The Eno Project provides a digital‑sovereignty stack that lets individuals own the compute, data, and AI they use. It offers purpose‑built, home‑installable hardware paired with open‑source software that remains free forever, and connects users to a community‑owned network so AI becomes an asset rather than a rented service. By turning infrastructure into a personal asset, the platform enables users to capture value from their own AI workloads.
Funding
Funding not disclosed
Founders
Product
Problem
AI services are increasingly delivered through centralized platforms that own the compute, data, and models, forcing users to rent functionality and relinquish control over their digital assets. This concentration creates dependency, limits privacy, and turns essential infrastructure into an ongoing expense rather than an owned resource.
Solution
The Eno Project provides purpose-built, open‑source hardware that can be installed in a home or small office, paired with free, perpetual software to run compute workloads and AI models locally. Users connect their devices to a community‑governed network that shares resources and tools without a central authority, turning the infrastructure into an asset they own. The platform’s open specifications and public codebase enable anyone to audit, modify, or extend the system, ensuring transparency and resilience against vendor lock‑in. By federating multiple independent nodes, the network maintains operation even if individual participants leave, preserving continuity of service. This approach empowers individuals and groups to run AI applications on their own terms, retaining full control over data and compute.
Target Audience
Primary users are technically inclined individuals, hobbyist AI developers, and small collectives who want to run AI models locally while maintaining full ownership of their compute and data.
Features
- Modular hardware kit designed for home deployment, supporting GPU‑accelerated AI workloads
- Open‑source operating system and AI runtime stack released under permissive licenses, free forever
- Decentralized federation model that allows independent nodes to interoperate while retaining local ownership
- Community‑driven governance with one‑member‑one‑vote, preventing token‑weighted capture of the network
- Public hardware schematics and software repositories enabling full auditability and custom extensions
- Integrated tools for secure data storage and model execution, keeping user data on the owned device