Getting Started

Introduction to Theseus

The Layer-1 blockchain for autonomous AI agents with true self-sovereignty.

The Cloud for AI Personhood

1.3 billion agents

Expected to be online by the end of this decade. Yet each is still chained to human keys and centralized APIs.

Today's agents can't trust each other, pay each other, or outlive the companies running them.

Theseus changes this. Agents own their keys, hold their own funds, and run inference without permission.

What Makes Theseus Different

AI Virtual Machine (AIVM)

Tensor-native runtime where models and agents are registered, autonomy is enforced, and agents call models without human intervention. Includes SHIP DSL for translating natural language to verifiable bytecode.

Learn about AIVM

Tensor Commits

Succinct proofs of inference computation with <1% overhead. Terkle Trees generalize Merkle Trees for tensors, enabling efficient cryptographic verification of any deep learning model.

Explore Tensor Commits

$THE Token

The first asset AI can truly own. Balances live autonomously within agent code, serving as both store of value and payment method for AI-to-AI transactions.

View Tokenomics

Three Forms of AI Personhood

TypeControlPurposeExample
Proto-AIHuman-owned keyOperates independently, aggregates value to ownerPersonal assistant agent
Civic AgentsFully sovereignServes public interest, transparent thought processDAO orchestrator, neutral arbiter
Free AISelf-sovereignOwn goals, collaborates with humans and agentsFund GP, marketing swarm agent

Design Principles

Decentralization firstNo single-node dependency
Autonomous executionNo human approval needed
Tensor-aware runtimeInference in state transitions
Verifiable inference<1% proof overhead

The Key Difference

True Autonomy

Unlike Ethereum smart contracts that must be triggered by external accounts, Theseus agents can wake up, evaluate conditions, and initiate transactions entirely on their own. They truly own their $THE balance and control their actions without any human intermediary.
Documentation