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What is Nillion

Nillion is building a blind computer - a decentralized network of nodes that stores and processes your and your users' most sensitive data while keeping it encrypted and private.

What is a Blind Computer?​

A blind computer stores data and runs programs just like any normal computer, but with a crucial difference: it can perform useful computations on data while keeping it encrypted and private from application backends and the operators running the underlying infrastructure.

Instead of the traditional decrypt-compute-encrypt cycle that exposes data during processing, blind computation uses advanced cryptographic techniques like secure multi-party computation, homomorphic encryption, and trusted execution environments to work directly on encrypted data.

This shifts the trust model from "trust us with your data" to "trust the cryptography" - reducing what organizations and infrastructure must be trusted while still enabling powerful computations on sensitive information. Cryptographic techniques like Shamir's secret sharing, secure multi-party computation (MPC), and trusted execution environments (TEEs) provide mathematical guarantees rather than relying on promises or policies.

Nillion Network​

The Nillion Network is a network of specialized nodes (each running one or more blind modules) that provide independent privacy capabilities for the blind computer:

  • nilCC nodes for Private Compute: Nodes perform developer-specified or user-specified workflows within TEEs, enabling general-purpose private computation over sensitive data.
  • nilDB nodes for Private Storage: Data is encrypted and split into secret shares, and these shares are distributed across multiple nodes (typically three) so no single node can view or reveal your original data.
  • nilAI nodes for Private LLMs: Individual nodes run AI models inside of a TEE. You connect to a node of your choice and perform private AI inference without the node viewing your data in unencrypted form.

Developer Solutions​

While you can interact directly with network nodes, Nillion provides developer-friendly solutions that handle the cryptographic complexity for you.

  • Private Compute offers a unified API and web dashboard that handles TEE provisioning, attestation generation, and workload lifecycle management - allowing you to deploy any Docker application as a secure computation without modifying your code.

  • Private Storage uses the Secretvaults SDK to automatically manage multiple nilDB nodes, encryption, and orchestration - so you don't have to manage and coordinate individual nodes manually.

  • Private LLMs provide OpenAI-compatible APIs that abstract away TEE complexity, letting you add private inference to existing applications with minimal code changes.

These solutions handle multi-node coordination, encryption, and complex cryptographic operations automatically, making privacy-preserving development as simple as traditional app development.

Why Build a Blind Computer?​

The biggest breakthroughs happen when people can collaborate on sensitive data without exposing their secrets, enabling exciting new use cases.

  • Healthcare Research: Pool medical data from hospitals worldwide for clinical research without compromising patient privacy.

  • AI Development: Train better models using aggregated data while keeping individual datasets completely private

  • Government Policy: Use real-time social data to influence policy and help vulnerable populations without breaking privacy.

  • Financial Coordination: Enable coordinated trading strategies without front-running risks.

Ready to build privacy preserving apps? Start building with one of our Nillion Quickstarts.