Ease of use is the ultimate benefit of the app, empowering enterprise employees who often have to use multiple tools in their work day. The app was designed to satisfy the need for one-to-many live video broadcasting to support the live-to-VOD workflows and use-cases of the enterprise. Employees can use the IBM Video Streaming mobile app to create a live broadcast, which is processed by the IBM platform. To get more news about moonlive, you can visit official website.

Benefits of this approach include that the ingested video is transcoded into multiple bitrates for adaptive bitrate streaming. Similarly, live broadcasts are stored in the cloud by default as recorded videos. This allows end-users to make some edits on the recorded video through the platform, clipping unwanted moments at the start or end. In addition, things can be added to the archived version such as defining a title, description or adding custom metadata. IBM Watson also goes to work analyzing the content, generating closed captions automatically while also powering deep search capabilities, allowing users to type in keywords and search inside of a video based on what was said.

Users can configure the viewer access controls and distribute the video content via sharing the URL of the recorded video or embedding the IBM player into their post-event landing page. Finally, the content creator can periodically visit the web-dashboard to check how the content was received, what are the viewership numbers, engagement of specific users with the content, etc.

App SDKs
For those who have their own enterprise-grade content distribution systems and mobile solutions, IBM can also provide the IBM Video Streaming app SDKs for iOS, Android and macOS. These SDKs were built in a very generic, modular, scalable and customizable manner, with the purpose to enable enterprises building their own custom solutions, if they don’t want to use the out of the box IBM Video Streaming apps. This enables organizations to integrate live video streaming capabilities into their own applications and fully customize the end-user experience. In fact, the IBM Video Streaming app for content creators is using the very same SDKs what we distribute for our customers and its secondary objective is to demonstrate the capabilities of the SDKs.
Now that we have walked through the process, use cases and benefits, we’ll cover a couple of different tips to produce video content that looks a bit more professional. First off is the steadiness of the image, avoiding something that’s overly shaky. One approach to achieve this can be through a tripod. This can be a full length tripod, or a little one that is placed onto a table. Going this approach can be relatively cheap, which has the advantage of being easier to equip a whole team with the gear needed to execute a live stream. That said, a tripod is not mobility friendly. If you need something a bit more aigle this is where a gimbal comes into play.

If a gimbal is an unfamiliar term, it’s essentially a stabilizer for a device to aid in creating steady video content. This type of technique has been a stable in movie production for ages, but has drifted into mainstream with the advent of consumer mobile devices.

For how it works, a gimbal contains a three axis system, with digital sensors and motors that help the stabilizes the tilt, pan, and roll of the phone. As a result, if you move side to side, or up and down, or back and forth, the gimbal stabilizes the video, removing the shakes that are almost inevitable with video shot with the camera in your hands.