TAG Video Systems Enhances Recording, Analysis and Reporting Functionality as Rise in OTT Continues to Skyrocket
Company addresses the need to record, monitor and analyze metadata and increases capacity as OTT channels proliferate
Tel Aviv – April 22, 2021 – TAG Video Systems , the world leader in 100% SW, 100% IP, 100% COTS/Cloud, Probing, Monitoring and Multiviewing solutions, for all four of the major broadcast applications (Live Production, Playout, Delivery and OTT), has enriched the error source recording functionality and capacity of its Multiviewer and Monitoring platform as the rise in OTT continues to skyrocket. Effective immediately, users can manually set a recording of an OTT channel, record all metadata elements of additional OTT formats, and set 32 channels to be recorded simultaneously, a significant increase in capacity.
“OTT monitoring and error event recording has quickly become a priority issue with our customers and so we’ve enhanced the platform’s capabilities and capacity to help provide information easily for an effective post-mortem analysis,” explained Pinky Maron, VP Professional Services “We’ve made it possible for operators to manually record and detect errors that fly under the radar, and because there are now so many different formats with multiple profiles, we’ve added robust support for recording supplemental data to ease the analysis process. OTT applications come with their own set of challenges, but we’ve listened to our customers, and provided tools that aid the successful delivery of their content.”
The TAG recording feature is set to help users analyze and report detected error events. The platform
automatically records a range of the last few minutes of each pre-defined stream in a cyclic mode using a ‘First In, First Out’ method. When an event is detected that meets a threshold set by the user, the recording is automatically saved to external storage. The recording can later be used to analyze the event and troubleshoot the cause.
Manual Error Recording Feature
Users now have the ability to manually set a recording of an OTT channel. Prior to this feature, recording was triggered automatically by an alarm that detected errors in the content that were beyond an acceptable threshold. There are situations, however, when alarms are not initiated because the problem isn’t critical enough to be reported, or the service isn’t affected, but the channel still needs to be recorded for investigation, testing and analysis of the instance, and this is especially important in OTT with its multiple flavors and different sets of metadata for different formats. Now users have the added option to manually record instances of OTT channels as needed to troubleshoot problems and document even seemingly innocuous errors.
OTT Error Recording Now Includes Additional Data for New Formats
TAG has also enriched the functionality of the monitoring and visualization platform to address the major shift to more metadata that comes with more OTT formats. Each OTT format has unique characteristics and unique metadata headers associated with the transmission. Users need to have all this information available for the post-mortem analysis, so TAG has incorporated recording capability to include all elements and headers of HLS, MPEG-DASH, MSS, and CMAF OTT streams for improved analysis capabilities or recorded errors. Additionally, the recording of encrypted content before and after the decryption is now available.
“As OTT formats multiply, so does the additional data which is unique to each profile. We’ve gone from support of only MPEG transport streams to recording headers and metadata for all the new flavors which is all part of our Zer0 Friction philosophy: provide solutions and services that eliminate obstacles for our customers and make it easier to work with TAG,” added Maron.
Capability to Simultaneously Error Record Channels Jumps from 10 to 32
The substantial rise of OTT and with it, its multiple profiles, have caused a significant increase in channels that need to be monitored. TAG has increased the number of channels targeted for simultaneous error recording capacity from 10 to 32, a significant rise that makes access to the content and analyzing it considerably easier.