Chime Aws App

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Amazon Chime is a communications service that lets you meet, chat, and place business calls inside and outside your organization, all using a single application. Developers can use the same communications infrastructure and services that power Amazon Chime, and add audio calling, video calling, and screen sharing capabilities directly to their applications using the Amazon Chime SDK.

Amazon Chime Voice Connector is a service that enables enterprises to migrate their telephony workloads to AWS. IT professionals can use Voice Connector for low-cost SIP trunking from on-premises or cloud-based phone systems. Voice Connector supports inbound calling, outbound calling, or both. Developers can also use Voice Connector to build PSTN calling in their own applications using the Amazon Chime SDK or stream audio for phone call analytics and machine learning.

Or, you can download the app. This browser is not supported by Amazon Chime For more information on browser support, please visit our support documentation.

Chime aws app download

Choose how you communicate

Amazon Chime is a secure, comprehensive communications service that lets you meet, chat, and place business calls inside and outside your organization. Amazon Chime works across your devices so that you can stay connected, helping you to work productively from anywhere. Rather than a development tool with complex pricing and unlimited uses, Amazon Chime is a simple app that anyone can use for free. It just so happens to fall under the umbrella of AWS. A JavaScript client library for integrating multi-party communications powered by the Amazon Chime service. aws/amazon-chime-sdk-js. A JavaScript client library for integrating multi-party communications powered by the Amazon Chime service. aws/amazon-chime-sdk-js. Amazon-chime-sdk-js / demos / browser / app / meetingV2 / meetingV2.ts. Your limit will be displayed to you within the Chime mobile app. You will receive notice of any changes to your limit. Your limit may change at any time, at Chime's discretion. SpotMe won't cover non-debit card purchases, including ATM withdrawals, ACH transfers, Pay Friends transfers, or Chime Checkbook transactions. See terms and conditions.

Amazon Chime lets you choose the communication options that are best suited for your business. You have the option to choose from meetings, chat, and business calling or use Voice Connector to direct your voice traffic over the internet. With Amazon Chime, you have the flexibility to choose the communication option that fits with your business needs, and the freedom to scale up or down as needed.

Use one app for all your communication

Amazon Chime lets you meet, chat, and place business phone calls with a single, secure application. You don’t need to switch between applications to collaborate and can instantly go from a chat to a call, share your screen, and even invite more people to join your meeting. When it’s time for your meeting, Amazon Chime will call you on all your devices to help ensure you are never late, and that your meetings start on time.

Pay only for what you use

Amazon Chime offers pay-per-use pricing which lets you pay for features you use, on the days that you use them. With pay-per-use pricing there’s no upfront investment or long-term contracts. You can switch between Basic features that don’t include a charge, and Pro features that do include a charge. You can use the right features for your business without worrying about overspending.

Chime Aws App Windows 10

Nextiva offers Amazon Chime video conferencing and screen sharing as part of its suite of connected communications solutions, allowing businesses to stay connected while working from anywhere.

Lumen offers Amazon Chime as part of their Unified Communications and Collaboration Services portfolio, providing enterprise customers the reliability and security of Lumen global network, and the benefit of consolidated billing.

T2M Works is a market leading Unified Communications and Collaboration company focused on providing the right business outcomes for customers. Helping clients get the most out of Amazon Chime, Amazon Voice Connector, and Amazon Connect is what separates T2M from all other telecom partners. T2M Works develops business communications solutions using the Chime SDK and advanced AWS services like Lex, Lambda, and Kinesis. As an Amazon Managed Service Provider, T2M Works does the heavy lifting to help you maximize the return on your AWS investment.


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As we see remote work and remote socialising becoming more of a mainstream occurrence the popularity of video calling technology has dramatically risen.

Amazon Chime App Download For Windows

Considering this, I set out on a mission to find the quickest, cheapest and most customisable solution to implementing a web-based video chat application.

Looking for love in all the wrong places

I started by researching protocols (RTMP, RTSP, Apple HLS e.t.c), but I soon realised that building something at such a low level was not worth the time and effort.

I then started looking at some managed solutions and quickly came across Twilio’s video chat api and a tutorial for how to implement it in React –

Although this seemed by far like the easiest option, the pricing model for Twilio did not make it a viable option for me.

I soon found AWS’s chime – as a potential alternative. Although there is comprehensive documentation on how to build a server-side application that uses chime, I found nothing that meaningfully tackled the client side of things and nothing at all in ReactJS.

So I decided to do this myself.

Getting started with the build

In this article I will be sharing my findings on how to build a basic video chat proof of concept using the AWS SDK and chime with express as the server and ReactJS as the client.

On the server side we will be doing two things:

  1. Creating a meeting
  2. Creating a single attendee for the meeting

For this we will need the following npm packages:

Before we create a meeting we need to do a bit of setup:

  1. Create a new node project with express and a single “get” endpoint – see here if you are not sure how to go about doing that –
  2. Configure the Javascript aws-sdk –

Creating a meeting

The server code to create a meeting is as follows:

Let’s go through each part of this to figure out what is going on.

After our imports and setting the AWS region we have to create an instance of AWS Chime.

Here we set the chime region as well as the endpoint.

“” is a constant for all applications trying to connect to chime’s services.

Next we create our endpoint:

We are doing two important things in the above line:

  1. Adding CORS middleware to the request so that we can call it via our react app that will likely have a different domain to the server.
  2. The endpoint function needs to be async as we are going to create and process some promises within this function.

The meeting creation logic is as follows:

Here we are creating our response object, we are going to use this to send information back to the client when the endpoint is hit.

We then assign the meetingResponse attribute on the response object to the result of our create meeting api call.

The ClientRequestToken parameter is the meeting’s unique id (hence why we to use uuid), this could be any string, as long as it uniquely identifies this specific meeting. The MediaRegion is the region in which the meeting will be created.

We then catch and send any errors we may get back from this.

At this point we can either return this as a response or create an attendee right off the bat.

Creating a meeting attendee

Chime app on pc

In this example I have chosen to include creating the attendee in the same Express endpoint call as creating the meeting for the sake of ease.

This code will then look as follows:

In the code above we are doing another call on our chime object that returns a promise passing in the meeting id, as well as a user id (ExternalUserId).

ExternalUserId can also be anything, as long as it uniquely identifies the user.

We should also include this in our try/catch block (or make a new one).

Running the server

Now when we run our Express server and hit the API endpoint we should get the following response:

We will only be using some of these fields for our POC.

The full code for the server can be found here –

Creating the client

A caveat to the client side of things is that it does seem a little more involved than the server side, but once we remove a lot of the boilerplate code it’s really not too bad. For the sake of the POC I am also just going to put everything in the App component.

For the client app we are going to need 2 additional modules

I am including axios here as it is an easy way to make api calls.

I am going to include the entire POC code below and then walk through each part of it:

After the initial imports we have some state and ref attributes setup in our component

The first two will just be the various parts of the response from our endpoint call.

callCreated is a flag that will be set following a successful meeting creation, and videoElement is an html reference that will contain the stream for our video (this is assigned within the jsx section of our component).

Next we have our startCall function:

In this function we are querying our api endpoint and setting our three state variables

Next we have the joinVideoCall function (which is significantly more bulky than the other functions so lets break it down).

Firstly we are setup the logger so that we can view logs as well as the type of log level we want to capture. To test this you can open up your console in the browser when the app is running to see the logs.

The device controller is the module that controls the devices connected to the session – we will connect this to the meeting in two lines time.

Configuration setup will take in the api response.

Finally we create our meeting session, this is the object we will use going forward.

The next few lines are focused around the videoTile

VideoTile is a binding of attendee id, a video stream, and a video element that sends out updates to session observers whenever one of its properties changes.

Here we add an observer that listens for 2 events:

  1. audioVideoDidStart – on this event we start our videoTile
  2. videoTileDidUpdate – Bind our videoTile to the video ref

Next we want to:

  • Get a list of our currently attached devices
  • Pick out the first one on our list
  • Use it as the current video input
  • Finally we start the input stream

This will obviously need to be updated if we want to add any type of complexity to this POC.

The jsx part of React app is pretty straight forward:

Here we are attaching our video ref to the video element, then calling the above created functions – either creating or joining the video call.

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callCreated exists to stop us trying to join a call that does not yet exist.

Chime Aws App

The link to the full source code for this can be found here –

For the most part the server side of the POC was taken directly from the AWS documentation on Github –

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