OpenGradient
The High-Performance L1 for AI: Powering verifiable AI workflows, applications, and agents.
























OpenGradient Technology Stack
Open Gradient SDK, Model R&D
Developers can leverage the OpenGradient SDK for model management and ML tooling. Developers also benefit from research and models developed by the team
AI Model Hub, Decentralized Filestore
Developers can seamlessly upload, download, access, test, and manage Al models on a user-friendly Ul powered by OpenGradient's decentralized filestore network
OpenGradient Network, OG Stack Blockchains
OG Stack Blockchains can create their own customized Al-enabled appchains while inheriting the novel innovations OpenGradient has already built; e.g. Al precompiles via SolidML
Heterogeneous AI Compute Architecture
OpenGradient's core infrastructure make on-chain Al secure, scalable, and verifiable with heterogeneous nodes leveraging TEE hardware, TLS certificates, ZKML cryptography, and more

The Decentralized Platform for Open, Secure, and Permissionless AI
Full Stack
An end-to-end AI solution complete with a web platform, computing infrastructure, application/model hosting, developer tooling, and model R&D.
Seamless
Leverage models and workflows from anywhere, whether you’re developing smart contracts on other blockchains or in Web2 via our CLI tool and Python SDK.
Secure
Customize the level of security for inference workflows to your needs, including: TEE-secured, ZKML, optimistic, and private inference.
Performant
Heterogeneous AI compute architecture and node specialization enables high-performance computing with minimum overhead.
Build With OpenGradient
AI Infrastructure
Leverage the Neuro Stack architecture and customize your own sovereign, verifiable, and full-stack AI computing network complete with out-of-the-box models and developer tooling.
AI Agents
Launch your own AI agent with our verifiable agent stack, or augment the capabilities of existing agents with domain-specific intelligence, powered by:
- AI/ML Workflow Agent Toolcalls
- TLS-Secured Data Access Nodes
- TEE-Secured LLM Inference and Reasoning
We Are Backed by the Best


