Glittr enables decentralized finance (DeFi) directly on Bitcoin Layer 1 by utilizing native Bitcoin transactions and a UTXO-based meta protocol, eliminating the need for bridges or multi-signature setups. This approach provides true Bitcoin finality and security, allowing developers to create scalable decentralized applications without the complexities and risks associated with Layer 2 solutions.
Funding
Funding not disclosed
Founders
Product
Problem
Existing decentralized finance (DeFi) solutions on Bitcoin often rely on bridges, multi-signature setups, or Layer 2 solutions, introducing complexities and security risks. These approaches compromise Bitcoin's inherent finality and security, hindering the development of truly trustless and scalable DeFi applications.
Solution
Glittr enables native DeFi directly on the Bitcoin Layer 1 by leveraging Bitcoin transactions and a UTXO-based meta-protocol. This eliminates the need for bridges or multi-signature setups, providing true Bitcoin finality and security. Developers can build scalable decentralized applications without the complexities and risks associated with Layer 2 solutions or wrapped assets. Glittr's approach ensures a cleaner and safer environment for DeFi on Bitcoin, allowing for direct execution and settlement using native Bitcoin transactions.
Target Audience
Glittr targets developers and projects seeking to build secure and scalable DeFi applications directly on the Bitcoin Layer 1 without relying on bridges, wrapped assets, or Layer 2 solutions.
Features
- Native Bitcoin Layer 1 execution using Bitcoin transactions and OP_RETURN.
- UTXO-based meta-protocol for building DeFi applications.
- Support for liquidity pools with LP token issuance and AMMs.
- Functionality for creating DLC-backed stablecoins and token issuance.
- Tools for building decentralized lending and borrowing markets using Bitcoin as collateral.
- Features for fractionalizing and trading Bitcoin ordinals securely and natively.
- Compatibility with Bitcoin native standards, including BTC, Ordinals, Runes, and BRC.
- Simplified development process using scripting languages compiled to Bitcoin Script, eliminating the need for EVM knowledge.