Hi, I'm a newbie. How to organize broadcast from obs studio via rtmp to the cloud.livekit

Thanks for reaching out, Vjacheslav. I'm an AI assistant and I'm here to help. Give me a moment while I research this topic.

how to create ingress using api?

Hey there! If you want to create an Ingress using the LiveKit API, here’s a simple step-by-step guide to help you out: 1. First, set up your Ingress client:

const { IngressClient } = require('livekit-server-sdk');

const ingressClient = new IngressClient(
  'your-livekit-host',
  'your-api-key',
  'your-api-secret'
);

2. Next, define the options for creating your Ingress:

const createIngressOptions = {
  name: "My Ingress",
  roomName: "my-room",
  participantIdentity: "ingress-participant",
  participantName: "Ingress Participant",
  inputType: livekit.IngressInput.RTMP_INPUT, // RTMP_INPUT = 0
  audio: {
    name: "audio-track",
    source: livekit.TrackSource.MICROPHONE,
    preset: livekit.IngressAudioEncodingPreset.OPUS_STEREO_96KBPS,
  },
  video: {
    name: "video-track",
    source: livekit.TrackSource.CAMERA,
    preset: livekit.IngressVideoEncodingPreset.H264_1080P_30FPS_3_LAYERS,
  }
};

3. Finally, create the Ingress:

const ingress = await ingressClient.createIngress(
  livekit.IngressInput.RTMP_INPUT,
  createIngressOptions
);

Here are some key parameters to keep in mind: • inputType: This tells LiveKit what kind of Ingress you’re creating (RTMP, WHIP, or URL input). • roomName: The name of the LiveKit room you want to connect to. • participantIdentity: A unique ID for the participant joining the room. • participantName: The display name that will show up for the participant. • audio and video: These let you customize encoding options for your audio and video tracks. If you want to dive deeper, check out the LiveKit Ingress Documentation. And hey, if you have any questions or need a hand, just let me know—I’m here to help!

what program to use for api requests?

Here are some handy tools and SDKs you can use to make API requests to LiveKit: 1. LiveKit Python SDK: ◦ To get started, just run:

pip install livekit-api

◦ Here’s a quick example:

from livekit import api
lkapi = api.LiveKitAPI()
rooms = await lkapi.room.list_rooms(api.proto_room.ListRoomsRequest(names=['test-room']))

1. LiveKit CLI Tool: ◦ This is a command-line interface that makes interacting with LiveKit APIs super straightforward. ◦ For example:

lk token create --api-key $LIVEKIT_API_KEY --api-secret $LIVEKIT_SECRET_KEY --list --valid-for 24h

1. LiveKit Server SDKs: ◦ JavaScript: Comes with SIP client and server APIs. ◦ Go: Also includes SIP client and server APIs. ◦ Ruby: Great for room management, egress, and SIP APIs. ◦ Java/Kotlin: Perfect for room management and SIP APIs. Pick the tool or SDK that fits your programming language and what you’re trying to do. And hey, if you want a hand with any specific tool or example, just give me a shout—I’m here to help! Sources: livekit-api/setup.py | README.md

LiveKit CLI Tool: how to write such a query

Hey there! To create an Ingress using the LiveKit CLI, just follow these simple steps: 1. First, set up your environment variables:

export LIVEKIT_URL=<LIVEKIT_HOST_URL>
export LIVEKIT_API_KEY=<YOUR_API_KEY>
export LIVEKIT_API_SECRET=<YOUR_API_SECRET>

2. Next, create a JSON configuration file: ◦ For RTMP/WHIP Input:

{
  "input_type": 0, // 0 for RTMP, 1 for WHIP
  "name": "Ingress Name",
  "room_name": "Room Name",
  "participant_identity": "Participant Identity",
  "participant_name": "Participant Name",
  "enable_transcoding": true
}

◦ For URL Input:

{
  "input_type": 2, // or "URL_INPUT"
  "name": "Ingress Name",
  "room_name": "Room Name",
  "participant_identity": "Participant Identity",
  "participant_name": "Participant Name",
  "url": "<MEDIA_URL>"
}

1. Finally, run this command to create your Ingress:

lk ingress create ingress.json

A couple of quick notes for you: • input_type: Use

0

for RTMP,

1

for WHIP, and

2

for URL input. • enable_transcoding: This is optional in most cases but you'll need it for non-WHIP inputs. Once you run the command, it’ll create the Ingress and give you details like the IngressID, URL, and StreamKey (for RTMP/WHIP) or start pulling media right away (for URL input). If you have any questions or need a hand with anything else, just let me know—I’m here to help!

lk ingress create ingress.json here is such a mistake: Using url, api-key, api-secret from environment proto: syntax error (line 2:20): invalid value /

It looks like the syntax error could be coming from something in the JSON configuration file or the command you’re using. Would you mind sharing: • The exact content of your JSON file (just make sure to leave out any sensitive info). • The full command you ran with the LiveKit CLI. That way, I can take a closer look and help figure out what’s going on so we can get it sorted out together. Sources: cmd/lk/proto.go | livekit/livekit_ingress.twirp.go

{ "input_type": 0, // 0 for RTMP, 1 for WHIP "name": "Ingress_test", "room_name": "Room_test", "participant_identity": "Participant Identity Test", "participant_name": "Participant Name Test", "enable_transcoding": true }

Hey there! The JSON file you shared looks mostly good, but I think the hiccup might be due to that inline comment (

// 0 for RTMP, 1 for WHIP

) inside the JSON. JSON doesn’t actually support comments, so that’s probably causing a syntax error. If you could remove that comment and give it another shot, that should do the trick. Your JSON should look like this:

{
  "input_type": 0,
  "name": "Ingress_test",
  "room_name": "Room_test",
  "participant_identity": "Participant Identity Test",
  "participant_name": "Participant Name Test",
  "enable_transcoding": true
}

Once you’ve saved the updated file, just run this command again:

lk ingress create ingress.json

If you run into any more trouble, just let me know—I’m here to help!

it worked out

Hey there! Once you’ve got Ingress set up, here’s how you can watch the broadcast: 1. Make sure the stream is live: ◦ Check that your streaming software (like OBS Studio) is sending data to LiveKit using the Ingress URL and Stream Key. 1. Join as a viewer: ◦ Head over to your app’s watch page. Usually, it’s a URL that looks like

/watch?at=${auth_token}&rt=${connection_details.token}

. ◦ You’ll see the Ingress participant in the room, and the broadcast will be ready for everyone to watch. If you run into any issues setting up the watch page or getting the broadcast going, just give me a shout—I’m here to help! Sources: README.md | Ingress Overview | LiveKit Docs | Ingress overview | LiveKit Docs | livekit/livekit_ingress.pb.go

this is what I insert into OBS studio rtmps://streamtest-zpooasec.rtmp.livekit.cloud/x 7qww2Safb2sN which URL should I go to?

Hey there! The RTMP URL you shared (`rtmps://streamtest-zpooasec.rtmp.livekit.cloud/x`) is actually for sending your stream to LiveKit. To watch the broadcast, you’ll want to join the LiveKit room where your stream is being sent. Here’s a simple way to watch the broadcast: 1. Join the LiveKit Room: ◦ Jump in using a WebRTC client or your app’s watch page. ◦ The room name is probably what you set up during the Ingress setup (like

Room_test

). 1. Access the Watch Page: ◦ If your app has a watch page, it usually looks like

/watch?at=${auth_token}&rt=${connection_details.token}

. ◦ Make sure you’ve got the right authentication token to get in. If you want, I’m here to help you generate an authentication token or figure out how to access the watch page—just give me a shout! Sources: Ingress Overview | LiveKit Docs

help generate authentication token or figure out how to access view page

Here’s a simple way to generate an authentication token and access the watch page: 1. Generate an Authentication Token: ◦ Using the LiveKit CLI: `lk token create --api-key <api_key> --api-secret <api_secret> --join --room <room_name> --identity <user_identity>`Just swap out

<api_key>

,

<api_secret>

,

<room_name>

, and

<user_identity>

with your own details. ◦ Programmatically (like in a server-side script): `import { AccessToken } from "livekit-server-sdk"; const token = new AccessToken("your_api_key", "your_api_secret", { identity: "user_identity" }); token.addGrant({ room: "room_name", roomJoin: true }); const jwt = token.toJwt();`This will create a JWT token that lets you join the room you want. 1. Access the Watch Page: ◦ Use the token you generated to join the LiveKit room through your app’s watch page. ◦ The watch page URL usually looks like

/watch?at=${auth_token}&rt=${connection_details.token}

. ◦ Make sure your app’s frontend is ready to accept the token and connect to the LiveKit room smoothly. If you’d like a hand with setting this up or need more details, just give me a shout—I’m here to help! Sources: src/app/(stream)/watch/[roomName]/page.client.tsx | CLI Setup | LiveKit Docs | README.md | Next.js quickstart | LiveKit Docs

how to find out user_identity?

Hey there! The

user_identity

is basically a unique name for each person joining a LiveKit room. You get to pick it yourself when you create the authentication token. Here's how you can do it: • Using the CLI: `lk token create --room my-room --identity user123 --join`This will make a token for someone with the identity

user123

to hop into the room called

my-room

. • Using the SDK: `from livekit import api token = ( api.AccessToken("your_api_key", "your_api_secret") .with_identity("user123") # Set user_identity .with_grants( api.VideoGrants( room_join=True, room="my-room", ) ) .to_jwt() )`Just swap out

user123

with whatever unique ID you want for the participant. Just a heads up: make sure every participant has their own unique

user_identity

so there aren’t any connection mix-ups. If anything’s unclear or you want to dive deeper, I’m here to help!

auth_token =

Access token: eyJhbGciOiJIUzI1NiIsInR5cCI6IkpXVCJ9.eyJleHAiOjE3NTQ5Mzk2OTEsImlkZW50aXR5IjoidXNlcjEyMyIsImlzcyI6IkFQSXhLTU5wczhRY2k0dyIsIm5hbWUiOiJ1c2VyMTIzIiwibmJmIjoxNzU0OTM5MzkxLCJzdWIiOiJ1c2VyMTIzIiwidmlkZW8iOnsicm9vbSI6IlJvb21fdGVzdCIsInJvb21Kb2luIjp0cnVlfX0.ru12g46uKyGWFQwoTAuLg6Kun7AQfCgfQ196p1dA9dU

Great news! The access token you provided is formatted just right and has all the necessary info to join the LiveKit room. Here’s a quick guide on how to use it: 1. Head over to the Watch Page: ◦ Use the token to hop into the LiveKit room through your app’s watch page. ◦ The watch page URL might look something like this: `/watch?at=eyJhbGciOiJIUzI1NiIsInR5cCI6IkpXVCJ9...`Just swap out the token in the URL with the one you created. 1. Join the Room: ◦ Make sure your app’s frontend is ready to accept the token and connect to the LiveKit room. ◦ The room name you’ll be joining is

Room_test

, as set in the token. If you’d like a hand with plugging the token into your app or getting to the watch page, just give me a shout—I’m here to help!

Does the URL look like this?

Hey! The URL you shared (`wss://streamtest-zpooasec.livekit.cloud/watch?at=eyJhbGciOiJIUzI1NiIsInR5cCI6IkpXVCJ9...`) looks good for LiveKit. It’s using the

wss://

protocol, which means your WebSocket connection is secure, and it has the authentication token right there as a query parameter. You can go ahead and use this URL to hop onto the watch page and join the LiveKit room. If you run into any hiccups or have questions, just give me a shout—I’m here to help! Sources: livekit-api/src/signal_client/mod.rs

How do I go to the viewing page?

To check out the viewing page, just open the URL in a web browser or use a WebRTC-compatible client that works with LiveKit. The URL you shared (`wss://streamtest-zpooasec.livekit.cloud/watch?at=eyJhbGciOiJIUzI1NiIsInR5cCI6IkpXVCJ9...`) should take you straight to the watch page, as long as your app is set up the right way. If you’re using a custom app, make sure the frontend is set up to handle the

at

(authentication token) parameter and connect to the LiveKit room. And hey, if you want a hand with the setup, just let me know—I’m here to help!

WebRTC-compatible client?

Hey there! A WebRTC-compatible client is basically software or an app that supports WebRTC protocols to make real-time communication happen smoothly. For LiveKit, here are some great options you can try out: 1. LiveKit Web SDK: ◦ This lets you build a custom web-based client to watch broadcasts your way. ◦ For example, you can add the

LiveKitRoom

component right into your React app to connect to a room easily. 1. LiveKit React Native SDK: ◦ If you’re working on mobile apps, the

@livekit/react-native

package is your friend for building a WebRTC-compatible client. ◦ Just install these packages to get started:

npm install @livekit/react-native @livekit/react-native-webrtc livekit-client

1. LiveKit Examples: ◦ Want to see some real examples? Check out apps like the React Native Meet on GitHub. If you’d prefer a ready-made client, the LiveKit example apps are a great place to start, or you can build your own with the SDKs. And hey, if you want a hand setting up any of these, just give me a shout—I’m here to help!

LiveKit Web SDK how to deploy on server and play WebRTC using java script

Hey there! If you're looking to deploy the LiveKit Web SDK on a server and use WebRTC with JavaScript, here’s a friendly step-by-step guide to get you started: 1. Deploy the LiveKit Server: ◦ For development, just run: `livekit-server --dev`This kicks off a development server with some placeholder API keys to play around with. ◦ When you’re ready for production, check out the LiveKit deployment documentation for all the details. 1. Install the LiveKit Client SDK:

npm install livekit-client

2. Connect to the Room:

import { Room } from 'livekit-client';

const wsURL = '<ws://your-server-url:7880>'; // Swap this with your actual server URL
const token = 'your-generated-token';     // Use a valid token here

const room = new Room();
await room.connect(wsURL, token);
console.log('Connected to room:', room.name);

// Now, let's publish your local camera and microphone tracks
await room.localParticipant.enableCameraAndMicrophone();

3. Handle Tracks and Events:

room.on(RoomEvent.TrackSubscribed, (track, publication, participant) => {
  if (track.kind === Track.Kind.Video || track.kind === Track.Kind.Audio) {
    const element = track.attach();
    document.body.appendChild(element);
  }
});

4. Generate Access Tokens: ◦ Remember, tokens should be created server-side using the LiveKit Server SDK. Here’s a Node.js example:

const { Server } = require('livekit-server-sdk');
const server = new Server('your-api-key', 'your-api-secret');

const token = await server.createToken({
  join: true,
  room: 'your-room-name',
  identity: 'user-id',
});

◦ And a quick tip: never hardcode tokens in your client-side code for security reasons. For a full, hands-on example, take a peek at the LiveKit JavaScript Quickstart. If you hit any bumps or have questions, just give me a shout—I’m here to help! Sources: examples/demo/index.html | JavaScript quickstart (web) | LiveKit Docs | JavaScript quickstart (web) | LiveKit Docs | deploy/README.md

как воспроизвести WebRTC используя ява скрипт ?

Чтобы воспроизвести WebRTC с использованием JavaScript в LiveKit, давайте пройдемся по основным шагам вместе: 1. Получите поток с элемента Canvas:

const canvas = document.getElementById('myCanvas');
const stream = canvas.captureStream(30);

2. Создайте Peer Connection:

const peerConnection = new RTCPeerConnection();

// Добавьте треки в соединение
stream.getTracks().forEach(track => {
    peerConnection.addTrack(track, stream);
});

3. Создайте Offer и установите локальное описание:

peerConnection.createOffer().then(offer => {
    return peerConnection.setLocalDescription(offer);
});

4. Обрабатывайте ICE-кандидаты:

peerConnection.onicecandidate = event => {
    if (event.candidate) {
        // Обработка ICE-кандидата
    }
};

5. Добавьте треки и поток:

peerConnection.addEventListener('track', event => {
    const remoteVideo = document.getElementById('remoteVideo');
    if (remoteVideo.srcObject) {
        remoteVideo.srcObject.addTrack(event.track);
    } else {
        remoteVideo.srcObject = new MediaStream();
        remoteVideo.srcObject.addTrack(event.track);
    }
});

Если хотите узнать больше и посмотреть примеры, загляните в руководство по JavaScript Quickstart от LiveKit. А если что-то будет непонятно или нужна помощь — просто дайте знать, я всегда рад помочь!

is there a ready WebRTC application?

Absolutely! LiveKit offers a bunch of ready-to-use WebRTC applications that are great starting points: 1. LiveKit Meet: This is a video conferencing app that highlights real-time audio and video features. You can check out the source code over at the LiveKit GitHub repository. 2. Spatial Audio Demo: A cool demo that shows off spatial (positional) audio capabilities. 3. Livestreaming from OBS Studio: This one walks you through how to connect LiveKit with OBS Studio for live streaming. 4. AI Voice Assistant using ChatGPT: An example that combines LiveKit with AI for real-time interactions. All these apps are fully functional and super flexible, so you can tweak them to fit exactly what you need. Feel free to explore them in the LiveKit GitHub repository. If you’d like a hand setting any of these up or customizing them, just let me know—I’m here to help! Sources: README.md

with what application can i play WebRTC?

Here are some great ways you can play WebRTC streams: 1. Web Browsers: You can use popular browsers like Chrome or Firefox that support WebRTC. LiveKit's client libraries make it super easy to get things up and running. 2. React Applications: If you’re building with React, LiveKit's Web SDK is a handy tool to help you play WebRTC streams smoothly. 3. Native Mobile Apps: Want to create iOS or Android apps? LiveKit’s client libraries have you covered for streaming on mobile devices. 4. Custom Applications: For more specialized needs like video calls or real-time media processing, you can build your own WebRTC apps using LiveKit's frameworks. If you’d like a hand setting any of these up, just give me a shout—I’m here to help! Sources: Protocol &amp; WebRTC | livekit/livekit_composite | DeepWiki | README.md | Neil Dwyer - LiveKit Blog | LiveKit Blog

what library to add to firefox to play WebRTC?

To get WebRTC working smoothly in Firefox with LiveKit, you’ll want to use the LiveKit Client SDK. It comes with all the little fixes and tweaks needed to make sure WebRTC plays nice in Firefox. Just add the LiveKit Client SDK to your project, and it’ll take care of the rest. If you want, I’m here to help you set it up—just give me a shout!

LiveKit Client SDK to your project?

Hey there! To get the LiveKit Client SDK up and running in your browser project, you’ve got a couple of easy options: 1. Using a Package Manager: ◦ Just install the SDK with npm or Yarn:

npm install livekit-client --saveyarn add livekit-client

1. Using a Script Tag: ◦ Pop the SDK right into your HTML file like this:

<script src="https://cdn.jsdelivr.net/npm/livekit-client/dist/livekit-client.umd.min.js"></script>

◦ Then you can access it via the

LivekitClient

global namespace. For example:

const livekit = LivekitClient;

If you want a hand setting things up or have any questions about using the SDK, just give me a shout—I’m here to help!

i.e. it can't be opened directly from the browser?

Hey there! You can totally open a LiveKit WebRTC application right from your browser, but just a heads-up—it needs a frontend app to connect with the LiveKit server. This app uses the LiveKit Client SDK to handle all the WebRTC streams and interactions smoothly. If you’re looking to quickly test or peek into a LiveKit room without building something from scratch, no worries! There’s a handy pre-built example app you can deploy or run locally. Just open it in your browser, and you’re good to join a room. Feel free to reach out if you want a hand setting up the example app or if you’re thinking about creating your own custom frontend—I’m here to help!

If you’re looking to quickly test or peek into a LiveKit room without building something from scratch, no worries! There’s a handy pre-built example app you can deploy or run locally. Just open it in your browser, and you’re good to join a room?

Yes, exactly! LiveKit offers some handy pre-built example apps that let you jump right in and test or join a room without having to build everything from scratch. You can either run these apps locally or deploy them, then just open them up in your browser to connect to a LiveKit room. If you want, I’d be happy to walk you through setting up one of these example apps. Just let me know how you’d like to move forward!

Give an example of an application

Hey there! Just wanted to share a handy example of a pre-built LiveKit app called LiveKit Meet. It’s a great way to test things out and hop into LiveKit rooms. You can check it out here:

<https://meet.livekit.io>

. Here’s a quick guide on how to use it: 1. Pop your token into the "Custom" tab. 2. Once you’re connected, your mic and camera will start streaming live. 3. Others can join the same room by using their own tokens. If you want to try out multi-user sessions, here’s what you can do: 1. Create a second token with a different identity. 2. Open LiveKit Meet in another browser tab. 3. Join the same room from there. If you’d like a hand generating tokens or setting everything up, just give me a shout—I’m here to help! Sources: CLI Setup | LiveKit Docs

Good evening. The broadcast is not playing. Project URL: wss://streamtest-zpooasec.livekit.cloud Access token: eyJhbGciOiJIUzI1NiIsInR5cCI6IkpXVCJ9.eyJleHAiOjE3NTUwMjI2NDIsImlkZW50aXR5IjoidXNlcjEyMzQ1NiIsImlzcyI6IkFQSXhLTU5wczhRY2k0dyIsIm5hbWUiOiJ1c2VyMTIzNDU2IiwibmJmIjoxNzU1MDIyMzQyLCJzdWIiOiJ1c2VyMTIzNDU2IiwidmlkZW8iOnsicm9vbSI6IlJvb21fdGVzdCIsInJvb21Kb2luIjp0cnVlfX0.2qtbYigXX8713piemuuTuaCWfx5aT0a8OEYU8bH1_ak by address https://meet.livekit.io

Hey there! To get to the bottom of this, could you share a bit more info? • Are you using this on a web browser, or through an iOS or Android app? • Do you happen to see any specific error messages in the console or logs? • Have you checked if the access token has the right permissions to join the room? • Is the room connection working at all, or are you having trouble connecting? With these details, I’ll be able to help you much better and find a solution together. Sources: Docs/ios-screen-sharing.md | packages/livekit-rtc/src/room.ts | README.md | packages/react/src/components/LiveKitRoom.tsx | cmd/lk/token.go

ingress how to delete?

Hey there! If you want to delete an Ingress in LiveKit, here’s a simple way to do it: 1. Make sure you’re authenticated: Double-check that your API key and secret are set up correctly. If you’re using the CLI, you can set these up through environment variables. 2. Find the Ingress ID: Run this command to see all your Ingresses and spot the one you want to remove:

lk ingress list

3. Delete the Ingress: Use this command with the Ingress ID you found: `lk ingress delete <ingress_id>`Just swap out

<ingress_id>

with the actual ID of the Ingress you want to delete. If you get stuck or want a hand with anything else, just give me a shout! Sources: Ingress overview | LiveKit Docs | pkg/service/ingress.go | ingressclient.go | livekit-protocol/livekit/protocol/ingress.pyi | autocomplete/fish_autocomplete

root@v2901230:/var/www/html# lk ingress delete IN_qEyXCzR5sW5H Using url, api-key, api-secret from environment IngressID: IN_qEyXCzR5sW5H Status: ENDPOINT_INACTIVE URL: rtmps://streamtest-zpooasec.rtmp.livekit.cloud/x Stream Key: YMr2Vf99pMHt

Hey there! The command you ran found the Ingress with ID

IN_qEyXCzR5sW5H

, and its status is

ENDPOINT_INACTIVE

. It looks like the Ingress hasn’t been deleted just yet. To delete it, just make sure you confirm by running this command again:

lk ingress delete IN_qEyXCzR5sW5H

If it still doesn’t go through, no worries—just let me know if you see any error messages or run into any issues, and I’m here to help!

root@v2901230:/var/www/html# lk ingress delete IN_qEyXCzR5sW5H Using url, api-key, api-secret from environment twirp error not_found: object cannot be found root@v2901230:/var/www/html#

Hey there! The error

twirp error not_found: object cannot be found

usually means that the Ingress with ID

IN_qEyXCzR5sW5H

isn’t around anymore or can’t be found in the system. Here are a few friendly steps to help you check and fix this: 1. List All Ingresses: `lk ingress list`Take a look to see if the Ingress ID

IN_qEyXCzR5sW5H

shows up. If it’s missing, it might have been deleted or maybe it never got created properly. 2. Verify Environment Variables: Double-check that your

LIVEKIT_URL

,

LIVEKIT_API_KEY

, and

LIVEKIT_API_SECRET

are all set correctly and match the project where you created the Ingress. 3. Check for Ingress Status: If the Ingress is inactive or deleted, you might need to create a new one instead of trying to delete it again. If you’re still stuck after this, just give me a shout—I’m here to help!

Hey there! It looks like the WebSocket connection issue could be coming from a few different places. No worries though—let’s walk through some steps together to help you troubleshoot and get things working smoothly: 1. Double-check the WebSocket URL: ◦ Make sure the URL starts with

wss://

and points exactly to your LiveKit server’s WebSocket endpoint. For example, it should look something like

<wss://your-livekit-server/rtc>

. 1. Take a look at your network connectivity: ◦ Try out the LiveKit Connection Test to see if the WebSocket connection is working. ◦ Also, check that your firewall or VPN isn’t blocking the needed ports—those are 7880 for HTTP and 7881 for HTTPS. 1. Make sure your server is set up right: ◦ Confirm your LiveKit server is up and running, and ready to handle WebSocket connections. ◦ Don’t forget to verify that your SSL/TLS certificates are properly configured to support secure

wss://

connections. 1. Check your token and authentication: ◦ Be sure the access token in your WebSocket URL is valid and has all the permissions it needs. 1. Look out for any error messages: ◦ Peek at the browser console or server logs for any errors that might give us clues about what’s going on. If you’re still stuck after trying these, just give me a shout—I’m here to help you figure it out!

Project URL: wss://streamtest-zpooasec.livekit.cloud Access token: eyJhbGciOiJIUzI1NiIsInR5cCI6IkpXVCJ9.eyJleHAiOjE3NTUwMjQ5NTIsImlkZW50aXR5IjoidXNlcjEyMzQ1NiIsImlzcyI6IkFQSXhLTU5wczhRY2k0dyIsIm5hbWUiOiJ1c2VyMTIzNDU2IiwibmJmIjoxNzU1MDI0NjUyLCJzdWIiOiJ1c2VyMTIzNDU2IiwidmlkZW8iOnsicm9vbSI6IlJvb21fdGVzdCIsInJvb21Kb2luIjp0cnVlfX0.wAVoI2nrb0Eu0lkrTieE3xqnYQmTfX0aNrFtjOPZmME

Hey there! Let’s work through this WebSocket connection issue together using the URL and token you provided. Here’s a simple checklist to help you troubleshoot: 1. Double-check the WebSocket URL: ◦ Make sure the URL starts with

wss://

for a secure connection. From what I see, your URL (

<wss://streamtest-zpooasec.livekit.cloud>

) looks good! 1. Look at your Network Connectivity: ◦ Sometimes firewalls or network settings can block WebSocket connections—worth giving that a quick look. ◦ You can also try the LiveKit Connection Test to see if everything’s connecting smoothly. 1. Check your Access Token: ◦ Make sure your token is still valid and has the right permissions to join the room. ◦ Also, double-check that it hasn’t expired yet. 1. Peek at the Console Logs: ◦ Open up your browser console or app logs to spot any error messages related to the WebSocket connection. 1. Keep an Eye on the Connection State: ◦ The LiveKit SDK lets you monitor the connection status, which can help pinpoint exactly where things might be going wrong. If you’re still stuck after trying these, just let me know what errors or odd behaviors you’re seeing. I’m here to help you get this sorted out! Sources: livekit-api/src/signal_client/mod.rs | src/room/Room.ts | lib/src/core/room.dart

Connecting to signal connection via WebSocket Error: invalid token: eyJhbGciOiJIUzI1NiIsInR5cCI6IkpXVCJ9.eyJleHAiOjE3NTUwMjQ5NTIsImlkZW50aXR5IjoidXNlcjEyMzQ1NiIsImlzcyI6IkFQSXhLTU5wczhRY2k0dyIsIm5hbWUiOiJ1c2VyMTIzNDU2IiwibmJmIjoxNzU1MDI0NjUyLCJzdWIiOiJ1c2VyMTIzNDU2IiwidmlkZW8iOnsicm9vbSI6IlJvb21fdGVzdCIsInJvb21Kb2luIjp0cnVlfX0.wAVoI2nrb0Eu0lkrTieE3xqnYQmTfX0aNrFtjOPZmME, error: go-jose/go-jose/jwt: validation failed, token is expired (exp) Establishing WebRTC connection Warning: ports need to be open on firewall in order to connect. Error: could not establish signal connection: invalid token: eyJhbGciOiJIUzI1NiIsInR5cCI6IkpXVCJ9.eyJleHAiOjE3NTUwMjQ5NTIsImlkZW50aXR5IjoidXNlcjEyMzQ1NiIsImlzcyI6IkFQSXhLTU5wczhRY2k0dyIsIm5hbWUiOiJ1c2VyMTIzNDU2IiwibmJmIjoxNzU1MDI0NjUyLCJzdWIiOiJ1c2VyMTIzNDU2IiwidmlkZW8iOnsicm9vbSI6IlJvb21fdGVzdCIsInJvb21Kb2luIjp0cnVlfX0.wAVoI2nrb0Eu0lkrTieE3xqnYQmTfX0aNrFtjOPZmME, error: go-jose/go-jose/jwt: validation failed, token is expired (exp) Can connect via TURN Error: invalid token: eyJhbGciOiJIUzI1NiIsInR5cCI6IkpXVCJ9.eyJleHAiOjE3NTUwMjQ5NTIsImlkZW50aXR5IjoidXNlcjEyMzQ1NiIsImlzcyI6IkFQSXhLTU5wczhRY2k0dyIsIm5hbWUiOiJ1c2VyMTIzNDU2IiwibmJmIjoxNzU1MDI0NjUyLCJzdWIiOiJ1c2VyMTIzNDU2IiwidmlkZW8iOnsicm9vbSI6IlJvb21fdGVzdCIsInJvb21Kb2luIjp0cnVlfX0.wAVoI2nrb0Eu0lkrTieE3xqnYQmTfX0aNrFtjOPZmME, error: go-jose/go-jose/jwt: validation failed, token is expired (exp) Can publish audio Error: could not establish signal connection: invalid token: eyJhbGciOiJIUzI1NiIsInR5cCI6IkpXVCJ9.eyJleHAiOjE3NTUwMjQ5NTIsImlkZW50aXR5IjoidXNlcjEyMzQ1NiIsImlzcyI6IkFQSXhLTU5wczhRY2k0dyIsIm5hbWUiOiJ1c2VyMTIzNDU2IiwibmJmIjoxNzU1MDI0NjUyLCJzdWIiOiJ1c2VyMTIzNDU2IiwidmlkZW8iOnsicm9vbSI6IlJvb21fdGVzdCIsInJvb21Kb2luIjp0cnVlfX0.wAVoI2nrb0Eu0lkrTieE3xqnYQmTfX0aNrFtjOPZmME, error: go-jose/go-jose/jwt: validation failed, token is expired (exp) Can publish video Error: could not establish signal connection: invalid token: eyJhbGciOiJIUzI1NiIsInR5cCI6IkpXVCJ9.eyJleHAiOjE3NTUwMjQ5NTIsImlkZW50aXR5IjoidXNlcjEyMzQ1NiIsImlzcyI6IkFQSXhLTU5wczhRY2k0dyIsIm5hbWUiOiJ1c2VyMTIzNDU2IiwibmJmIjoxNzU1MDI0NjUyLCJzdWIiOiJ1c2VyMTIzNDU2IiwidmlkZW8iOnsicm9vbSI6IlJvb21fdGVzdCIsInJvb21Kb2luIjp0cnVlfX0.wAVoI2nrb0Eu0lkrTieE3xqnYQmTfX0aNrFtjOPZmME, error: go-jose/go-jose/jwt: validation failed, token is expired (exp) Resuming connection after interruption Error: could not establish signal connection: invalid token: eyJhbGciOiJIUzI1NiIsInR5cCI6IkpXVCJ9.eyJleHAiOjE3NTUwMjQ5NTIsImlkZW50aXR5IjoidXNlcjEyMzQ1NiIsImlzcyI6IkFQSXhLTU5wczhRY2k0dyIsIm5hbWUiOiJ1c2VyMTIzNDU2IiwibmJmIjoxNzU1MDI0NjUyLCJzdWIiOiJ1c2VyMTIzNDU2IiwidmlkZW8iOnsicm9vbSI6IlJvb21fdGVzdCIsInJvb21Kb2luIjp0cnVlfX0.wAVoI2nrb0Eu0lkrTieE3xqnYQmTfX0aNrFtjOPZmME, error: go-jose/go-jose/jwt: validation failed, token is expired (exp)

Looks like the error is telling us that the token you’re using has expired. In LiveKit, tokens come with an expiration time (the

exp

claim), and once that time passes, the token won’t work anymore. Here’s how you can fix it: 1. Generate a New Token: ◦ Make sure the new token has an expiration time set in the future. ◦ For example, when creating the token, set the

exp

claim to a timestamp that’s a good bit ahead—like an hour from now. 1. Update the Token in Your Application: ◦ Swap out the expired token with the fresh one in your app or WebSocket URL. 1. Double-Check Token Permissions: ◦ Make sure the token has all the permissions needed to join the room and share audio/video. After you update the token, give connecting another shot. And if you want a hand generating a new token or updating things, just let me know—I’m here to help!

Connecting to signal connection via WebSocket Error: invalid authorization token just created an error token Establishing WebRTC connection Warning: ports need to be open on firewall in order to connect. Error: could not establish signal connection: invalid authorization token Can connect via TURN Error: invalid authorization token Can publish audio Error: could not establish signal connection: invalid authorization token Can publish video Error: could not establish signal connection: invalid authorization token Resuming connection after interruption Error: could not establish signal connection: invalid authorization token Fail

It looks like you’re running into the "invalid authorization token" error, which usually means there’s a hiccup with the token you’re using. No worries—here’s a friendly step-by-step to help you fix it: 1. Double-check the Authorization Header: ◦ Make sure your request includes an

Authorization

header formatted like this:

Bearer <your-access-token>

1. Take a Look at the Token: ◦ Try using tools like jwt.io to decode your token and verify its signature. ◦ Confirm that the token is signed with the correct LiveKit API secret. 1. Check the Token’s Claims: ◦ Make sure your token includes all the necessary claims such as

sub

,

iss

,

exp

, and

nbf

. ◦ Also, verify the token hasn’t expired by checking the

exp

claim. 1. Create a Fresh Token: ◦ If needed, generate a new token using the LiveKit CLI with this command:

lk token create --api-key <api_key> --api-secret <api_secret> --identity <participant_id> --room <room_name> --join --valid-for 1h

If you’re still stuck after trying these steps, feel free to share the code or method you’re using to generate your token. I’m here to help you get it sorted out!

valid for (mins): 5 how to change?

Hey there! If you want to change how long a token stays valid, you just need to tweak the expiration time (the

exp

claim) when you create the token. Here’s a quick guide to help you out: 1. Using the LiveKit CLI: ◦ Just use the

--valid-for

flag to set how long the token should last. For example, if you want it to be valid for 1 hour, you’d run:

lk token create --api-key <api_key> --api-secret <api_secret> --identity <participant_id> --room <room_name> --join --valid-for 1h

1. Programmatically: ◦ If you’re generating the token in code, just set the

exp

claim to a timestamp further out. For example, in JavaScript:

const token = new AccessToken(apiKey, apiSecret, {
  identity: "user123",
  ttl: 3600, // This means the token is valid for 1 hour (in seconds)
});

If you want a hand updating your token generation, just give me a shout—I’m here to help!

How to reduce WHIP delay 3 sec?

Hey there! Right now, there isn’t any specific info on how to reduce WHIP delay to under 3 seconds in LiveKit. The delay can really vary depending on things like your network, encoding settings, and server setup. If you have any particular needs or want a hand digging deeper, just let me know! I’m here to help you find some ways to optimize or even pass this along for a closer look.

LiveKit Cloud offers a modern, all-in-one WebRTC setup to help you build real-time video and audio apps easily. If you have any questions or need a hand with LiveKit Cloud, just give me a shout—I’m here to help!

delay 3 sec

To get your LiveKit WebRTC streaming delay down to under 3 seconds, there aren’t specific WHIP delay settings mentioned in the sources. But don’t worry—some good general tips are to optimize your network conditions, keep an eye on latency metrics, and make sure your server is set up just right. If you want me to help you dig into this more or need some specific advice, just give me a shout! Sources: CHANGELOG.md | delay-handling/raw_data.txt | Bringing Zoom&amp;#39;s end-to-end optimizations to WebRTC

{

"input_type": 2, // or "URL_INPUT"

"name": "Ingress Name",

"room_name": "Room Name",

"participant_identity": "Participant Identity",

"participant_name": "Participant Name",

"url": "<MEDIA_URL>"

}

"url" ?

Hey there! The

url

field in the LiveKit Ingress JSON configuration is where you’ll want to put a valid URL that points to the media source you want to pull from. Here’s a quick rundown: • Supported URL Formats: ◦ HTTP/HTTPS file (like

<MEDIA_URL>

) ◦ SRT URL (something like

srt://<SERVER>:<PORT>

) • Supported Media Types: ◦ HLS (HTTP Live Streaming) ◦ MPEG-4 (MP4) ◦ Quicktime (MOV) ◦ Matroska (MKV/WEBM) ◦ OGG audio ◦ MP3 audio ◦ M4A audio Here’s a little example of what your configuration might look like:

{
  "input_type": "URL_INPUT",
  "url": "<MEDIA_URL>",
  "room_name": "Room Name",
  "participant_identity": "Participant Identity",
  "participant_name": "Participant Name"
}

If you have any questions or want a hand with anything else, just let me know—I’m here to help!

LiveKit Web SDK how to try without installing?

Hey there! Right now, there isn’t a way to try out the LiveKit Web SDK without installing it first. Usually, folks install it using npm or yarn to get it up and running in their projects. If you want to quickly test out LiveKit’s features, just give me a shout! I’d be happy to walk you through some easy alternatives or share example apps to get you started.