Introduction
Project Name: Expanding the Horizons of Research Data with Blockchain: A Project Proposal
Name of the organization or individual submitting the proposal: V Raja, affiliated with the Center for Translational Research in Neuroimaging and Data Science (TReNDS) at Georgia State University (GSU), the Georgia Institute of Technology, and Emory University.
Description of your project, who benefits, and how the project will serve the Foundation’s mission of user-owned data:
This project focuses on researching and developing secure, efficient, and scalable mechanisms for handling and sharing large-scale research data. Leveraging the Sia network’s blockchain technology, it aims to enhance data security, reduce storage and egress costs, and potentially contribute improvements to Sia. Primary beneficiaries include academic researchers and institutions who require secure, cost-effective data-sharing solutions, particularly within the realm of neuroinformatics, and providing the way for all the research fields to adopt the data-sharing mechanism later. The project aligns with the Foundation’s mission of user-owned data by ensuring data control resides with users while maintaining stringent standards of data security and privacy.
Here is a more detailed breakdown of the specific objectives in line with the project’s vision:
- Secure Research Data Sharing: Research data, particularly in the realm of neuroinformatics, contains sensitive information that mandates stringent measures to ensure its security during storage and transmission. The proposed project aims to leverage blockchain technology’s immutable and tamper-proof nature to provide a secure platform for research data sharing. This will enable researchers to share data with the assurance that the integrity of their information is maintained. It also intends to provide a mechanism for direct data transmission from the scanner to the blockchain platform, further enhancing data security by minimizing points of vulnerability.
- Large-Scale Data Management: As research data grows exponentially, the efficient management of such large volumes of data becomes increasingly challenging. The project aims to address this by leveraging the Sia network’s scalability to handle and store large-scale data effectively, thus facilitating seamless data retrieval and sharing among researchers.
- Cost Reduction: Traditional cloud storage services often come with significant costs, particularly for large-scale data. By utilizing the Sia network’s cost-effective data hosting capabilities, the project aspires to significantly reduce storage and egress costs for research institutions.
- Compliance with Legal and Ethical Standards: A key objective of the project is to ensure that data sharing complies with prevailing legal and ethical standards, such as the Health Insurance Portability and Accountability Act (HIPAA) and the NIH. To this end, the project will investigate and develop protocols to anonymize data, thereby safeguarding the privacy of individuals whose data forms part of the shared research data.
- Enhancements to the Sia Network: While the Sia network will form the foundation of the project, it’s anticipated that the project could lead to the identification of potential enhancements to the Sia network. This could further strengthen Sia’s position as a leading solution for decentralized data storage.
This project has the potential to revolutionize the way research data is stored and shared. It addresses many of the pressing issues faced by the research community, such as the need for secure, efficient, and cost-effective data sharing. In doing so, it can serve as a pioneering initiative that paves the way for the broader adoption of blockchain technology in academic research and beyond.
By successfully completing this project, Sia can position itself as a data leader in the research domain, offering solutions that not only cater to the present needs but are also capable of evolving in line with the future requirements of the ever-growing research data landscape.
The budgeting and funding aspects will be handled by Georgia State University, and invoicing will be carried out accordingly, thus maintaining financial transparency and accountability throughout the project lifecycle.
Lastly, the results and findings of this project will be integral to my PhD research, further contributing to the academic value and scholarly relevance of the project.
The journey ahead will surely be challenging but with potential high rewards in reshaping how research data is handled, shared, and secured. We are looking forward to the opportunity to make significant strides in this exciting and crucially important endeavor.
Grant Specifics
Amount of money requested and justification with a reasonable breakdown of expenses:
The project requests $3 million over a period of six years for successful execution. The budget breakdown is as follows:
- Research & Development: $1.2 million
- Product Prototyping & Development: $500,000
- Testing, Onboarding Researchers, Universities, and Labs: $600,000
- Conferences, Marketing & Travel: $400,000
- Administrative & Miscellaneous: $300,000
The budget reflects the needs for platform development, user interface design, rigorous testing for scalability and performance, marketing and promotion to onboard users, and administrative expenses for seamless project execution.
Timeline with measurable objectives and goals:
Year 1: Initial research, development of project framework, and creation of partnerships with academic institutions.
Year 2: Further research and development, beginning of the development phase for the platform.
Year 3: Continuation of platform development, initiation of pilot testing with select research data.
Year 4: Completion of platform development, full-scale testing, and refinement.
Year 5: Project completion, full launch of the platform, and expansion to accommodate additional types of research data.
Year 6: Evaluation of project outcomes, concluding the research, and planning for future developments.
Potential risks that will affect the outcome of the project:
Risks include technical complexities related to handling large-scale data on the blockchain, ensuring high levels of performance, and compliance with legal and ethical standards. To mitigate these, the project will leverage the technical expertise within TReNDS and the affiliated universities.
Development Information
Will all of your project’s code be open-source?
Yes, in line with the principle of transparency in research and development, all developed code for the project will be open-source.
Leave a link where code will be accessible for review.
To be provided once the project has commenced and the repository has been established.
Do you agree to submit monthly progress reports?
Yes, I agree to provide regular updates on the progress of the project via monthly reports in the forum.
Contact info
Email: MY NAME@gsu.edu
LinkedIn: https://www.linkedin.com/in/amrvignesh/
More info: https://neurophd.notion.site/sia-e283626b07a94dac83c1d48b8bc7cb00