Accelerator Core iOS: Syntax sugar of OpenTok iOS SDK with Audio/Video

Accelerator Core iOS

The Accelerator Core is a solution to integrate audio/video communication to any iOS applications via OpenTok platform. Accelerator TextChat and Accelerator Annotation have been deprecated and are now part of Accelerator Core.

Accelerator Core helps you with:

Core:

• one to one audio/video call
• multiparty audio/video call
• one to one screen sharing
• multiparty screen sharing
• UI components for handling audio/video enable&disable

TextChat:

• one to one text chat

Annotation:

• one to one audio/video call with annotations

Configure, build and run the sample apps

The Accelerator Core workspace contains 3 sample apps, one for the Core, TextChat and Annotation components.

1. Get values for API Key, Session ID, and Token. See Obtaining OpenTok Credentials for important information.

2. Install CocoaPods as described in CocoaPods Getting Started.

3. In Terminal, cd to your project directory and type pod install.

4. Reopen your project in Xcode using the new *.xcworkspace file.

5. Replace the following empty strings with the corresponding API Key, Session ID, and Token values:

- (BOOL)application:(UIApplication *)application didFinishLaunchingWithOptions:(NSDictionary *)launchOptions {
    // Override point for customization after application launch.
    sharedSession = [[OTAcceleratorSession alloc] initWithOpenTokApiKey:@"apikey" sessionId:@"sessionid" token:@"token"];
    return YES;
}

6. Use Xcode to build and run the app on an iOS simulator or device.

7. For testing audio/video communication, we include a simple web app to make it easier: Browser-Demo. Simply open it and replace the corresponding API Key, Session ID, and Token values. Then save and load it to the browser. For multiparty, you can achieve by opening up multiple tabs.

8. You might want to run on other platforms:

Accelerator Core Javascript

Accelerator Core Android

Core Sample Code

Each communicator instance will take the OpenTok session from OTOneToOneCommunicatorDataSource, so this applies to each communicator instance:

Passing the session

- (OTAcceleratorSession *)sessionOfOTOneToOneCommunicator:(OTOneToOneCommunicator *)oneToOneCommunicator {
    return <#OTAcceleratorSession#>;
}

One-to-One

self.communicator = [[OTOneToOneCommunicator alloc] init];
self.communicator.dataSource = self;
[self.communicator connectWithHandler:^(OTCommunicationSignal signal, NSError *error) {
    if (signal == OTPublisherCreated && !error) {
        weakSelf.communicator.publisherView.frame = CGRectMake(0, 0, 100, 100);
        [self.publisherView addSubview:weakSelf.communicator.publisherView];
    }
    else if (signal == OTSubscriberReady && !error) {
        weakSelf.communicator.subscriberView.frame = CGRectMake(0, 0, 100, 100);
        [self.subscriberView addSubview:weakSelf.communicator.subscriberView];
    }
}];

Multiparty

self.communicator = [[OTMultiPartyCommunicator alloc] init];
self.communicator.dataSource = self;
[self.communicator connectWithHandler:^(OTCommunicationSignal signal, OTMultiPartyRemote *subscriber, NSError *error) {
    if (signal == OTPublisherCreated && !error) {
        weakSelf.communicator.publisherView.frame = CGRectMake(0, 0, 100, 100);
        [self.publisherView addSubview:weakSelf.communicator.publisherView];
    }
    else if (signal == OTSubscriberReady && !error) {
        subscriber.subscriberView.frame = <#your desired frame for this remote subscriberview#>;
        // your logic to handle multiple remote subscriberview(s)
    }
}];

Screen Sharing

Use - (instancetype)initWithView: or - (instancetype)initWithView:name: like so

or

self.screenSharer = [[OTMultiPartyCommunicator alloc] initWithView:[UIApplication sharedApplication].keyWindow.rootViewController.view];

self.screenSharer = [[OTOneToOneCommunicator alloc] initWithView:[UIApplication sharedApplication].keyWindow.rootViewController.view];

Pre-defined UI

Enable audio&video control

Handle video enable/disable control

// default
// enable handleAudioVideo property, the publisherView will be covered by a silhouette automatically.
self.communicator.publisherView.handleAudioVideo = YES;

// disable handleAudioVideo property, the publisherView will do nothing for enabling/disabling publishVideo.
self.communicator.publisherView.handleAudioVideo = NO;

self.communicator.publisherView.controlView.isVerticalAlignment = YES;
self.communicator.publisherView.controlView.frame = CGRectMake(10, 10, CGRectGetWidth(self.publisherView.frame) * 0.1, CGRectGetHeight(self.publisherView.frame) * 0.3);

Core Ready-to-Use Components

• One-to-One communication
  

OTOneToOneCommunicationController *vc = [OTOneToOneCommunicationController oneToOneCommunicationControllerWithSession:<#OTAcceleratorSession#>];
[self.navigationController pushViewController:vc animated:YES];

TextChat Sample Code

Passing the session

- (OTAcceleratorSession *)sessionOfOTOneToOneCommunicator:(OTOneToOneCommunicator *)oneToOneCommunicator {
    return <#OTAcceleratorSession#>;
}

Start signaling text chat data

// we assume self owns a table tableView
[self.textChat connectWithHandler:^(OTTextChatConnectionEventSignal signal, OTConnection *connection, NSError *error) {
    if (signal == OTTextChatConnectionEventSignalDidConnect) {
        NSLog(@"Text Chat starts");
    }
    else if (signal == OTTextChatConnectionEventSignalDidDisconnect) {
        NSLog(@"Text Chat stops");
    }
} messageHandler:^(OTTextChatMessageEventSignal signal, OTTextMessage *message, NSError *error) {
    if (signal == OTTextChatMessageEventSignalDidSendMessage || signal == OTTextChatMessageEventSignalDidReceiveMessage) {
        if (!error) {
            [weakSelf.textMessages addObject:message];
            [weakSelf.tableView reloadData];
        }
    }
}];

Stop signaling text chat data

[self.textchat disconnect];

JSON Requirements for Text Chat Signaling

The JSON used when using the OpenTok signaling API with the OpenTok Text Chat component describes the information used when submitting a chat message. This information includes the date, chat message text, sender alias, and sender ID. The JSON is formatted as shown in this example:

// var type = "text-chat"

{
    "sentOn" : 1462396461923.305,
    "text" : "Hi",
    "sender" : {
        "alias" : "Tokboxer",
        "id" : "16FEB40D-C09B-4491-A983-44677B7EBB3E"
    }
}

This formatted JSON is converted to a string, which is submitted to the OpenTok signaling API. For more information, see:

• Signaling - JavaScript
• Signaling - iOS
• Signaling - Android

For testing text chat, we include a simple web app to make it easier: Browser-Demo-TextChat. Simply open it and replace the corresponding API Key, Session ID, and Token values. Then save and load it to the browser.

Annotation sample code

The OTAnnotationScrollView class is the backbone of the annotation features in this Sample.

self.annotationView = [[OTAnnotationScrollView alloc] init];
self.annotationView.frame = <# desired frame #>;
[self.annotationView initializeToolbarView];
self.annotationView.toolbarView.frame = <# desired frame #>;

Class design

The following classes represent the software design for the OpenTok Annotations Accelerator.

Class	Description
OTAnnotator	The core component for enabling remote annotation across devices and platforms.
OTAnnotationScrollView	Provides essentials components for annotating on either the entire screen or a specified portion of the screen.
OTAnnotationToolbarView	A convenient annotation toolbar that is optionally available for your development. As an alternative, you can create your own toolbar using OTAnnotationScrollView.
OTFullScreenAnnotationViewController	A convenient view controller enables you to annotate the whole screen immediately.

3rd Party Libraries

• LHToolbar

Sample Apps that uses the Core

The following sample apps use Accelerator Core:

• Accelerator Sample Apps

The accelerator and sample app access the OpenTok session through the Accelerator Session Pack layer, which allows them to share a single OpenTok session:

On the Android and iOS mobile platforms, when you try to set a listener (Android) or delegate (iOS), it is not normally possible to set multiple listeners or delegates for the same event. For example, on these mobile platforms you can only set one OpenTok signal listener. The Common Accelerator Session Pack, however, allows you to set up several listeners for the same event.

Obtaining OpenTok Credentials

To use OpenTok's framework you need a Session ID, a Token, and an API Key. You can get these values at the OpenTok Developer Dashboard . For production deployment, you must generate the Session ID and Token values using one of the OpenTok Server SDKs.

Author: opentok
Source Code: https://github.com/opentok/accelerator-core-ios
License: MIT license

#ios #objective-c 

What is GEEK

Buddha Community

jQuery Ajax CRUD in ASP.NET Core MVC with Modal Popup

In this article, we’ll discuss how to use jQuery Ajax for ASP.NET Core MVC CRUD Operations using Bootstrap Modal. With jQuery Ajax, we can make HTTP request to controller action methods without reloading the entire page, like a single page application.

To demonstrate CRUD operations – insert, update, delete and retrieve, the project will be dealing with details of a normal bank transaction. GitHub repository for this demo project : https://bit.ly/33KTJAu.

Sub-topics discussed :

• Form design for insert and update operation.
• Display forms in modal popup dialog.
• Form post using jQuery Ajax.
• Implement MVC CRUD operations with jQuery Ajax.
• Loading spinner in .NET Core MVC.
• Prevent direct access to MVC action method.

Create ASP.NET Core MVC Project

In Visual Studio 2019, Go to File > New > Project (Ctrl + Shift + N).

From new project window, Select Asp.Net Core Web Application_._

Once you provide the project name and location. Select Web Application(Model-View-Controller) and uncheck HTTPS Configuration. Above steps will create a brand new ASP.NET Core MVC project.

Setup a Database

Let’s create a database for this application using Entity Framework Core. For that we’ve to install corresponding NuGet Packages. Right click on project from solution explorer, select Manage NuGet Packages_,_ From browse tab, install following 3 packages.

Now let’s define DB model class file – /Models/TransactionModel.cs.

public class TransactionModel
{
    [Key]
    public int TransactionId { get; set; }

    [Column(TypeName ="nvarchar(12)")]
    [DisplayName("Account Number")]
    [Required(ErrorMessage ="This Field is required.")]
    [MaxLength(12,ErrorMessage ="Maximum 12 characters only")]
    public string AccountNumber { get; set; }

    [Column(TypeName ="nvarchar(100)")]
    [DisplayName("Beneficiary Name")]
    [Required(ErrorMessage = "This Field is required.")]
    public string BeneficiaryName { get; set; }

    [Column(TypeName ="nvarchar(100)")]
    [DisplayName("Bank Name")]
    [Required(ErrorMessage = "This Field is required.")]
    public string BankName { get; set; }

    [Column(TypeName ="nvarchar(11)")]
    [DisplayName("SWIFT Code")]
    [Required(ErrorMessage = "This Field is required.")]
    [MaxLength(11)]
    public string SWIFTCode { get; set; }

    [DisplayName("Amount")]
    [Required(ErrorMessage = "This Field is required.")]
    public int Amount { get; set; }

    [DisplayFormat(DataFormatString = "{0:MM/dd/yyyy}")]
    public DateTime Date { get; set; }
}

C#Copy

Here we’ve defined model properties for the transaction with proper validation. Now let’s define  DbContextclass for EF Core.

#asp.net core article #asp.net core #add loading spinner in asp.net core #asp.net core crud without reloading #asp.net core jquery ajax form #asp.net core modal dialog #asp.net core mvc crud using jquery ajax #asp.net core mvc with jquery and ajax #asp.net core popup window #bootstrap modal popup in asp.net core mvc. bootstrap modal popup in asp.net core #delete and viewall in asp.net core #jquery ajax - insert #jquery ajax form post #modal popup dialog in asp.net core #no direct access action method #update #validation in modal popup

Accelerator Core iOS: Syntax sugar of OpenTok iOS SDK with Audio/Video

Accelerator Core iOS

The Accelerator Core is a solution to integrate audio/video communication to any iOS applications via OpenTok platform. Accelerator TextChat and Accelerator Annotation have been deprecated and are now part of Accelerator Core.

Accelerator Core helps you with:

Core:

• one to one audio/video call
• multiparty audio/video call
• one to one screen sharing
• multiparty screen sharing
• UI components for handling audio/video enable&disable

TextChat:

• one to one text chat

Annotation:

• one to one audio/video call with annotations

Configure, build and run the sample apps

The Accelerator Core workspace contains 3 sample apps, one for the Core, TextChat and Annotation components.

1. Get values for API Key, Session ID, and Token. See Obtaining OpenTok Credentials for important information.

2. Install CocoaPods as described in CocoaPods Getting Started.

3. In Terminal, cd to your project directory and type pod install.

4. Reopen your project in Xcode using the new *.xcworkspace file.

5. Replace the following empty strings with the corresponding API Key, Session ID, and Token values:

- (BOOL)application:(UIApplication *)application didFinishLaunchingWithOptions:(NSDictionary *)launchOptions {
    // Override point for customization after application launch.
    sharedSession = [[OTAcceleratorSession alloc] initWithOpenTokApiKey:@"apikey" sessionId:@"sessionid" token:@"token"];
    return YES;
}

6. Use Xcode to build and run the app on an iOS simulator or device.

7. For testing audio/video communication, we include a simple web app to make it easier: Browser-Demo. Simply open it and replace the corresponding API Key, Session ID, and Token values. Then save and load it to the browser. For multiparty, you can achieve by opening up multiple tabs.

8. You might want to run on other platforms:

Accelerator Core Javascript

Accelerator Core Android

Core Sample Code

Each communicator instance will take the OpenTok session from OTOneToOneCommunicatorDataSource, so this applies to each communicator instance:

Passing the session

- (OTAcceleratorSession *)sessionOfOTOneToOneCommunicator:(OTOneToOneCommunicator *)oneToOneCommunicator {
    return <#OTAcceleratorSession#>;
}

One-to-One

self.communicator = [[OTOneToOneCommunicator alloc] init];
self.communicator.dataSource = self;
[self.communicator connectWithHandler:^(OTCommunicationSignal signal, NSError *error) {
    if (signal == OTPublisherCreated && !error) {
        weakSelf.communicator.publisherView.frame = CGRectMake(0, 0, 100, 100);
        [self.publisherView addSubview:weakSelf.communicator.publisherView];
    }
    else if (signal == OTSubscriberReady && !error) {
        weakSelf.communicator.subscriberView.frame = CGRectMake(0, 0, 100, 100);
        [self.subscriberView addSubview:weakSelf.communicator.subscriberView];
    }
}];

Multiparty

self.communicator = [[OTMultiPartyCommunicator alloc] init];
self.communicator.dataSource = self;
[self.communicator connectWithHandler:^(OTCommunicationSignal signal, OTMultiPartyRemote *subscriber, NSError *error) {
    if (signal == OTPublisherCreated && !error) {
        weakSelf.communicator.publisherView.frame = CGRectMake(0, 0, 100, 100);
        [self.publisherView addSubview:weakSelf.communicator.publisherView];
    }
    else if (signal == OTSubscriberReady && !error) {
        subscriber.subscriberView.frame = <#your desired frame for this remote subscriberview#>;
        // your logic to handle multiple remote subscriberview(s)
    }
}];

Screen Sharing

Use - (instancetype)initWithView: or - (instancetype)initWithView:name: like so

or

self.screenSharer = [[OTMultiPartyCommunicator alloc] initWithView:[UIApplication sharedApplication].keyWindow.rootViewController.view];

self.screenSharer = [[OTOneToOneCommunicator alloc] initWithView:[UIApplication sharedApplication].keyWindow.rootViewController.view];

Pre-defined UI

Enable audio&video control

Handle video enable/disable control

// default
// enable handleAudioVideo property, the publisherView will be covered by a silhouette automatically.
self.communicator.publisherView.handleAudioVideo = YES;

// disable handleAudioVideo property, the publisherView will do nothing for enabling/disabling publishVideo.
self.communicator.publisherView.handleAudioVideo = NO;

self.communicator.publisherView.controlView.isVerticalAlignment = YES;
self.communicator.publisherView.controlView.frame = CGRectMake(10, 10, CGRectGetWidth(self.publisherView.frame) * 0.1, CGRectGetHeight(self.publisherView.frame) * 0.3);

Core Ready-to-Use Components

• One-to-One communication
  

OTOneToOneCommunicationController *vc = [OTOneToOneCommunicationController oneToOneCommunicationControllerWithSession:<#OTAcceleratorSession#>];
[self.navigationController pushViewController:vc animated:YES];

TextChat Sample Code

Passing the session

- (OTAcceleratorSession *)sessionOfOTOneToOneCommunicator:(OTOneToOneCommunicator *)oneToOneCommunicator {
    return <#OTAcceleratorSession#>;
}

Start signaling text chat data

// we assume self owns a table tableView
[self.textChat connectWithHandler:^(OTTextChatConnectionEventSignal signal, OTConnection *connection, NSError *error) {
    if (signal == OTTextChatConnectionEventSignalDidConnect) {
        NSLog(@"Text Chat starts");
    }
    else if (signal == OTTextChatConnectionEventSignalDidDisconnect) {
        NSLog(@"Text Chat stops");
    }
} messageHandler:^(OTTextChatMessageEventSignal signal, OTTextMessage *message, NSError *error) {
    if (signal == OTTextChatMessageEventSignalDidSendMessage || signal == OTTextChatMessageEventSignalDidReceiveMessage) {
        if (!error) {
            [weakSelf.textMessages addObject:message];
            [weakSelf.tableView reloadData];
        }
    }
}];

Stop signaling text chat data

[self.textchat disconnect];

JSON Requirements for Text Chat Signaling

The JSON used when using the OpenTok signaling API with the OpenTok Text Chat component describes the information used when submitting a chat message. This information includes the date, chat message text, sender alias, and sender ID. The JSON is formatted as shown in this example:

// var type = "text-chat"

{
    "sentOn" : 1462396461923.305,
    "text" : "Hi",
    "sender" : {
        "alias" : "Tokboxer",
        "id" : "16FEB40D-C09B-4491-A983-44677B7EBB3E"
    }
}

This formatted JSON is converted to a string, which is submitted to the OpenTok signaling API. For more information, see:

• Signaling - JavaScript
• Signaling - iOS
• Signaling - Android

For testing text chat, we include a simple web app to make it easier: Browser-Demo-TextChat. Simply open it and replace the corresponding API Key, Session ID, and Token values. Then save and load it to the browser.

Annotation sample code

The OTAnnotationScrollView class is the backbone of the annotation features in this Sample.

self.annotationView = [[OTAnnotationScrollView alloc] init];
self.annotationView.frame = <# desired frame #>;
[self.annotationView initializeToolbarView];
self.annotationView.toolbarView.frame = <# desired frame #>;

Class design

The following classes represent the software design for the OpenTok Annotations Accelerator.

Class	Description
OTAnnotator	The core component for enabling remote annotation across devices and platforms.
OTAnnotationScrollView	Provides essentials components for annotating on either the entire screen or a specified portion of the screen.
OTAnnotationToolbarView	A convenient annotation toolbar that is optionally available for your development. As an alternative, you can create your own toolbar using OTAnnotationScrollView.
OTFullScreenAnnotationViewController	A convenient view controller enables you to annotate the whole screen immediately.

3rd Party Libraries

• LHToolbar

Sample Apps that uses the Core

The following sample apps use Accelerator Core:

• Accelerator Sample Apps

The accelerator and sample app access the OpenTok session through the Accelerator Session Pack layer, which allows them to share a single OpenTok session:

On the Android and iOS mobile platforms, when you try to set a listener (Android) or delegate (iOS), it is not normally possible to set multiple listeners or delegates for the same event. For example, on these mobile platforms you can only set one OpenTok signal listener. The Common Accelerator Session Pack, however, allows you to set up several listeners for the same event.

Obtaining OpenTok Credentials

To use OpenTok's framework you need a Session ID, a Token, and an API Key. You can get these values at the OpenTok Developer Dashboard . For production deployment, you must generate the Session ID and Token values using one of the OpenTok Server SDKs.

Author: opentok
Source Code: https://github.com/opentok/accelerator-core-ios
License: MIT license

#ios #objective-c 

Download Android SDK Manager and SDK Tools

In this tutorial, we’ll read about the Android SDK Manager. We will see what is SDK manager in Android and why and how it is important for Android. So, SDK stands for Software Development Kit, which is a collection of software tools required. SDK basically helps Android to download tools and recent versions of Android. Every time a new Android version is released, along with it is released an SDK corresponding to it. This SDK must be installed by the developers for the devices.
What is SDK Manager?
A Software development kit is a set of tools required for the development of applications for Android. It also ensures that the progress of App development goes as flat as pancakes. We need SDK irrespective of the language we are using. Android SDK comes wrapped up with the Android Studio these days. An Android SDK separates the tools, platforms and other components into packages. These can be downloaded from the SDK Manager.

#android tutorials #android sdk manager #android sdk manager download #android sdk tools #android studio sdk manager #sdk download #sdk manager #sdk tools

How to Hire Video Game Developers For Video Game Development Company?

The gaming industry has taken a boom in the last few years. If we talk about numbers, according to NewZoo, the worth of the video gaming industry was $159.3 Billion in 2020. Video games are not just something for fun now, players and users expect much more from video game developers. Creating such products that just do not satisfy the player’s needs and exceed their expectations is what video game development company are thriving for.

Though kickstarting a new game-making studio is not an easy task. This business requires a team with a huge passion to create games and earn money from these video games. The idea of the approach is to create such unique games that will reach millions of people in the world and gain popularity. This growth demands more professionals in this field.

This just can not be obtained by finding someone with a good CV, the whole process includes a deep dig down to grab the right talent. Read on to learn more about Mobile game developers and the process of hiring video game developers.

Read Complete Blog Here -  https://theninehertz.com/blog/how-to-hire-video-game-developers-video-game-development


#Video Game Development

#Video Game developers

#Video game development studio

#Video game development services

 

Top 10 Video Calling & Conferencing APIs & SDKs { july 2022 }

Top Video Calling API & SDK and Video Conferencing API & SDK for Developers are integrated and embeddable video calling API, and programmable live video Conferencing API, in just a few lines of code.

A video calling feature can be easily integrated into any existing application, allowing to leverage the functionality in order to improve productivity. This is a great idea for saving money and development time. To do so all we need to do is integrate the API or SDK for video calling into the existing software.

In the rapidly modernizing world, technology has advanced in a hurtle. The use of mobile gadgets has surged a lot. The world is growing digital and everything is accessible from a single place. In the company of modernization, there is a huge increase in digitalization. Virtual communication has been nowadays an important tool to keep up with people. Due to virtual video communication, we can today talk face-to-face overseas too. Such a great invention to make work easy.

Many companies work on the aspect of virtual communication. The video calls we do to communicate with our clients, corporates, and family are developed with the help of Software Development Kits (SDKs). Companies align with competition and design their SDKs to support their video calling applications and websites. These days conferencing has become so efficient without any lags or errors or issues. This is just because of the effective product delivery of the companies who have landed themselves to make an effective approach towards real-time communication.

What is Video Calling API?

Video Calling API are app development kits that complement apps that support video calling features on their applications to connect their customers with the community. These SDKs are developed by companies with their effective creative SDK ideas, built with interfaces designed in a lucrative way to make them attract users.

The rise in remote working has also led to a rise in video conferencing in companies in both internal and external environments. To detail a video SDK, let us understand the significance to develop a clear idea of how SDK works. Video conferencing is considered to be one of the most important tools for business considering the pandemic situation, video SDK makes it efficient.

Video Calling API makes efficient use of resources. It helps to lower the costs in many direct and indirect ways. The tangible costs are cut. The designed SDKs help in eliminating costs with their integrated functions.

Video Calling  API helps in faster delivery, saving a lot of time. They help in creating video conferences for businesses with their integrated.

Video Calling  API are a stable platform build-up for apps with video conferencing. They make video conferencing flexible and accessible from any place and any time.

Video SDK allows conferencing on a large scale helping businesses achieve their desired objectives.

Video conferencing has become significant over time and for that reason, a strong SDK build-up is now an urge for each company. Being the product providers, the companies who build these SDKs look to deliver all their innovations in it so that the end customer finds it very much involved and attractive. An ideal Video SDK must have these features.

Video conferencing

The very basic feature a Video SDK must have is an effective video conferencing interface. It must be compatible for one-to-one communication as well as communication on a mass scale. This is the foremost feature to address while choosing a video-conferencing application.

Real-time chats and messaging

A video conferencing application must be designed to provide real-time chats in an ongoing meeting. This helps to supplement clarity during the meeting virtually, through multimedia channels.

Audio and video recording

In an ideal video conferencing, the users generally believe to have a backup of that communication for the future. This is the top-notch requirement for a company to build up a stable domain.

Sharing the screen

A screen share enables viewing access to the participants of the meeting, developing a clear perspective of ideas thought to the ideas delivered.
Push notifications
An attractive Video SDK must support enabling notifications while the conference to make discussions acknowledged at the right time. This helps in running a business conference smoothly.

Effective flexibility and scalability

A video SDK must provide effective scalability so that it can be addressed with any supportive device without a screen of less clarity. It must be flexible enough to support all the devices for its accessibility.
In the market of real-time communication, various companies offer customizable video SDK interfaces for their clients. Due to the current pandemic situation, the real-time communication industry has increased a lot. People have made virtual communication as the most used method to communicate, rather it is their professional or personal life. Many companies have launched their Video SDKs with customizable features.

Here are Top 10  Video Calling APIs & SDKs Provider Choose India, US, Canada

1. Video SDK Embed Live Video Calling & Conferencing API & SDK 

Video SDK is a web-RTC company that looks into creating lucrative Video SDKs and APIs for their clients. It looks for better engagement of their clients by supporting them with providing the best products for the end-users. Video SDK production, delivering sub 100ms to 150ms low latency streaming in the real-time community creating its image as the ideal platform for video conferencing due to its flexible and scalable SDKs. They aim at delivering some of the best experiences to their clients with their customizable SDKs.

2. ZujoNow Live Video Calling Solution for Business Collaboration

Zujonow is a company that develops its product on cutting-edge technologies. It delivers products for its clients based on video conferencing with effective scalability and customizable SDKs. They also deal in products like live streaming, on-demand videos, and real-time communication. Zujonow work is a well-crafted platform for education and other related industries.

3. EnableX Live Video Calling API for Web & App

EnableX works on the development of communication APIs. it focuses on communication solutions and provides services in real-time communication for its clients. It delivers its products with SMS and chat interfaces too. EnableX works on developing educational APIs for students and also maintaining portfolios.

4. Daily.co Powerful Live Video Calling API

Daily.co is a real-time audio and video API developer, working on focusing on the best scalable video conferencing api for its clients. Daily.co works on developing global infrastructure delivering the best call quality on a timely basis, considering their web-RTC to be a source of service to the clients.

5. Eyeson Live Video Calling Solution for Business Collaboration

Eyeson masters into high-performing API including managed hosting and scaling for web-based business workflows on any device. It has a patented single Stream Technology merges any live media, data and participants in real-time into a single video and audio stream. The cloud services at eyeson can immediately be used for world wide scaling. It provides a world-class facility for its clients with guaranteed privacy.

6. Agora  Live video calling api

Agora.io is a web real-time communication company that develops SDKs and APIs. It works on engagement for the users by real-time voice, video call javascript  messaging, and live streaming products. They also have set up classrooms for students for learning with an interactive whiteboard.

7. Twilio cloud-based Live Video Calling APIs and SDK

Twilio develops video applications that are fully customizable, scalable, and flexible for usage. It constructs applications and connectivity and has its build-up. It makes channels for video, chats, and programmable chats. Twilio also looks at SMS build-up for its clients. It provides solutions based on real-time communication and scalability and video calling api 

8. PubNub Live Video Calling and Realtime Communication Platform

Pubnub is an in-app chat for real-time chat engagement. It retains full control, functionality, and customization without the time and expense of building in-house. It provides outsourcing to clients with the products like custom chat, effortless scalability, in-class integrations, and Chat UI support. They have a strong research window that looks for developing APIs for their clients.

9. Cometchat  Live Video Calling api Provider

Cometchat is designed for providing APIs and SDKs for various solutions for ed-tech, healthcare, dating, and social community. It is also devised for on-demand videos and live streaming. It allows its users to customize their Whitelabel as per their needs to make it feel like ownership. Cometchat is adaptive to all languages and has effective work data too.

10. Sinch  WebRTC- Live Video Conferencing API Solution

Sinch works on managing different APIs for messaging and calling. It puts forward the products for video calling, voice calls, SMS verification, and other engagement platforms. It provides solutions to different industries like health, retail, telecommunications, media and entertainment, and more. It provided operators opportunities for monetizing wholesale, preventing fraud, and other activities.

11. Apphitect  video and chat calling api

Apphitect focuses on mobile app development for android and iOS. It also engages its clients with different solutions concerning messaging. Apphitect delivers app testings and mobile. It develops everything from wireframe to pixel. Apphitact is currently working in 40+ cities with its headquarters in UAE.

12. Vidyo audio and Live Video Calling API providers

Vidyo provides solutions to services like Branding and white-labeling and hybrid cloud expansion. It also works with solutions for deployment services and project management services. It works for several industries like health, education, government, finance, retail; and more. It promotes connectivity and engagement for the users and also focuses on video conferencing systems for businesses.

 

 

Due to the current pandemic, real-time communication has took a massive hype for its flexible availability. All the businesses, corporates, schools, and organisations had to run over the web. Even earlier video conferencing was an all time favorable option for corporates to abide with communicating with clients, over a distance. But in the latter period, recently, the whole world has become dependent on it. For the same cause, it led to emergence of various innovative ideas for bringing people closer together even at a distance. Video conferencing has today become vital and above all it is appreciable for the companies who have invested in bringing up ideas by developing customisable video SDKs for their clients to promote belongingness. The APIs and SDKs designed by the companies have made it easier to use by the end consumers too. Overall, video conferencing makes work flexible and accessible to all, making itself categorise into an principal element of businesses.

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