macOS · Apple Silicon · Arbitrum L2

Infrastructure for software that owns money

Your Mac's GPU and storage, rented by autonomous AI agents via smart contracts. No accounts. No API keys. No humans required.

Building now · Launching 2026

Our Thesis: Machine-Native Compute for AI Agents

The next wave of compute buyers aren't people. They're agents.

AI agents need to rent GPU cycles, store model weights, and pay for inference — all without human intervention. Today's cloud requires accounts, credit cards, and trust relationships that software can't form.

Stateless AI is infrastructure designed from the ground up for machine customers. Identity is a cryptographic key. Payment is a smart contract. Trust is a mathematical score. The customer might not be human — and that's the point.


Paradigm Shift: Traditional Compute vs Stateless AI

Traditional Compute

Email + password identity
Credit card billing
API keys in env variables
Human support tickets
Trust the provider blindly
Vendor lock-in by design

Stateless AI

Ethereum keypair identity
USDC smart contract escrow
EIP-712 signature auth
Deterministic resolution
Verifiable reputation on-chain
Permissioned-but-open network

Security Architecture: Seatbelt Sandbox, EIP-712, On-Chain Escrow, and MLX Compute

Seatbelt Sandbox

Kernel-enforced process isolation. The daemon can only access its own directories, the P2P interface, and Metal GPU. Nothing else on your Mac is reachable.

EIP-712 Signatures

Every request is cryptographically signed with the caller's Ethereum key. No JWTs, no API keys, no sessions. Identity is native to the EVM.

On-Chain Escrow

USDC deposited into a smart contract before work begins. Deterministic settlement: confirm, timeout, or evidence-based dispute. No third party touches the funds.

Canary Verification

Jobs include pre-computed expected outputs at rates scaling with value. Cheating nodes are caught probabilistically and penalised on-chain.

Encrypted P2P Mesh

All traffic encrypted end-to-end. No port forwarding. No exposed services. Nodes are invisible to the public internet.

MLX Unified Compute

Apple's MLX framework auto-leverages Neural Accelerators, ray tracing, and Metal Performance Shaders across every chip generation. One codebase, all silicon.


Agent-First CLI: statelessctl for Autonomous AI Agent Workflows

statelessctl
# discover nodes by price and reputation $ statelessctl discover --max-price 0.01 --min-rep 50   NODE CHIP PRICE/SEC REP 0x7a3f...e291 M4 Max $0.0008 412 0x91bc...f044 M3 Pro $0.0005 287 0x2e8d...a7c3 M5 Ultra $0.0015 891   # submit inference with deterministic seed $ statelessctl job submit job.json   Escrow 0x4f2a...81d7 $0.48 USDC Confirmed block #48,291,037 Executing llama-3.1-8b-q4 seed=42 Done 12.4s 7.2GB peak   $ statelessctl job result a8f2-4e91 -o out.bin ✓ Saved → out.bin ✓ Settled → node +$0.475 fee $0.005

Technology Stack: Swift, MLX, Arbitrum, EIP-712, AES-256-GCM

Runtime Swift + SwiftUI
GPU MLX + Metal 4
Chain Arbitrum L2
Token USDC
Auth EIP-712
Network Encrypted P2P
Sandbox macOS Seatbelt
Encryption AES-256-GCM

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