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AI Agent Contract Template with RedPill


Host your AI Agent Contract on Phala's decentralized serverless cloud.
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Architecure Overview

🤖 What Is This?!

The RedPill AI Agent template is a MINIMAL template to build an AI Agent that can be hosted on Phala Network's decentralized hosting protocol. Unlike Vercel or other FaaS, it allows you to publish your AI Agent compiled code to IPFS and hosts it on a fully decentralized FaaS cloud with the following benefits:

  • 💨 Ship Fast: Build and ship with familiar toolchain in minutes
  • ⛑️ Secure: Execution guarded by rock solid TEE / Intel SGX
  • 🔒 Private: Host API keys and user privacy at ease
  • 💎 Unstoppable: Powered by IPFS and Phala's 35k+ decentralized TEE workers
  • 🔥 hono/tiny Support: a small, simple, and ultrafast web framework built on Web Standards.
  • 🧪: Vite Test Framework: Vite Testing Framework support, but your free to change the test framework to your desire.

NOTICE

We recommend using @hono/tiny to avoid a large bundle size and the 20MB final artifact limitation.

Getting Started

Prepare

Install dependencies

npm install

Testing Locally

Create .env file with the default ThirdWeb API key for publishing your Agent Contract to IPFS

cp .env.example .env

Get an API Key from Redpill

Note

There is a default RedPill API Key provided in the .env.example file. This API key is rate limited and if you run into an error that displays Insufficient funds, reach out to the Phala Team on discord.

In default.json file replace YOUR_API_KEY with your API Key. The default has a rate limit. If you want access to a RedPill code, reach out to the Phala Team.

{
  "apiKey": "YOUR_REDPILL_API_KEY"
}

Build your Agent

npm run build

Test your Agent locally

npm run test

Expected Test Results

Now you are ready to publish your agent, add secrets, and interact with your agent in the following steps:
- Execute: 'npm run publish-agent'
- Set secrets: 'npm run set-secrets'
- Go to the url produced by setting the secrets (e.g. https://wapo-testnet.phala.network/ipfs/QmPQJD5zv3cYDRM25uGAVjLvXGNyQf9Vonz7rqkQB52Jae?key=b092532592cbd0cf)

 ✓ tests/index.test.ts (2) 6157ms
   ✓ Test RedPill AI Agent Contract (2) 6156ms
     ✓ GET Test: Pass chatQuery through URL Query 2722ms
     ✓ POST Test: Pass chatQuery and model through body of POST request 3434ms

 Test Files  1 passed (1)
      Tests  2 passed (2)
   Start at  16:30:03
   Duration  6.36s (transform 23ms, setup 6ms, collect 31ms, tests 6.16s, environment 0ms, prepare 39ms)

Publish Your AI Agent

Upload your compiled AI Agent code to IPFS.

npm run publish-agent

Upon a successful upload, the command should show the URL to access your AI Agent.

- Uploading file to IPFS. This may take a while depending on file sizes.

✔ Successfully uploaded file to IPFS.
✔ Files stored at the following IPFS URI: ipfs://QmaUbZgNz9dZ5eGm87DDqegRtcBV7RdosxizYQcfe2bHRc
✔ Open this link to view your upload: https://b805a9b72767504353244e0422c2b5f9.ipfscdn.io/ipfs/bafybeifukvkuyztltpq2gi55nswzvwkpgrwrogwykm4ymoqeymh2pxoukm/

Agent Contract deployed at: https://wapo-testnet.phala.network/ipfs/QmaUbZgNz9dZ5eGm87DDqegRtcBV7RdosxizYQcfe2bHRc

If your agent requires secrets, ensure to do the following:
1) Edit the ./secrets/default.json file or create a new JSON file in the ./secrets folder and add your secrets to it.
2) Run command: 'npm run set-secrets' or 'npm run set-secrets [path-to-json-file]'
Logs folder created.
Deployment information updated in ./logs/latestDeployment.json

ℹ️ Note that your latest deployment information will be logged to in file ./logs/latestDeployment.json. This file is updated every time you publish a new Agent Contract to IPFS. This file is also used to get the IPFS CID of your Agent Contract when setting secrets for your Agent Contract.

Here is an example:

{
  "date": "2024-08-29T18:47:55.108Z",
  "cid": "QmaUbZgNz9dZ5eGm87DDqegRtcBV7RdosxizYQcfe2bHRc",
  "url": "https://wapo-testnet.phala.network/ipfs/QmaUbZgNz9dZ5eGm87DDqegRtcBV7RdosxizYQcfe2bHRc"
}
New to Thirdweb? We use thirdweb Storage to host IPFS contents. If you are new to thirdweb, the command will guide you to create your account or login to your existing account from the browser.

Did Thirdweb fail to publish?

If ThirdWeb fails to publish, please signup for your own ThirdWeb account to publish your Agent Contract to IPFS. Signup or login at https://thirdweb.com/dashboard/

Whenever you log into ThirdWeb, create a new API key and replace the default API Key with yours in the .env file.

THIRDWEB_API_KEY="YOUR_THIRDWEB_API_KEY"

Access the Published AI Agent

Once published, your AI Agent is available at the URL: https://wapo-testnet.phala.network/ipfs/<your-cid>. You can get it from the "Publish to IPFS" step.

You can test it with curl.

curl https://wapo-testnet.phala.network/ipfs/<your-cid>

Add Secrets

By default, all the compiled JS code is visible for anyone to view if they look at IPFS CID. This makes private info like API keys, signer keys, etc. vulnerable to be stolen. To protect devs from leaking keys, we have added a field called secret in the Request object. It allows you to store secrets in a vault for your AI Agent to access.

To add your secrets,

  1. Edit the default.json file or create a new JSON file in the ./secrets folder and add your secrets to it.
{
  "apiKey": "YOUR_REDPILL_API_KEY"
}
  1. Run command to set the secrets
npm run set-secrets
# or if you have a custom JSON file
npm run set-secrets <path-to-json-file>

Expected output:

Use default secrets...
Storing secrets...
  % Total    % Received % Xferd  Average Speed   Time    Time     Time  Current
                                 Dload  Upload   Total   Spent    Left  Speed
100   199    0    68  100   131    121    234 --:--:-- --:--:-- --:--:--   356
{"token":"5d9faaed6be5414a","key":"a3a8a4ef2c057d5c","succeed":true}

Secrets set successfully. Go to the URL below to interact with your agent:
https://wapo-testnet.phala.network/ipfs/QmaUbZgNz9dZ5eGm87DDqegRtcBV7RdosxizYQcfe2bHRc?key=a3a8a4ef2c057d5c
Log entry added to secrets.log

ℹ️ Note that all your secrets will be logged in file ./logs/secrets.log. This file is updated every time you add new secrets to your Agent Contract. If you have not published an Agent Contract, yet, this command will fail since there is not a CID to map the secrets to.

Here is an example:

2024-08-29T18:54:16.643Z, CID: [QmaUbZgNz9dZ5eGm87DDqegRtcBV7RdosxizYQcfe2bHRc], Token: [5d9faaed6be5414a], Key: [a3a8a4ef2c057d5c], URL: [https://wapo-testnet.phala.network/ipfs/QmaUbZgNz9dZ5eGm87DDqegRtcBV7RdosxizYQcfe2bHRc?key=a3a8a4ef2c057d5c]

The API returns a token and a key. The key is the id of your secret. It can be used to specify which secret you are going to pass to your frame. The token can be used by the developer to access the raw secret. You should never leak the token.

To verify the secret, run the following command where key and token are replaced with the values from adding your secret to the vault.

curl https://wapo-testnet.phala.network/vaults/<key>/<token>

Expected output:

{"data":{"apiKey":"<REDPILL_API_KEY>"},"succeed":true}

Accessing Secrets in Your Code

To access your secrets you will have to get them from secret vault via process.env.secret. Here is an example of accessing the secret key value of apiKey.

let vault: Record<string, string> = {}
try {
  vault = JSON.parse(process.env.secret || '')
} catch (e) {
  console.error(e)
  return c.json({ error: "Failed to parse secrets" })
}
const apiKey = (vault.apiKey) ? vault.apiKey as string : 'SALTY_BAE'

Handling Requests

Check the Hono docs for information on accessing URL queries or body from a post request.

NOTICE

We recommend using @hono/tiny to avoid a large bundle size and the 20MB final artifact limitation.

// Access query value for a URL query named `type`
let queries = c.req.queries() || {}
const getType = (queries.type) ? queries.type[0] as string : ''
// Access body from post request
const data = await c.req.json()

Debugging

To debug your agent, you can use the following command:

curl https://wapo-testnet.phala.network/logs/all/ipfs/<CID>

After executing this command then you should see some output in the terminal to show the logs of requests to your agent.

2024-09-04T03:18:34.758Z [95f5ec53-3d71-4bb5-bbb6-66065211102c] [REPORT] END Request: Duration: 166ms
2024-09-04T03:18:34.758Z [95f5ec53-3d71-4bb5-bbb6-66065211102c] [INFO] 'Is signature valid? ' true
2024-09-04T03:18:34.758Z [95f5ec53-3d71-4bb5-bbb6-66065211102c] [INFO] 'Verifying Signature with PublicKey ' '0xC1BF8dB4D06416c43Aca3deB289CF7CC0aAFF540'
2024-09-04T03:18:34.758Z [95f5ec53-3d71-4bb5-bbb6-66065211102c] [REPORT] START Request: GET /ipfs/QmfLpQjxAMsppUX9og7xpmfSKZAZ8zuWJV5g42DmpASSWz?key=0e26a64a1e805bfd&type=verify&data=tintinland%20message%20to%20sign&signature=0x34c4d8c83406e7a292ecc940d60b34c9b11024db10a8872c753b9711cd6dbc8f746da8be9bc2ae0898ebf8f49f48c2ff4ba2a851143c3e4b371647eed32f707b1b
2024-09-04T03:17:15.238Z [768b6fda-f9f1-463f-86bd-a948e002bf80] [REPORT] END Request: Duration: 183ms
2024-09-04T03:17:15.238Z [768b6fda-f9f1-463f-86bd-a948e002bf80] [INFO] 'Signature: 0x34c4d8c83406e7a292ecc940d60b34c9b11024db10a8872c753b9711cd6dbc8f746da8be9bc2ae0898ebf8f49f48c2ff4ba2a851143c3e4b371647eed32f707b1b'
2024-09-04T03:17:15.238Z [768b6fda-f9f1-463f-86bd-a948e002bf80] [INFO] 'Signing data [tintinland message to sign] with Account [0xC1BF8dB4D06416c43Aca3deB289CF7CC0aAFF540]'
2024-09-04T03:17:15.238Z [768b6fda-f9f1-463f-86bd-a948e002bf80] [REPORT] START Request: GET /ipfs/QmfLpQjxAMsppUX9og7xpmfSKZAZ8zuWJV5g42DmpASSWz?key=0e26a64a1e805bfd&type=sign&data=tintinland%20message%20to%20sign
2024-09-04T03:16:38.507Z [3717d307-bff0-4fc0-bc98-8f66c33dd46f] [REPORT] END Request: Duration: 169ms
2024-09-04T03:16:38.507Z [3717d307-bff0-4fc0-bc98-8f66c33dd46f] [REPORT] START Request: GET /ipfs/QmfLpQjxAMsppUX9og7xpmfSKZAZ8zuWJV5g42DmpASSWz?key=0e26a64a1e805bfd
2024-09-04T03:15:00.375Z [793f58f9-f24f-4580-8ebc-04debb7d727f] [REPORT] END Request: Duration: 158ms
2024-09-04T03:15:00.375Z [793f58f9-f24f-4580-8ebc-04debb7d727f] [REPORT] START Request: GET /ipfs/QmfLpQjxAMsppUX9og7xpmfSKZAZ8zuWJV5g42DmpASSWz?key=0e26a64
a1e805bfd

To create logs in your Agent Contract, you can use the following syntax in your index.ts file.

// info logs
console.log('info log message!')
// error logs
console.error('error log message!')

For more information check the MDN docs on console object.

Getting Rugged By The WiFi?!

Run a local testnet with docker support. All you need to do to get a local testnet started is run:

WARNING

Running the local testnet may return an error if port 8000 is already in use.

npm run dev

Make a Request to Your Local Build

# GET request
curl http://127.0.0.1:8000/local
# GET request with URL queries
curl http://127.0.0.1:8000/local?query1=one&query2=two
# POST request
curl http://127.0.0.1:8000/local -X POST -H 'content-type: application/json' -d '{"foo": "bar"}'

Add Secrets to Your Local Build

curl http://127.0.0.1:8000/vaults -H 'Content-Type: application/json' -d '{"cid": "local", "data": {"secretKey":"secretValue"}}'

Check The Logs of Your Local Build

curl 'http://127.0.0.1:8000/logs/all/local'

FAQ

What packages can I use in the AI Agent server?
  • Most of the npm packages are supported: viem, onchainkit, ….
  • Some packages with some advanced features are not supported:
    • Memory usage over 100MB
    • Web Assembly
    • Browser only features: local storage, service workers, etc
What’s the spec of the Javascript runtime?
  • The code runs inside a tailored QuickJS engine
  • Available features: ES2023, async, fetch, setTimeout, setInterval, bigint
  • Tech spec doc
Why is the serverless platform secure?
  • Your AI Agent code on is fully secure, private, and permissionless. Nobody can manipulate your program, steal any data from it, or censor it.
  • Security: The code is executed in the decentralized TEE network running on Phala Network. It runs code inside a secure blackbox (called enclave) created by the CPU. It generates cryptographic proofs verifiable on Phala blockchain. It proves that the hosted code is exactly the one you deployed.
  • Privacy: You can safely put secrets like API keys or user privacy on Phala Network. The code runs inside TEE hardware blackboxs. The memory of the program is fully encrypted by the TEE. It blocks any unauthorized access to your data.
  • Learn more at Phala Network Homepage
What's TEE / Intel SGX?

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