ChainSafe is an innovative, extensible cross-chain communication protocol designed to connect EVM and Substrate-based chains seamlessly. Utilizing bridge contracts and handler contracts, ChainSafe allows for highly customizable cross-chain interactions, such as asset transfers and other transaction-specific actions. Operating under a trusted federation model, ChainSafe ensures secure and reliable communication, while ongoing research aims to achieve a fully trust
Core capabilities of the ChainSafe storage solution.
Storage of files on the IPFS (InterPlanetary File System) network for decentralized accessibility. Redundancy and reliability with distributed file hosting.
Secure encryption of files before uploading, ensuring only authorized users can access the data.
Generate unique, secure links for file sharing with time-bound access controls. Organized dashboard for users to manage stored files and access history.
Smart contract-enabled transaction logging and token-based payments for accessing storage services.
Responsive UI for uploading, managing, and retrieving files. Wallet integration for seamless payments and authentication.
Implementing robust encryption algorithms while maintaining usability for non-technical users.
Managing high volumes of storage requests without impacting file retrieval speeds.
Ensuring seamless interaction between the frontend, backend, and IPFS network.
Optimizing gas costs associated with blockchain-based transactions.
Integrated AES-256 encryption for secure file storage and retrieval. Developed a user-friendly process for encrypting and decrypting files within the platform.
Built a scalable backend with Node.js to handle concurrent file upload and retrieval requests. Used Next.js for server-side rendering, ensuring fast and reliable performance.
Created APIs to interact with the IPFS network for uploading, retrieving, and managing files. Implemented CID tracking for unique file referencing.
Developed Solidity-based smart contracts to manage authentication, payment tracking, and access logs. Performed audits to optimize gas usage.
Responsive, intuitive interface with tutorials and tooltips guiding users through encryption and storage processes.
Selected technologies that anchor performance, maintainability, and scale.
Provided hundreds of users with encrypted file storage, ensuring complete privacy and security. Zero reported data breaches, building user trust and confidence.
Increased engagement due to ease of use and robust performance.
Optimized gas usage reduced transaction costs making the platform more affordable.
Facilitated redundant and distributed file hosting, ensuring high availability and data integrity.