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Submitted URL: https://alias-fra1.vercel.com/
Effective URL: https://vercel.com/docs/rest-api
Submission: On December 21 via api from US — Scanned from DK

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CLI & API
Vercel REST API
Reference


VERCEL REST API

The Vercel REST API is a REST-styled API that gives full control over the entire
Vercel platform.
Table of Contents

Vercel REST API allows developers to interact programmatically with their Vercel
account and services using HTTP requests.

With the API, developers can deploy new versions of web applications, manage
custom domains, retrieve information about deployments, and manage secrets and
environment variables for projects.

The API supports any programming language or framework that can send HTTP
requests.

You can use the commands listed below with curl by providing your token.


API BASICS

Our API is exposed as an HTTP/1 and HTTP/2 service over SSL. All endpoints live
under the URL https://api.vercel.com and then generally follow the REST
architecture.


SERVER SPECS

HTTP AND TLS

The API supports HTTP versions 1, 1.1, and 2, although HTTP/2 is preferred.

TLS versions 1.2 and 1.3 are supported, with resumption.

For more information on TLS support, refer to the SSL Labs report.


CONTENT TYPE

All requests must be encoded as JSON with the Content-Type: application/json
header. If not otherwise specified, responses from the Vercel API, including
errors, are encoded exclusively as JSON as well.


AUTHENTICATION

Vercel Access Tokens are required to authenticate and use the Vercel API.


index.js


  Authorization: Bearer <TOKEN>

The Authorization header with an access token.

CREATING AN ACCESS TOKEN

Access Tokens can be created and managed from inside your account settings.

Create a new Access Token.
 1. In the upper-right corner of your dashboard, click your profile picture,
    then select Settings
 2. Select Tokens from the sidebar
 3. Enter a descriptive name for the token
 4. Choose the scope from the list of Teams in the drop-down menu. The scope
    ensures that only your specified Team(s) can use an Access Token
 5. From the drop-down, select an expiration date for the Token
 6. Click Create Token
 7. Once you've created an Access Token, securely store the value as it will not
    be shown again.

EXPIRATION

Setting an expiration date on an Access Token is highly recommended and is
considered one of the standard security practices that helps keep your
information secure. You can select from a default list of expiration dates
ranging from 1 day to 1 year. You can view the expiration date of your Access
Tokens on the tokens page.

ACCESSING RESOURCES OWNED BY A TEAM

By default, you can access resources contained within your own user account
(personal).

To access resources owned by a team, or create a project for a specific team,
you must first find the Team ID.

After you obtained the Team ID, append it as a query string at the end of the
API endpoint URL:


index.js


https://api.vercel.com/v6/deployments?teamId=[teamID]

Replace [teamID] with the Team ID you obtained.

You still need to provide an API token through the Authorization header.

FAILED AUTHENTICATION

If authentication is unsuccessful for a request, the error status code 403 is
returned.


PAGINATION

When the API response includes an array of records, a pagination object is
returned when the total number of records present is greater than the limit per
request. The default value of this limit is 20 but it can be changed by passing
a value to the query parameter limit when the request is made. The maximum
possible value of limit is 100.

You can then use the pagination object to make additional requests and obtain
all the records.

The pagination object is structured as shown in the example below:


pagination-structure


{
  "pagination": {
    "count": 20, //Amount of items in the current page.
    "next": 1555072968396, //Timestamp that must be used to request the next page.
    "prev": 1555413045188 //Timestamp that must be used to request the previous page.
  }
}

Pagination object returned with response

In order to obtain the records for the next batch, perform the following
actions:

 1. Send a request to the same API endpoint
 2. Include the query parameter until with a value equal to the timestamp value
    of next returned in the previous request
 3. Repeat this sequence until the pagination object has a next value of null

This is an example of applying this sequence with Node.js to save all the
projects in your personal account to a json file:


pagination-example.js


const axios = require('axios');
const fs = require('fs');
const vercelToken = 'yourtokenvalue'; //Replace with your token
const apiEndPt = 'https://api.vercel.com/v9/projects';
 
let config = {
  method: 'get',
  url: apiEndPt,
  headers: {
    Authorization: 'Bearer ' + vercelToken,
  },
};
let results = [];
 
(function loop() {
  axios(config)
    .then(function (response) {
      results.push(...response.data.projects);
      if (response.data.pagination.next !== null) {
        config.url = `${apiEndPt}?until=${response.data.pagination.next}`;
        loop();
      } else {
        //you can use the final results object and for example save it to a json file
        fs.writeFileSync('projects.json', JSON.stringify(results));
      }
    })
    .catch(function (error) {
      console.log(error);
    });
})();

Save all the Projects in your Vercel personal account to projects.json


ERRORS

All API endpoints contain a code and message within the error responses, though
some API endpoints extend the error object to contain other information. Each
endpoint that does this will be documented in their appropriate section.

While we recommend that you write error messages that fit your needs and provide
your users with the best experience, our message fields are designed to be
neutral, not contain sensitive information, and can be safely passed down to
user interfaces.


error-response


{
  "error": {
    "code": "forbidden",
    "message": "Not authorized"
  }
}

An example of an unauthorized request error.


RATE LIMITS

We limit the number of calls you can make over a certain period of time. Rate
limits vary and are specified by the following header in all responses:

HeaderDescriptionX-RateLimit-LimitThe maximum number of requests that the
consumer is permitted to make.X-RateLimit-RemainingThe number of requests
remaining in the current rate limit window.X-RateLimit-ResetThe time at which
the current rate limit window resets in UTC epoch seconds.

When the rate limit is exceeded, an error is returned with the status "429 Too
Many Requests":


error-response


{
  "error": {
    "code": "too_many_requests",
    "message": "Rate limit exceeded"
  }
}

An example of a rate limit exceeded error.

You can find the complete list of rate limits in the limits documentation.


VERSIONING

All endpoints and examples are designated with a specific version. Versions vary
per endpoint and are not global.

The response shape of a certain endpoint is not guaranteed to be fixed over
time. In particular, we might add new keys to responses without bumping a
version endpoint, which will be noted in the changelog.

To ensure the security and correctness of your application, make sure to only
read the keys from the response that your application needs. Don't proxy entire
responses to third-parties without validation.

Old versions of each endpoint are supported for as long as possible. When we
intend to deprecate, we will notify users in the changelog section.

Endpoint versions follow the base URL and come before the endpoint. For example:


version-endpoint


https://api.vercel.com/v6/deployments`

Using version 6 of the deployments endpoint.


TYPES

The following is a list of the types of data used within the Vercel API:

NameDefinitionExampleIDA unique value used to identify
resources."V0fra8eEgQwEpFhYG2vTzC3K"StringA string is a sequence of characters
used to represent text."value"IntegerAn integer is a number without
decimals.1234FloatA float is a number with decimals.12.34MapA data structure
with a list of values assigned to a unique key.{ "key": "value" }ListA data
structure with only a list of values separated by a comma.["value", 1234,
12.34]EnumAn Enum is a String with only a few possible valid values.A | BDateAn
Integer representing a date in milliseconds since the UNIX
epoch.1540095775941IsoDateA String representing a date in the 8601
format.YYYY-MM-DDTHH:mm:ssZBooleanA Boolean is a type of two possible values
representing true or false.true

Checks are tests and assertions that run after each deployment has been built.
They are powered by Integrations, which allow you to connect any third-party
service of your choice with Vercel. Learn more about Checks for deployments.


STATUS AND CONCLUSION

Please update the Check status to running once you have begun performing the
respective action within your service. Updating the Check with a conclusion will
automatically set the Check status to completed.

Based on the conclusion, a deployment may fail:

Conclusionblocking equals
to true cancelledYes failedYes neutralNo succeededNo skippedNo


OUTPUT

The output of a check can contain arbitrary data, or can contain Web Vitals and
a Virtual Experience Score.

To include Web Vitals and a Virtual Experience Score, the following can be
passed to output under a metrics field:

KeyTypeDescriptionTBTMapThe Total Blocking Time, as measured by the
CheckLCPMapThe Largest Contentful Paint, as measured by the CheckFCPMapThe First
Contentful Paint, as measured by the CheckCLSMapThe Cumulative Layout Shift, as
measured by the CheckvirtualExperienceScoreMapThe overall Virtual Experience
Score measured by the Check

Each of these has the following properties:

KeyTypeDescriptionvalueFloatThe value measured for the particular metric, in
milliseconds. For virtualExperienceScore this value is the percentage between 0
and 1previousValueFloatA previous value for comparison
purposes.sourceEnumweb-vitals

Log Drains allow you to collect logs from your deployments. To enable Log
Drains, you must provide a destination URL to send the logs to.

We send logs to destination URLs over HTTPS, HTTP, TLS, or TCP every time logs
are generated.


FORMAT AND TRANSPORT

We support 3 types of Log Drains:

 * JSON
 * NDJSON
 * Syslog

For more information, review Format and Transport.


JSON DRAINS

When you choose the json type, the URL receives a HTTPS or HTTP POST request
with a JSON array on the POST body.

If the response of the request returns an HTTP statusCode with a value of -1,
that means there was no response returned and the lambda crashed. In the same
response, if the value of proxy.statusCode is returned with -1, that means the
revalidation occurred in the background.

The logs are buffered and submitted as batches with the following formats:


json-drains


[
  {
    "id": <identifier>,
    "message": <text>,
    "timestamp": <timestamp>,
    "type": <"stdout" or "stderr">,
    "source": <"build", "static", "external", or "lambda">,
    "projectId": <identifier of project>,
    "deploymentId": <identifier of deployment>,
    "buildId": <identifier of build>,
    "host": <hostname>,
    "entrypoint": <entrypoint>
  },
  {
    "id": <identifier>,
    "message": <text>,
    "timestamp": <timestamp>,
    "requestId": <identifier of request>,
    "statusCode": <HTTP status code of request>,
    "source": <"build", "static", "external", or "lambda">,
    "projectId": <identifier of project>,
    "deploymentId": <identifier of deployment>,
    "executionRegion": <region where the request is executed>,
    "buildId": <identifier of build only on build logs>,
    "destination": <origin of external content only on external logs>,
    "host": <hostname>,
    "path": <path>,
    "level": <"error", "warning", or "info">,
    "proxy": {
      "timestamp": <timestamp of proxy request>,
      "method": <method of request>,
      "scheme": <protocol of request>,
      "host": <hostname>,
      "path": <path of proxy request>,
      "userAgent": <user agent>,
      "referer": <referer>,
      "statusCode": <HTTP status code of proxy request>,
      "clientIp": <client IP>,
      "region": <region request is processed>,
      "cacheId": <original request id when request is served from cache>,
      "errorCode": <error code happened on proxy request>,
    }
  }
]

The requests are posted with an x-vercel-signature header which contains a hash
signature you can use to validate the request body. See the Securing your Log
Drains section to learn how to verify requests.


NDJSON DRAINS

When you choose the ndjson type, the URL receives a HTTPS or HTTP POST request
with JSON objects delimited by newline (\\n) on the POST body. See ndjson.org
for more information on the structure.

Each request receives HTTP headers including x-vercel-signature.

The following are two example POST bodies:


ndjson-drains


{
  "id": "1573817187330377061717300000",
  "message": "done",
  "timestamp": 1573817187330,
  "type": "stdout",
  "source": "build",
  "projectId": "abcdefgdufoJxB6b9b1fEqr1jUtFkyavUURbnDCFCnZxgs",
  "deploymentId": "dpl_233NRGRjVZX1caZrXWtz5g1TAksD",
  "buildId": "bld_cotnkcr76",
  "host": "*.vercel.app",
  "entrypoint": "api/index.js"
}


ndjson-drains


{
  "id": "1573817250283254651097202070",
  "message": "START RequestId: 643af4e3-975a-4cc7-9e7a-1eda11539d90 Version: $LATEST\\n2019-11-15T11:27:30.721Z\\t643af4e3-975a-4cc7-9e7a-1eda11539d90\\tINFO\\thello\\nEND RequestId: 643af4e3-975a-4cc7-9e7a-1eda11539d90\\nREPORT RequestId: 643af4e3-975a-4cc7-9e7a-1eda11539d90\\tDuration: 16.76 ms\\tBilled Duration: 100 ms\\tMemory Size: 1024 MB\\tMax Memory Used: 78 MB\\tInit Duration: 186.49 ms\\t\\n",
  "timestamp": 1573817250283,
  "source": "lambda",
  "requestId": "894xj-1573817250172-7847d20a4939",
  "statusCode": 200,
  "proxy": {
    "timestamp": 1573817250172,
    "path": "/api",
    "userAgent": [
      "Mozilla/5.0 (Macintosh; Intel Mac OS X 10_14_6) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/78.0.3904.97 Safari/537.36"
    ],
    "referer": "*.vercel.app",
    "method": "GET",
    "scheme": "https",
    "host": "*.vercel.app",
    "statusCode": 200,
    "clientIp": "120.75.16.101",
    "region": "sfo1"
  },
  "projectId": "abcdefgdufoJxB6b9b1fEqr1jUtFkyavUURbnDCFCnZxgs",
  "deploymentId": "dpl_233NRGRjVZX1caZrXWtz5g1TAksD",
  "host": "*.vercel.app",
  "path": "api/index.js"
}


SYSLOG DRAIN

When you choose the syslog type, the URL is connected with TLS or TCP. Log Drain
messages are formatted according to RFC5424 framed using octet counting defined
in RFC6587.

Syslog messages resemble the following:


syslog-drains


425 <142>1 2019-11-15T11:42:22.562Z *.vercel.app now proxy - [proxy@54735 requestId="q8k4w-1573818142562-9adfb40ce9d4" statusCode="200" method="GET" path="/api" userAgent="Mozilla/5.0 (Macintosh; Intel Mac OS X 10_14_6) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/78.0.3904.97 Safari/537.36" referer="*.vercel.app" clientIp="120.75.16.101" region="sfo1" signature="b847f4dd531d0b41094fb4b38fd62bde0b0e29a5"]587 <150>1 2019-11-15T11:42:22.833Z *.vercel.app now lambda - [lambda@54735 requestId="q8k4w-1573818142562-9adfb40ce9d4" statusCode="200" path="api/index.js" signature="0900101157dac2a2e555524c2f8d61229b15307d"] BOMSTART RequestId: ec00309f-4514-4128-8b8a-9a0e74900283 Version: $LATEST
2019-11-15T11:42:23.176Z\\tec00309f-4514-4128-8b8a-9a0e74900283\\tINFO\\thello
END RequestId: ec00309f-4514-4128-8b8a-9a0e74900283
REPORT RequestId: ec00309f-4514-4128-8b8a-9a0e74900283\\tDuration: 20.08 ms\\tBilled Duration: 100 ms Memory Size: 1024 MB\\tMax Memory Used: 77 MB\\tInit Duration: 157.97 ms

Similar to JSON and NDJSON drains, a syslog message contains a hash signature
for verifying messages on the signature key of structured data. On syslog
drains, the signature is computed using an OAuth2 secret and the MSG section of
the syslog format.


SECURING YOUR LOG DRAINS

All drains support transport-level encryption using HTTPS or TLS protocols, and
we strongly recommend using them on production and use others only for
development and testing.

When your server starts receiving payloads, it could be a third party sending
log messages to your server if they know the URL. Therefore, it is recommended
to use HTTP Basic Authentication, or verify messages are sent from Vercel using
an OAuth2 secret and hash signature.

For example, if you have a basic HTTP server subscribing to Log Drains, the
payload can be validated like so:


server.js


const http = require('http');
const crypto = require('crypto');
http
  .createServer((req, res) => {
    var body = '';
    req.on('data', function (chunk) {
      body += chunk;
    });
    req.on('end', function () {
      if (!verifySignature(req, body)) {
        res.statusCode = 403;
        res.end("signature didn't match");
        return;
      }
      res.end('ok');
    });
  })
  .listen(3000);
function verifySignature(req, body) {
  const signature = crypto
    .createHmac('sha1', process.env.OAUTH2_SECRET)
    .update(body)
    .digest('hex');
  return signature === req.headers['x-vercel-signature'];
}

You can compute the signature using an HMAC hexdigest from the secret token of
the OAuth2 app and request body, then compare it with the value of the
x-vercel-signature header to validate the payload.


NEXT STEPS


ENDPOINTS

Learn about the available endpoints, their parameters and responses with
examples.


ERRORS

Learn about the different kinds of errors you may encounter when using the Rest
API.


INTERFACES

Learn about the shared interfaces referenced across multiple endpoints.


INTEGRATIONS

Learn how to use the REST API to build your Integrations and work with Redirect
URLs.

Last updated on July 16, 2024

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On this page
 * API Basics
 * Server Specs
 * HTTP and TLS
 * Content Type
 * Authentication
 * Creating an Access Token
 * Expiration
 * Accessing Resources Owned by a Team
 * Failed Authentication
 * Pagination
 * Errors
 * Rate Limits
 * Versioning
 * Types
 * Status and conclusion
 * Output
 * Format and Transport
 * JSON drains
 * NDJSON Drains
 * Syslog Drain
 * Securing your Log Drains
 * Next steps


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