
• Foster adoption and usage of the protocol by providing resources for developers to integrate the protocol into their applications
• Establish a fully functional and accessible dR&D protocol on the Cardano mainnet for real-world usage and validation

Measurement of Progress:

• Completion of comprehensive project documentation, including user guides and developer documentation
• Successful deployment of the dR&D protocol on the Cardano mainnet
• User feedback and satisfaction regarding the usability and effectiveness of the project documentation and deployed protocol

[RESOURCES & VALUE FOR MONEY] Please provide a detailed budget breakdown of the proposed work and resources.

Budget Breakdown:

• Development and Implementation Costs:
• Smart Contract Development: 50,000 ADA
• API Development and Integration: 30,000 ADA
• User Interface Design and Development: 40,000 ADA
• Quality Assurance and Testing: 20,000 ADA
• Third-Party Software Tools and Licenses: 10,000 ADA

• Research and Documentation:
• Market Research and Analysis: 5,000 ADA
• Technical Documentation: 5,000 ADA

• Project Management and Coordination:
• Project Manager Salary and Expenses: 15,000 ADA
• Team Communication and Collaboration Tools: 2,000 ADA

• Publicity, Marketing, and Community Engagement:
• Social Media Marketing: 8,000 ADA
• Community Engagement Events and Meetups: 5,000 ADA
• Creation of Promotional Materials: 3,000 ADA

• Reporting and Documentation:
• Progress Reports and Updates: 3,000 ADA
• Final Project Report: 4,000 ADA

• Contingency:
• Contingency Fund (10% of total budget): 22,100 ADA

Total Budget: 221,000 ADA

Note: The budget breakdown provided is an estimate and may vary depending on the specific requirements and market conditions. The project team will be responsible for managing the funds provided and ensuring that the budget is allocated effectively and efficiently to achieve the project's goals.

[RESOURCES & VALUE FOR MONEY] How does the cost of the project represent value for money for the Cardano ecosystem?

The cost of the project represents value for money for the Cardano ecosystem in several ways. Firstly, the project aims to deliver a robust and comprehensive dR&D protocol that brings significant benefits to the Cardano community. The value generated by the protocol, such as facilitating decentralized research collaborations, promoting innovation, and fostering knowledge sharing, far outweighs the project's cost.

The costs associated with the project have been carefully considered and justified based on industry standards, expertise required, and the scope of work involved. The team has conducted a thorough analysis of the project requirements, estimated the effort and resources needed, and ensured that the costs are proportional to the complexity and scale of the project.

Furthermore, the costs have been benchmarked against similar projects and initiatives within the blockchain and research domains. This helps to ensure that the project remains competitive in terms of pricing while delivering high-quality outcomes.

In addition, the project's value for money is demonstrated by the long-term benefits it brings to the Cardano ecosystem. By providing researchers and innovators with a decentralized platform for collaboration and knowledge sharing, the dR&D protocol has the potential to attract top talent, drive groundbreaking research, and contribute to the growth and development of the Cardano ecosystem.

Overall, the cost of the project represents a prudent investment that aligns with the strategic goals of the Cardano ecosystem. It is a reflection of the resources and expertise required to deliver a high-quality dR&D protocol that will bring substantial value, innovation, and opportunities to the Cardano community.

[IMPORTANT NOTE] The Applicant agreed to Fund10 rules and also that data in the Submission Form and other data provided by the project team during the course of the project will be publicly available.

I Accept