Para for AI Agents
Wallets for AI Agents, with controls you can trust
Give every agent a non-custodial wallet with infrastructure-level guardrails, so agents can transact autonomously without exposing private keys.
Trusted by
industry leaders
Rails agents can actually use
Fiat Funding
Funding occurs via traditional banking rails.
Conversion
Regulated conversion into stablecoins or digital assets.
Agent Wallet
Secured by MPC, links identity and signing authority.
Onchain Activity
Policy-controlled interactions with smart contracts.
Off-Ramp
Conversion back into traditional fiat accounts.
Create
Every agent gets a wallet tied to a simple email login through Para's modal. No seed phrases, no private keys to manage or leak.
Set guardrails
Define policies and scopes per wallet: transfer limits, chain restrictions, and spending conditions. Decide what the agent can do before it does anything.
Operate
Create, manage, and sign over a clean REST API, with IP whitelisting and security controls enforced at the infrastructure level — no browser, no extension, no human in the loop.
Transact
Move value autonomously across chains, agent-to-agent or agent-to-merchant, inside boundaries that hold even if the agent doesn't.
SBC leverages the Para REST API to create agent wallets that have spending limits and can pay for x402-enabled APIs.
Read Case Study
Frequently Asked Questions
- An agent wallet is a crypto wallet an AI agent can use to hold funds, sign transactions, and make payments on its own, within rules set by the developer or user who deployed it. Para gives every agent a non-custodial agent wallet, created and operated through a REST API, with spending controls enforced at the infrastructure level.
- Create one through Para's REST API. Each agent gets its own wallet tied to a simple login, with no seed phrases or private keys to manage. From there, your agent can create, manage, and sign transactions from your backend, without a browser, an extension, or a human in the loop.
- You set policies for each wallet before the agent acts: transfer limits, chain restrictions, and spending conditions. Para enforces these at the infrastructure level, so the limits hold even if the agent behaves unexpectedly. See Transaction Permissions.
- No. Para agent wallets are secured by Distributed MPC, so the private key never exists in full and is never exposed to the agent or its underlying model. Signing happens over the REST API, with IP whitelisting and security controls applied at the infrastructure level. Para is SOC 2 Type II compliant.
- AI agents make stablecoin payments from a wallet they can sign with, inside limits set by whoever deployed them. With Para, agents move stablecoins across chains, agent-to-agent or agent-to-merchant, and can be funded from bank rails and off-ramp back to fiat. SBC uses Para to create agent wallets with spending limits that pay for x402-enabled APIs. Read the SBC case study.
- Yes. x402 and MPP are payment protocols that let AI agents pay for APIs and resources over HTTP with stablecoins, without accounts or API keys. Para supports both, so agents can discover and pay for resources directly from their wallets. Integrate x402 with Para.
- Look at where spending policies are enforced, whether the private key is ever exposed to the agent, and whether wallets can be created and operated entirely over an API. Protocol support, like x402 and MPP, and fiat on- and off-ramps also matter if your agents pay for services. Para enforces policies at the infrastructure level, keeps keys out of the agent's reach with Distributed MPC, and runs everything over a REST API.