SciFiles
Updated 36 days ago
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Updated 36 days ago
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Back Updated 36 days ago Updated 36 days agoVision
The problem that SciFiles aims to solve is the inefficiencies and limitations present in the current scientific publishing landscape. These include: Lack of Transparency: Many traditional publishing processes lack transparency, leading to uncertainty about the validity and reliability of published research. Censorship Barriers: Existing publishing platforms may impose censorship barriers, hindering the free flow of knowledge and limiting access to information. Limited Collaboration: Current systems may not effectively foster collaboration among researchers, impeding the advancement of knowledge. Inadequate Monetization: Authors and reviewers often receive limited or no compensation for their contributions to the publishing process, which may deter participation and reduce the quality of published research. Restricted Access: Access to scientific articles may be restricted by paywalls or subscription fees, preventing widespread dissemination of knowledge. Lack of Innovation: Traditional publishing methods may lag behind in adopting innovative technologies and approaches, limiting the quality and efficiency of the publishing process. By addressing these challenges through its mission, vision, values, and strategies, SciFiles aims to revolutionize scientific publishing and create a more transparent, collaborative, and accessible ecosystem for researchers worldwide.
Description
SciFiles represents a revolutionary innovation in the field of scientific publishing. By monetizing and decentralizing the validation of scientific articles, SciFiles not only promotes a robust data economy but also ensures secure and open access to information for the global scientific community. This platform eliminates censorship barriers, allowing knowledge to flow freely and reach researchers from all corners of the planet. Furthermore, by enhancing the article review process through an incentivized system, SciFiles ensures that reviews are more thorough and frequent, thereby increasing the quality and reliability of published research. Reviewers, motivated by tangible rewards, dedicate themselves to verifying the truthfulness and accuracy of articles more diligently. This approach not only enriches the available scientific content but also fosters a more collaborative and engaged community. With SciFiles, a new horizon opens for science, where transparency, collaboration, and innovation are the pillars of a more informed and connected future.
The strategic vision for SciFiles could be structured as follows:
Mission: To revolutionize the field of scientific publishing through a platform that monetizes and decentralizes the validation of scientific articles, promoting a robust data economy and ensuring secure and open access to information for the global scientific community.
Vision: To be the leading platform in scientific publishing that eliminates censorship barriers and allows knowledge to flow freely, reaching researchers from all corners of the planet.
Values:
- Transparency: Operating with total clarity in all validation and publication processes.
- Collaboration: Fostering a scientific community that works together for the advancement of knowledge.
- Innovation: Being at the forefront of technology and publication methods to continuously improve the quality of scientific content.
Strategies:
Monetization and Decentralization: Implementing a rewards system that motivates reviewers to conduct more rigorous and frequent evaluations, thereby improving the quality and reliability of published research.
Open Access: Ensuring that all articles are accessible without restrictions, supporting the dissemination of scientific knowledge.
Censorship Elimination: Creating an environment where scientific knowledge is not limited by censorship, allowing for equitable distribution of information.
Collaborative Community: Building a network of scientists and academics who contribute to collective growth and idea exchange.
Long-Term Goals:
- Establishing SciFiles as the gold standard in scientific publishing.
- Expanding the platform to include a broader range of scientific disciplines.
- Developing advanced technological tools to facilitate article review and publication.
- Cultivating a global scientific community that is more collaborative and engaged.
SciFiles thus positions itself as a catalyst for a more informed and connected scientific future, where quality, accessibility, and collaboration are key to scientific progress.
How we built it SciFile is an innovative platform that integrates cutting-edge technologies to revolutionize the peer review process for scientific articles. By utilizing the FILE COIN VIRTUAL MACHINE and an ERC-1155 smart contract, SciFile offers a decentralized and secure system for evaluating research papers by field experts.
The backend, developed in Python using the FastAPI framework, ensures optimal performance and seamless integration with Lighthouse, allowing storage of article PDFs and their metadata on the InterPlanetary File System (IPFS), ensuring long-term availability and persistence.
The frontend, created with React, provides an intuitive and efficient user interface, while the ethers.js library facilitates interaction with the smart contract on the blockchain. Additionally, a PostgreSQL database has been implemented to index information from the smart contract. This read-only database enhances user experience, enabling fast searches and data accessibility without compromising the security and integrity of information stored on the blockchain.
SciFile represents a significant step toward democratizing scientific knowledge, promoting transparency and collaboration within the scientific community. With its focus on security, efficiency, and accessibility, SciFile is well-positioned to become a benchmark in scientific publication management and the peer review process, contributing to the advancement of science and technology
Achievements
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Team Information
Oscar Riojas: Data Scientist with experience in building data analysis models and blockchain technology, as well as creating algorithms to extract value from data, understanding programming languages to process data, such as Python, R, and SQL. Proficient communication skills to interact with developers, managers, and other users to understand their needs and help them make the most of blockchain technology.
Felipe Marín: A proactive individual passionate about technology, always seeking to learn and improve skills. Possesses a problem-solving mindset and a strong ability to work in teams. In summary, experienced in C#, Ruby on Rails, Solidity, and AWS, with notable participation in Solidity projects for hackathons and experience as a mentor in blockchain development programs. Passionate about technology.
Joseth Calderón: As a Frontend Developer, this professional is deeply passionate about the continuous evolution of technology. The focus lies in crafting web technologies that deliver exceptional digital experiences, consistently meeting desired expectations. The goal is to strive for efficiency and innovation, not just in the code written but also in the overall outcome of every project undertaken. The skill set includes proficiency in HTML5, CSS3, Sass, Tailwind, JavaScript, TypeScript, and React.js, enabling the creation of dynamic and engaging user interfaces that elevate the digital landscape.
Jhon Tejada: #Crypto, #Blockchain, and #web3 enthusiast, embracing technologies poised to revolutionize the world. Engaged in various hackathons, focusing on Project Management and strategic development. Offers support in art and design and serves as Co-founder of the Biolumen project. Entrepreneur committed to natural conservation and sustainable development.
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