Supercluster Airlock is an access management platform that combines web3 engagement primitives with traditional web2 tools to automate access control for decentralized teams. It eliminates the need for identity verification by allowing community members to gain access to collaboration tools based on their engagement levels, saving teams significant time in managing file access.
Funding
$50K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Decentralized autonomous organizations (DAOs) and Web3 communities face challenges in managing access to collaboration tools, often relying on manual verification processes and exposing contributor identities. Traditional access control methods are time-consuming, require identity verification, and can hinder anonymous collaboration.
Solution
Supercluster Airlock is an access management platform that automates access control for decentralized teams by integrating Web3 engagement metrics with Web2 collaboration tools. The platform allows community members to gain access to tools like Notion based on their engagement levels, eliminating the need for manual identity verification. By defining access requirements using Web3 primitives such as NFT or token ownership, and Web2 engagement metrics, Airlock automatically grants and revokes access as user engagement changes. This approach enables efficient, anonymous collaboration while saving teams time spent on access management.
Target Audience
The primary target audience includes DAOs, Web3 communities, and decentralized teams seeking to streamline access management and enable anonymous collaboration.
Features
- Integration with Web2 collaboration tools such as Notion.
- Access control based on Web3 engagement primitives (NFTs, tokens, etc.).
- Automated access management based on defined engagement requirements.
- Support for anonymous teams and cohorts.
- Onboarding for new contributors with automatic access to necessary tools.