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Main Challenges in Open Science

Lack of centralized storage for grants and projects
Inefficient tagging system, making it difficult to find relevant projects
Limited opportunities for young scientists to connect with projects due to lack of established credentials
Dispersed storage locations for datasets and other open data
Inability for scientists to share specialized equipment due to lack of awareness of each other

Our Approach (Recommended Feature List)

A marketplace that consolidates:
Grants from major platforms
Projects and grants that can be directly live on our platform
Individuals with specialized skills and equipment
Natural language-based matching (based on project descriptions or search queries)
Streamlined onboarding for new scientists
Cross-platform scoring system

Cross-Platform Scoring for Easier Matching (Profile Mockup with Score and Supported Systems)

Our marketplace features a scoring system based on:
GitHub activity
Data linked to the ORCID system
This allows projects to set a minimum score requirement, thus minimizing spam applications.

Our Matching System (Diagram of Matching Process)

Text cleansing and key phrase extraction (prior to database storage)
Key-based data search + search by score
Text similarity matching (creation of TF-IDF vectors and calculation of cosine similarity)
Leveraging machine learning models for final matching and providing a human-readable summary for the match

Reducing Friction for New Scientists (Screen with Test Task and Diagram with Grant Sources)

We aggregate grants from the most popular sources for easy discovery, all in one place. While we don't aim to replace grant organizations, we serve as an additional platform to display their information.
We also embrace open-source culture by incorporating "first good issues" for projects. This allows scientists who may not have sufficient scores to become eligible for a project after resolving these "first good research" tasks that projects can set.

Future Improvements

Utilizing blockchain for an open social graph
Empowering the community to build better recommendation algorithms
Ensuring reputation transparency
Exploring the use of Zk-proofs for incorporating additional resources into scoring systems

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