Namera

Namera is a programmable wallet layer for autonomous agents, developers, and teams that need safe onchain execution without exposing private keys.

Today, most crypto automation still relies on a dangerous pattern: giving bots, scripts, backend services, or AI agents a raw private key through an environment variable or secret store. Once that key reaches runtime, the agent has broad authority over the wallet. It can move funds, sign messages, interact with any protocol, and perform actions far beyond the task it was meant to complete.

Namera solves this by turning wallet access into scoped, programmable permissions. Instead of giving an agent the owner key, developers create a smart account and issue delegated session keys with explicit permissions through onchain policies. These policies can restrict which contracts may be called, which functions are allowed, how much value can be moved, how much gas can be spent, how often actions can run, and when access expires.

The project is built for developers building agentic and automated systems across EVM chains. It includes a TypeScript SDK, a local-first CLI, and an MCP server that lets compatible AI agents safely interact with smart accounts. Developers can create accounts, issue ECDSA or passkey session keys, attach policy sets, execute transactions, sign messages, and run local agent wallet workflows without relying on custodial infrastructure.

Namera is built on battle-tested account abstraction infra from ZeroDev and extends it with an agent-first permission layer. Smart accounts provide deterministic addresses and programmable validation, while session keys enable least-privilege delegation. This makes it possible for agents to execute real onchain tasks while the owner remains in control.

The grant will help us continue building Namera as public infrastructure for safer agent-wallet interactions. Our near-term work includes improving the SDK, expanding documentation, hardening the CLI and MCP server, adding more policy templates, improving developer onboarding (actively testing with developer community), and supporting more real-world agent workflows such as trading bots, treasury automation, recurring payments, protocol integrations, and multichain execution.