OrbisDB provides a fully managed, PostgreSQL‑compatible Database-as-a-Service that stores both public and encrypted private data while using decentralized authentication for user‑controlled access. It continuously syncs EVM contract events in real time and makes them queryable via SQL or GraphQL, eliminating custom middleware for blockchain‑enabled applications.
Funding
Funding not disclosed
Founders
Product
Problem
Blockchain applications often need to store and query large volumes of both public and private data, but existing databases lack native support for decentralized authentication and real‑time synchronization with on‑chain events, leading to complex integrations and potential data integrity issues.
Solution
OrbisDB offers a distributed Database-as-a-Service built specifically for crypto and blockchain workloads. It provides PostgreSQL‑compatible storage that can hold verifiable public data as well as encrypted private data, while users retain ownership of their authentication credentials through a decentralized login system. The platform continuously syncs on‑chain events from any EVM contract and makes them instantly queryable via SQL or GraphQL, eliminating the need for custom middleware. Additional plugins automate common tasks such as ENS name resolution, on‑chain reputation scoring, and data migration, enabling developers to focus on application logic rather than infrastructure.
Target Audience
OrbisDB is aimed at developers and product teams building decentralized finance, NFT, gaming, and AI applications that require reliable, scalable storage and seamless integration with blockchain data.
Features
- Fully managed, PostgreSQL‑compatible database with support for both public and encrypted private tables
- Decentralized authentication where users control their own credentials and data access
- Real‑time on‑chain event listener that ingests EVM contract events without code and stores them in the database
- Dual query interface: standard SQL and GraphQL for flexible data access
- Built‑in plugins for ENS name/address conversion, Dune Analytics integration, and automated on‑chain reputation scoring via Gitcoin Passport
- Collaborative AI dataset hosting with provenance verification to ensure data integrity for machine‑learning workflows