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        • Get a Thermostat Schedule
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      • Create a User Identity
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        • Developing and Launching Your Visionline Plastic Card Encoding App
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            • Step 1: Install Your Visionline Application
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            • Next Steps
          • Developing Your Visionline Plastic Card Encoding App Using a Sandbox Workspace
            • Step 1: Create a Sandbox Workspace
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            • Next Steps
          • Launching Your Visionline Plastic Card Encoding App to a Live Site
            • Step 1: Confirm That Your Visionline Site Meets the Requirements
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            • Step 3: Purchase and Import the Callback Option from ASSA ABLOY
            • Step 4: Create a Production Workspace
            • Step 5: Connect Your Visionline Production Account to Seam
        • Developing and Launching Your Visionline Mobile Key App
          • Developing Your Visionline Mobile Key App
            • Step 1: Complete the ASSA ABLOY Mobile Development Course
            • Step 2: Install Your Visionline Application
            • Step 3: Unblock Required Ports
            • Step 4: Configure a Visionline User Account
            • Step 5: Set up Your Credential Services Account in Visionline
            • Step 6: Configure the Mobile Access UUID in Visionline
            • Step 7: Set up Door Locks with BLE Profiles
            • Step 8: Program Door Locks
            • Step 9: Create a Production Workspace
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            • Next Steps
          • Launching Your Visionline Mobile Key App
            • Step 1: Obtain ASSA ABLOY Certification for Your Mobile Key App
            • Step 2: Confirm That Your Visionline Site Meets the Requirements
            • Step 3: Confirm BLE Module on All Locks
            • Step 4: Set up Door Locks with BLE Profiles
            • Step 5: Program Door Locks
            • Step 6: Configure a Visionline User Account
            • Step 7: Purchase and Import the Callback and Mobile Service Options from ASSA ABLOY
            • Step 8: Create a Production Workspace
            • Step 9: Connect Your Visionline Production Account to Seam
      • Configuring Visionline Mobile Credentials
        • Issuing Various Types of Guest Mobile Credentials
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        • Retrieving Guest and Common Entrances
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      • Mobile Credential-Related Properties
      • Common Use Cases
      • Special Requirements for Android Mobile Access SDK Development
      • Special Requirements for iOS Mobile Access SDK Development
      • Creating Visionline Card-based Credentials
    • August Locks
      • Get started with August locks
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      • Get started with dormakaba Oracode Locks
      • Creating dormakaba Oracode Offline Access Codes
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      • Get Started with ecobee Thermostats
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      • Get Started with Nest Thermostats
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      • Get Started with Honeywell Resideo Thermostats
    • igloohome Locks
      • Get started with igloohome Locks
      • Creating igloohome Offline Access Codes
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      • Get started with Kwikset Wi-Fi Locks
    • Latch Access Control System
      • Latch ACS Setup Instructions
      • Programming Code-Based Latch Credentials
      • Programming Latch ACS Mobile Credentials
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      • Creating Lockly Offline Access Codes
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      • Get started with Minut Sensors
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      • Get started with NoiseAware Sensors
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      • Get Started with Nuki Locks
    • PTI Storlogix Cloud
    • Salto KS Access Control System
      • Salto KS Setup Instructions
      • Programming Salto KS PIN Code Credentials
      • Programming Salto KS Mobile Credentials
      • Special Requirements for Android Mobile Access SDK Development
    • Salto KS Locks
      • Get started with Salto KS Locks
    • Salto ProAccess Space Access System
      • Salto Space Setup Instructions
      • Programming Salto Space Card-based Credentials
      • Programming Salto Space Mobile Credentials
    • Schlage Locks
      • Schlage Locks Setup Instructions
      • Get started with Schlage Locks
    • SmartThings Hubs + Smart Locks
      • Get started with SmartThings Hubs + Smart Locks
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      • Get Started with Tedee Locks
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      • Get started with TTLock Locks
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      • Get started with Wyze Locks
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      • Get started with Yale Locks
    • Get started with Smart Locks
  • Device Manufacturer Guidance
    • Creating a Seam-Compatible Intercom API
      • Creating OAuth Endpoints
      • Creating Intercom CRUD Endpoints
      • Creating Access Code CRUD Endpoints
      • Creating the Health Endpoint
    • Creating a Seam-Compatible Door Locks API
      • Creating OAuth Endpoints
      • Creating Door Lock CRUD Endpoints
      • Creating Access Code CRUD Endpoints
      • Creating the Health Endpoint
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On this page
  • Step 1 — Connect Devices
  • Step 2 — Get an API Key and SDK
  • Create an API Key
  • Install the Seam SDK
  • Step 3 — Unlock a Door
  • Congrats!
  • Connect a Real Device
  • Connect Users' Devices
  • Learn about Devices and Capabilities

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Quick Start

Seam provides a unified API to connect and control IoT devices, such as smart locks, thermostats, cameras, and sensors. This guide walks you through issuing your first device API call.

PreviousSeam DocumentationNextGo Live!

Last updated 3 months ago

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Step 1 — Connect Devices

To get started with Seam, first connect a set of devices.

  1. In a web browser, go to at and create an account. Once you have logged in to Seam Console, you are working in the default .

  2. In the upper-right corner of the Devices page, click Add Devices.

    Seam Console displays an authorization flow (known as a ) that enables you to connect a device account to Seam.

  3. In the Connect Webview, click Continue.

  4. In the manufacturer list, select .

  5. When prompted, type the following sample (sandbox) credentials:

    • Email: jane@example.com

    • Password: 1234

  6. Click Submit.

  7. When prompted for a two-factor authentication (2FA) method, select Email.

  8. In the Two Factor Code field, type 123456 and then click Submit and Continue.

Once authorized, the devices associated with this test account appear in your workspace.

Step 2 — Get an API Key and SDK

Create an API Key

  1. In the left navigation pane, click API Keys.

  2. In the upper-right corner of the API Keys page, click Add API Key.

  3. In the Add API Key dialog, type a name for your new API key and then click Create API Key.

  4. Copy the newly-created API key and store it for future use.

Install the Seam SDK

Install one of the Seam SDKs in the programming language of your choice.

npm i seam
pip install seam
# For some development environments, use pip3 in this command instead of pip.
bundle add seam
composer require seamapi/seam

Gradle:

// build.gradle
dependencies {
    implementation 'io.github.seamapi:java:0.x.x'
}

Maven:

<!-- pom.xml -->
<dependency>
    <groupId>io.github.seamapi</groupId>
    <artifactId>java</artifactId>
    <version>0.x.x</version>
</dependency>
go get github.com/seamapi/go

Step 3 — Unlock a Door

Unlock your first door!

To start, open a terminal window and export your API key as an environment variable.

$ export SEAM_API_KEY=seam_test2bMS_94SrGUXuNR2JmJkjtvBQDg5c

The Seam SDK that you have installed automatically uses this API key once you have exported it.

Code:

from seam import Seam

seam = Seam()  # Seam automatically uses your exported SEAM_API_KEY.

# Retrieve all devices, filtered by manufacturer,
# which is one of several filters that list() supports.
all_august_locks = seam.devices.list(manufacturer="august")

# Select the first device as an example.
front_door = all_august_locks[0]

# Confirm that the device can remotely unlock.
# You're using a capability flag here!
if front_door.can_remotely_unlock:
  # Perform the unlock operation
  # and return an action attempt.
  action_attempt=seam.locks.unlock_door(device_id=front_door.device_id)

Output:

ActionAttempt(
  status='pending',
  action_type='UNLOCK_DOOR',
  action_attempt_id='11111111-2222-3333-4444-555555555555',
  result=None,
  error={}
)

Code:

# Retrieve all devices, filtered by manufacturer, which is
# one of several filters that the list endpoint supports.
all_august_locks=$(
  # Use GET or POST.
  curl -X 'GET' \
    'https://connect.getseam.com/devices/list' \
    -H 'accept: application/json' \
    -H "Authorization: Bearer ${SEAM_API_KEY}" \
    -H 'Content-Type: application/json' \
    -d '{
    "manufacturer": "august"
  }')

# Select the first device as an example.
front_door=$(jq -r '.devices[0]' <<< ${all_august_locks})

# Confirm that the device can remotely unlock.
# You're using a capability flag here!
if  $(jq -r '.can_remotely_lock' <<< ${front_door}); then \
  # Perform the unlock operation
  # and return an action attempt.
  curl -X 'POST' \
    'https://connect.getseam.com/locks/unlock_door' \
    -H 'accept: application/json' \
    -H "Authorization: Bearer ${SEAM_API_KEY}" \
    -H 'Content-Type: application/json' \
    -d "{
      \"device_id\": \"$(jq -r '.device_id' <<< ${front_door})\"
  }";
fi

Output:

{
  "action_attempt": {
    "status":"pending",
    "action_type":"UNLOCK_DOOR",
    "action_attempt_id":"11111111-2222-3333-4444-555555555555",
    "result":null,
    "error":null
  },
  "ok":true
}

Code:

import { Seam } from "seam";

const seam = new Seam(); // Seam automatically uses your exported SEAM_API_KEY.

// Retrieve all devices, filtered by manufacturer,
// which is one of several filters that list() supports.
const allAugustLocks = await seam.devices.list({manufacturer: "august"});

// Select the first device as an example.
const frontDoor = allAugustLocks[0];

// Confirm that the device can remotely unlock.
// You're using a capability flag here!
if (frontDoor.can_remotely_unlock) {
  // Perform the unlock operation
  // and return an action attempt.
  const actionAttempt = await seam.locks.unlockDoor({
    device_id: frontDoor.device_id
  });
};

Output:

{
  actionAttempt: {
    status: 'success',
    action_attempt_id: '11111111-2222-3333-4444-555555555555',
    action_type: 'UNLOCK_DOOR',
    result: {},
    error: null
  }
}

Code:

require "seam"

seam = Seam.new() # Seam automatically uses your exported SEAM_API_KEY.

# Retrieve all devices, filtered by manufacturer,
# which is one of several filters that list() supports.
all_august_locks = seam.devices.list(manufacturer: "august")

# Select the first device as an example.
front_door = all_august_locks[0]

# Confirm that the device can remotely unlock.
# You're using a capability flag here!
if (front_door.can_remotely_unlock)
  # Perform the unlock operation
  # and return an action attempt.
  action_attempt = seam.locks.unlock_door(device_id: front_door.device_id)
end

Output:

<Seam::ActionAttempt:0x00438
  status="pending"
  action_type="UNLOCK_DOOR"
  action_attempt_id="11111111-2222-3333-4444-555555555555"
  result=nil>

Code:

<?php
require 'vendor/autoload.php';

$seam = new Seam\SeamClient(); // Seam automatically uses your exported SEAM_API_KEY.

// Retrieve all devices, filtered by manufacturer,
// which is one of several filters that list() supports.
$all_august_locks = $seam->devices->list(manufacturer: "august");

// Select the first device as an example.
$front_door = $all_august_locks[0];

// Confirm that the device can remotely unlock.
// You're using a capability flag here!
if ($front_door->can_remotely_unlock) {
  // Perform the unlock operation
  // and return an action attempt.
  $action_attempt = $seam->locks->unlock_door(device_id: $front_door->device_id);
}

Output:

{
  "action_attempt_id":"11111111-2222-3333-4444-555555555555",
  "action_type":"UNLOCK_DOOR",
  "error":null,
  "result":{},
  "status":"success"
}

Code:

using Seam.Client;

var seam = new SeamClient(apiToken: SEAM_API_KEY);

// Retrieve all devices, filtered by manufacturer,
// which is one of several filters that list() supports.
var allAugustLocks = seam.Devices.List(
  manufacturer: Seam.Api.Devices.ListRequest.ManufacturerEnum.August
);

// Select the first device as an example.
Device frontDoor = allAugustLocks[0];

// Confirm that the device can remotely unlock.
// You're using a capability flag here!
if (frontDoor.CanRemotelyUnlock == true) {
  // Perform the unlock operation
  // and return an action attempt.
  ActionAttempt actionAttempt = seam.Locks.UnlockDoor(deviceId: frontDoor.DeviceId);
}

Output:

{
  "status": "pending",
  "action_type": "UNLOCK_DOOR",
  "action_attempt_id": "11111111-2222-3333-4444-555555555555"
}

Code:

import java.io.Console;
import java.util.*;
import com.fasterxml.jackson.annotation.*;
import com.fasterxml.jackson.databind.annotation.JsonDeserialize;
import com.seam.api.Seam;
import com.seam.api.core.ObjectMappers;
import com.seam.api.types.Device;
import com.seam.api.types.Manufacturer;
import com.seam.api.types.ActionAttempt;
import com.seam.api.resources.devices.requests.DevicesListRequest;
import com.seam.api.resources.locks.requests.LocksUnlockDoorRequest;

public class Main {

  public static void main(String[] args) {

    Seam seam = Seam.builder()
      .apiKey(SEAM_API_KEY)
      .build();

    // Retrieve all devices, filtered by manufacturer,
    // which is one of several filters that list() supports.
    var allAugustLocks = seam.devices().list(DevicesListRequest.builder()
      .manufacturer(Manufacturer.AUGUST)
      .build());
    
    // Select the first device as an example.
    Device frontDoor = allAugustLocks.get(0);
    
    // Confirm that the device can remotely unlock.
    // You're using a capability flag here!
    if (frontDoor.getCanRemotelyUnlock())
    {
      // Perform the unlock operation
      // and return an action attempt.
      ActionAttempt actionAttempt = seam.locks()
        .unlockDoor(LocksUnlockDoorRequest.builder()
          .deviceId(frontDoor.getDeviceId())
          .build());
    }
  }
}

Output:

Optional[
  {
    "action_type" : "UNLOCK_DOOR",
    "action_attempt_id" : "11111111-2222-3333-4444-555555555555",
    "status" : "pending"
  }
]

Code:

package main

import (
  "context"
  "fmt"
  "os"

  api "github.com/seamapi/go"
  seam "github.com/seamapi/go/client"
)

func main() {
  if err := run(); err != nil {
    _, _ = fmt.Fprintln(os.Stderr, err.Error())
    os.Exit(1)
  }
}

func run() error {
  client := seam.NewClient(
    seam.WithApiKey(SEAM_API_KEY),
  )
  
  // Retrieve all devices, filtered by manufacturer,
  // which is one of several filters that list() supports.
  allAugustLocks, err := client.Devices.List(
    context.Background(), &api.DevicesListRequest{
      Manufacturer: api.ManufacturerAugust.Ptr(),
    },
  )
  
  // Select the first device as an example.
  frontDoor := allAugustLocks[0]
  
  if err != nil {
    return err
  }

  // Confirm that the device can remotely unlock.
  // You're using a capability flag here!
  if *frontDoor.CanRemotelyUnlock {
    // Perform the unlock operation.
    actionAttempt, err := client.Locks.UnlockDoor(
      context.Background(),
      &api.LocksUnlockDoorRequest{
        DeviceId: frontDoor.DeviceId,
      },
    )
  
    if err != nil {
      return err
    }
  }
  
  return nil
}

Output:

&{pending <nil>
  {
    "status": "pending",
    "action_type": "UNLOCK_DOOR",
    "action_attempt_id": "11111111-2222-3333-4444-555555555555",
    "result": null,
    "error": null
  }
<nil>} <nil>

Here are some ideas of what you can do next...

Connect a Real Device

Connect Users' Devices

Learn about Devices and Capabilities

To control the devices that you connected in , you must create an API key and install the Seam SDK in the programming language of your choice.

In the top navigation pane of , click Developer.

Seam provides client libraries for many languages, such as JavaScript, Python, Ruby, PHP, and others, as well as a Postman collection and spec.

JavaScript / TypeScript (, )

Python (, )

Ruby Gem (, )

PHP (, )

Java ()

C# (, )

Go ()

Install using .

Next, use the following code to retrieve one of the devices that you connected in , inspect the supported capabilities of the device, and use the Seam API to unlock the door:

Congrats!

Now that you have completed the Seam API Quick Start, you are well on your way to writing code that can actually control the physical world!

If you have a real device, you can try to control it using the steps in this Quick Start. Note that you must first because sandbox workspaces only enable you to connect test accounts and devices. For more information, see .

If you are creating an app to control your users' devices, see . Seam Connect Webviews are fully-embedded client-side components that you add to your app if you want to enable your users to import their own devices using your app. Your users interact with your embedded Connect Webviews to link their IoT device accounts to Seam through your app. That is, Connect Webviews walk your users through the process of logging in to their device accounts. Seam handles all the authentication steps, and—once your user has completed the authorization through your app—you can access and control their devices using the Seam API.

Seam supports many device categories. Each device can be broken down into . A capability indicates what the device can do, what properties it has, and what events it emits. To learn more about specific capabilities, such as access codes or thermostats, see the following guides:

🚲
🎉
😎
Seam Console
OpenAPI
npm
GitHub
pip
GitHub
rubygem
GitHub
packagist
GitHub
GitHub
nuget
GitHub
GitHub
nuget
Connect Webviews
device capabilities
Step 1
Step 1
Seam Console
https://console.seam.co/
Connect Webview
August
Workspaces

Thermostats API

Get started →

sandbox workspace
create a production workspace
Use Connect Webviews to enable your users to authorize your app to control their devices.
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Door Locks API

Get started →

Cover

Noise Sensors API

Get started →

Cover

Access Control Systems API

Get started →