Welcome to cSigma Protocol
cSigma Protocol empowers users and institutions to earn stable, attractive, and sustainable yields across both onchain and offchain credit opportunities. Built on cSigma’s robust, audited smart contract infrastructure, the protocol seamlessly bridges institutional finance and DeFi, creating a unified ecosystem for yield generation, credit, and capital efficiency.
Through fully backed institutional lending, AI-assisted credit assessment, and onchain strategy vaults, cSigma offers dependable yields and dynamic exposure options — all governed by transparency, compliance, and institutional-grade security.
The cSigma Ecosystem
The protocol consists of three interconnected product layers, each designed for a specific yield strategy:
Edge Pools (ERC-4626) – Asset-specific tokenized vaults where users deposit single stablecoins (e.g., USDC or USDT) and earn fixed institutional yields.
csUSD Vault (ERC-7575) – A multi-asset institutional vault that aggregates deposits across multiple stablecoins, providing diversified exposure to credit and RWA lending.
csLYD Vault (ERC-7575) – A next-generation onchain strategy vault that allocates liquidity to vetted asset managers through child pools under cSigma Institutional, generating yield from advanced DeFi strategies.
All vaults and products are powered by cSigma Institutional, a modular diamond contract architecture that governs lending, risk management, and fund routing across the ecosystem. This ensures transparency, accountability, and real-time monitoring of all yield-generating activities.
Why cSigma?
Unlike traditional DeFi platforms, cSigma is purpose-built for sustainable yield and institutional reliability. By connecting decentralized liquidity with creditworthy borrowers and onchain asset managers, cSigma reduces risk concentration and enhances capital efficiency — offering:
Fully backed lending to institutional borrowers
AI-driven credit intelligence and monitoring
Onchain transparency and governance
Unified yield access through Edge, csUSD, and csLYD
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