Cortex Blockchain is an open-source public blockchain that brings artificial intelligence on-chain, enabling deterministic AI inference directly within smart contracts. It provides a decentralized world computer where developers can build AI-powered decentralized applications (dApps) using familiar tools like Solidity. The platform combines a GPU-optimized virtual machine (CVM), a deterministic inference engine (Synapse), and an on-chain model storage layer to allow efficient and verifiable execution of machine learning models. This eliminates reliance on off-chain oracles for AI tasks, preserving the trustless nature of blockchain.
Key Features
- Cortex Virtual Machine (CVM): EVM-compatible with GPU support for on-chain AI inference, achieving efficiency gains over CPU-based execution.
- Synapse Inference Engine: A deterministic engine that guarantees consistent AI model outputs across heterogeneous environments, crucial for smart contract execution.
- AI Smart Contracts: Extend Solidity with machine learning functionality, enabling dApps that adapt to real-world data using pre-trained models stored on-chain.
- ZkMatrix Layer2: A zkRollup solution that batches transactions to increase throughput and lower gas costs, scaling the network for AI workloads.
Who It's For
- Blockchain developers looking to integrate AI into their dApps.
- AI researchers and model providers seeking incentives for sharing models in a decentralized marketplace.
- Enterprises that require verifiable, on-chain AI execution without third-party trust.
Workflow
- AI developers upload trained models to the Cortex storage layer, earning incentives.
- DApp developers write smart contracts in Solidity, referencing on-chain models for inference calls.
- The CVM executes AI tasks using GPU, with Synapse ensuring deterministic results across nodes.
- Users interact with AI dApps, paying for computation via the network's native fee mechanism.
Key Benefits
- First decentralized world computer for on-chain AI
