Composing DeFi
for Mass Adoption
Any money, any chain, anywhere.
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Pioneering innovative Web3 user experiences in a trustless, non-custodial, and decentralized manner.
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Our Principles
Composability
We enable developers to create cross-chain applications from modules that execute functions asynchronously.
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Composability
We enable developers to create cross-chain applications from modules that execute functions asynchronously.
Trustless communication
We are building the first cross-ecosystem implementation of IBC, enabling trustless bridging between ecosystems that are fragmented or only connected through trusted solutions.
Orchestration
We abstract the complex user and developer experience (UX | DX) of siloed DeFi primitives for seamless cross-chain functionality.
Our Core Elements
Our infrastructure enables applications and their functions to be modular, allowing different subsets of DeFi to be linked. Consequently, the industry becomes seamlessly innovative, secure, and accessible for all.
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The Cross-Chain Virtual Machine (XCVM) is the top-level orchestration layer for deploying protocols that communicate across multiple chains asynchronously.
Bridges facilitate asset transfer and information transfer between chains and ecosystems. The trustless bridging technology we develop and use is combined with our XCVM and pallets to enable interoperability at its core.
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Build with Composable
Composable Labs
Composable Labs builds unique DeFi pallets written in modular code that other developers and pallets can leverage.
Grants
Composable provides grants and technical assistance to projects that use our technology, emphasizing those that provide essential functionality or are extremely innovative. Our team is interested in working with you, regardless of whether you have an idea or a fully formed project.
Learn
Composable Research
Composable Research is our deep-tech cryptography wing that tackles difficult long term problems in the market. Our team of highly credentialed engineers contribute to research, blockchain theory, and academic publications across diverse technical domains that advance Web3.
