Nava x Privy: Wallet + Trust Infra for the Next Gen of Agents
Verified agents need wallets. Wallet infrastructure needs verification. Nava and Privy together give you both: a complete foundation for deploying agents that can handle real capital safely, with no extra configuration needed.

Today we're announcing our partnership with Privy, and it's one we've been building toward since day one.
Nava provides the verification and safety layer for AI agents operating with real capital. We make sure agents do what you actually intended, with cryptographic escrow, independent verification, and onchain audit trails. But safe execution is only half the picture. Agents still need wallets, key management, and the infrastructure to actually move onchain. That's where Privy comes in.

Privy is the wallet infrastructure powering the next generation of onchain apps, agents, and institutions. Their programmable API handles everything from key management to transaction signing through one secure, unified stack.
We've built Privy in as a default integration in Nava. No extra configuration needed.
Why this matters
An agent that's verified but can't execute isn't useful. An agent that can execute but isn't verified is dangerous. With Nava and Privy together, you get both: a complete, production-ready foundation for deploying agents that can handle real capital safely.
This is the infrastructure we wished existed when we started building. We're glad we get to ship it with a team as strong as Privy's.
Get early access
We're opening our private testnet to a select group of builders. If you're ready to ship agents that can operate with real capital, join the Nava waitlist today.
Join the waitlist: https://navalabs.ai/#contact
Nava x Privy: Enabling AI Agents to Transact from Wallets Securely
Nava gives AI agents secure, scoped access to user wallets built on Privy. No app secrets, backends, or private keys. One browser-based OAuth flow spans CLIs, MCP servers, and skills, so agents transact autonomously within boundaries we control.
Anatomy of a DeFi Trading Agent (and Its Missing Layer)
We reviewed 20+ DeFi trading agents. They've all converged on the same architecture, and the same weak spot: the risk gating step between LLM decision and onchain execution. Here's the anatomy of the gap, why prompt engineering can't close it, and what an independent execution gate looks like.
Auditable LLM Arbiter for DeFi Security
The gap between what you tell an agent and what it actually executes onchain is real, exploitable, and unsolved. Nava's Arbiter combines deterministic rules with semantic reasoning to verify intent-to-transaction alignment before funds move. Peer-reviewed at NDSS 2026.