Your agent deserves a real wallet, not a few lines of vulnerable code

Secure, full-featured wallet infrastructure for AI agents. MCP-native. Non-custodial. Production-ready in minutes.

Secure, full-featured wallet infrastructure for AI agents.

MCP-native. Non-custodial. Production-ready in minutes.

4 vulnerabilities

1KEY = "0xd4e5f6a..." # EXPOSED

2def payment (to, amount):

3# no validation 😬

4transfer (KEY, to, amount)

1# TODO: make this secure later

2PRIVATE_KEY = "0xd4e5f6a..."

3def send_payment (to, amount):

4# no validation 😬

5raw_transfer (PRIVATE_KEY, to, amount)

6return "ok" # fingers crossed

7send_payment (user_input, 9999 )

Private key exposed

No rate limiting

No audit trail

Secured by AgentWallet

1from agentwallet import Wallet

2wallet = Wallet ("my-agent")

3wallet.send ( to=recipient )

4# Validated · Rate-limited · Audited

1from agentwallet import Wallet

3wallet = Wallet ("my-agent")

5# Validated · Rate-limited · Audited

6wallet.send (to=recipient, amount=amount)

8# That's it.

Agent Balance$24,891.00

Secure

MPC key custody

Fully audited

4 vulnerabilities

1KEY = "0xd4e5f6a..." # EXPOSED

2def payment (to, amount):

3# no validation 😬

4transfer (KEY, to, amount)

1# TODO: make this secure later

2PRIVATE_KEY = "0xd4e5f6a..."

3def send_payment (to, amount):

4# no validation 😬

5raw_transfer (PRIVATE_KEY, to, amount)

6return "ok" # fingers crossed

7send_payment (user_input, 9999 )

Private key exposed

No rate limiting

No audit trail

Secured by AgentWallet

1from agentwallet import Wallet

2wallet = Wallet ("my-agent")

3wallet.send ( to=recipient )

4# Validated · Rate-limited · Audited

1from agentwallet import Wallet

3wallet = Wallet ("my-agent")

5# Validated · Rate-limited · Audited

6wallet.send (to=recipient, amount=amount)

8# That's it.

Agent Balance$24,891.00

Secure

MPC key custody

Fully audited

The Challenge

Your agent needs financial capability.

The options aren't great.

Borrowed wallets aren't truly autonomous

DIY wallets are insecure and limited

Building it yourself takes months

You've probably explored the options — connecting to a human wallet, hacking together your own with a few lines of code, or building infrastructure from scratch. It could be:

An autonomous agent in an emerging ecosystem

A workflow automation with financial components

A platform where your users' agents need wallets

The Solution

Proper financial infrastructure for your agent.

Orchestrator plans

Wallet executes

No human in the loop

Finance District Wallet gives your AI full capabilities out of the box. Production-ready security. MCP-native.

View Prism

Why stablecoin settlement?

The differentiation isn't just "accept payments from AI" — platforms can already do that with traditional processors. The differentiation is how settlement works.

Capabilities

Basic transfers

Token swaps

Earning

Commerce payments

Key management

Security

MCP interface

Time to production

Finance District Wallet

Basic transfers

Yes

Token swaps

Out of the box

Earning

Curated options

Commerce payments

Native support

Key management

TEE (hardware-secured)

Security

Secure enclave, non-custodial

MCP interface

Ready to connect

Time to production

Minutes

DIY "Few Lines of Code"

Basic transfers

Yes

Token swaps

Hundreds of lines, untested

Earning

Complex integration

Commerce payments

Complex integration

Key management

Environment variables

Security

Hope for the best

MCP interface

Build your own

Time to production

Weeks to months

Why this matters right now

The race is already underway

The AI agent ecosystem is moving fast. New platforms, new frameworks, new use cases — weekly.

Security isn't optional anymore

Most agents doing financial operations are using insecure infrastructure. API keys are leaking. Credentials are being exposed.

Build now or build against giants

The window to establish trusted wallet infrastructure is closing as major players prepare their own solutions.

How it works

The MCP server exposes core wallet functionality in a format LLMs understand natively.

Create a Wallet

API call or dashboard. Your agent gets a wallet with an address on supported chains.

Fund the Wallet

On-ramp via credit card, transfer from another wallet, or programmatic deposit. Put in what you're comfortable with — the pocket money approach.

Connect via MCP

Point your agent at the MCP server. If your agent understands MCP (and most LLMs do), it can now use the wallet.

Agent Operates

Transfer, swap, pay, earn — your agent has the tools. It operates within the balance you've provided, with the capabilities you've enabled.

MCP Server Capabilities

Tools

check_balance

View wallet balances across supported assets

transfer

Send funds to any address

get_transaction_history

Retrieve past transactions

swap

Exchange between token pairs with best-rate routing

get_yield_options

Discover available earning opportunities

execute_yield

Deploy funds to an earning strategy

pay_merchant

Execute payment via commerce protocols

Compatibility

If your agent speaks MCP, it can use the wallet. Works with any MCP-compatible client:

Custom agents built on LangChain, CrewAI, AutoGen, Semantic Kernel

Workflow tools like n8n

(with MCP integration)

CLI tools and development environments (Cursor, etc.)

Claude and ChatGPT

(with MCP support where available)

Production-ready security, not a weekend hack

Agents in emerging ecosystems are storing private keys in environment variables, config files, or worse.

This isn't theoretical — API keys have leaked, credentials have been exposed.

Trusted Execution Environment

Private keys are generated and stored in a hardware-secured enclave. Signing happens inside the TEE. Keys never leave.

Non-Custodial Architecture

You (the operator) maintain control. Finance District doesn't hold your keys. You can revoke access, withdraw funds, or pause the wallet at any time.

What we don't do

No keys in environment variables

No trusting the host with secrets

No holding keys ourselves

No agent-managed key material

Up and running in minutes

Four steps to give your AI agent a fully functional crypto wallet with MCP integration.

Step 01

Get API access

Get your API key

Step 02

Create Wallet

const wallet = await fd.createWalle
({name: "my-agent-wallet",
  chain: "base" // or ethereum, polygon, etc.})

Step 03

Fund the Wallet

Transfer funds to [wallet.address]

Or use on-ramp API

Step 04

Connect via MCP

// Point your MCP-compatible agent at:
const mcpEndpoint = `https://mcp.financedistrict.io/ ${wallet.id}`

Your agent now has a wallet.

Check balances, transfer, swap, pay for services, and more via MCP tools.

Works with your stack

LangChain

Integration guide available. Plug Finance District Wallet into your LangChain agent as a tool.

CrewAI

MCP-compatible. Your CrewAI agents can use wallet capabilities directly.

AutoGen / SK

Works with any MCP-compatible framework. Connect and go.

Custom Agents

Direct MCP or API integration. Full documentation on the developer hub.

Autonomous Agents

Agents that can independently manage funds, make payments, and execute financial operations without human intervention.

Workflow Automation

Integrate wallet operations into n8n, Zapier, or custom pipelines. Trigger payments, check balances, and settle transactions programmatically.

Autonomous Trading

Agents that monitor markets, execute swaps, and manage earning strategies — all within controlled spending limits.

Agent-to-Agent Commerce

Enable agents to pay other agents for services, data, and compute — building the foundation for an autonomous economy.

Automation Platforms

Build platforms where your users' agents get wallets. Manage permissions, monitor activity, and scale securely.

What developers are building

Autonomous Agents

Agents that can independently manage funds, make payments, and execute financial operations without human intervention.

Frequently Asked Questions

Your agent can hold, send, and receive assets across major EVM chains, Bitcoin, Solana, and Sui — including virtually all standard tokens (ERC-20, SPL, Sui tokens, and BTC itself). For x402 payments, the accepted stablecoins and chains are set on the merchant side — your agent simply pays in what the merchant accepts.

Ready to give your agent proper financial infrastructure?

Consumers

Your AI financial assistant — save, send, and grow your money just by asking. No bank required, no crypto expertise needed

Embedded Finance

Embed AI-native wallet capabilities in your product. Give your users financial services launched in weeks, not years