Description

IP-Native Monitoring, Multiviewing, Probing, Visualization, and Analytics for Live Production, Playout, and OTT Delivery

Modern media operations must monitor much more than traditional baseband video. Today’s live production, playout, contribution, and OTT delivery workflows integrate uncompressed SMPTE ST 2110, compressed transport streams, cloud services, adaptive bitrate formats, encrypted content, remote production feeds, audio, captions, metadata, and advertising triggers.

Relying on separate probes, multiviewers, stream analyzers, recorders, and alarm platforms adds technical complexity. Operators often must switch between tools just to determine whether an issue lies in video, audio, network, metadata, encryption, ad signaling, or downstream delivery.

The TAG Realtime Media Platform unifies these functions in a software-defined solution for probing, monitoring, visualization, processing, analysis, recording, and operational control. It delivers continuous visibility across IP media workflows, enabling broadcasters, sports organizations, content owners, service providers, and streaming operators to maintain quality at any scale.

TAG offers deep signal inspection, customizable multiviewing, real-time alarms, decryption, smart recording, advanced QC, content matching, operational analytics, and centralized management—all within a single architecture. This unified platform supports live production, contribution, playout, distribution, and OTT delivery, eliminating the need for separate systems for each workflow or format.

Why Choose the TAG Realtime Media Platform?

IP media environments are flexible but often complex to operate.

Facilities may need to monitor a mix of ST 2110 cameras, JPEG XS feeds, H.264 and HEVC streams, SCTE markers, multilingual audio, captions, and HLS or DASH outputs. Larger organizations often monitor all these formats across data centers, remote sites, cloud regions, and delivery partners.

TAG provides a unified software platform that covers all these environments.

TAG consolidates monitoring, multiviewing, QC, recording, and analytics into one system. Teams can monitor compressed and uncompressed feeds side by side, set thresholds across hundreds of parameters, visualize live sources, record events, analyze performance, and integrate data with management and analytics platforms.

This unified approach helps organizations:

• Reduce the number of monitoring tools
• Simplify operator workflows
• Catch errors before they reach viewers
• Reduce mean time to resolution
• Monitor more services with the same team
• Support on-premises, cloud, and hybrid deployment
• Adapt monitoring resources as workflows change
• Unify visibility across live production, playout, and delivery

Probe, Monitor, Visualize, and Analyze

TAG’s platform centers on four core functions: Probe, Monitor, Visualize, and Analyze.

Probe

TAG inspects media signals at crucial workflow points.

The platform analyzes over 500 event types and parameters across video, audio, transport, subtitles, captions, metadata, codecs, SCTE signaling, and more. Users define service-specific thresholds and receive alarms when those conditions are met.

Monitor

Continuous monitoring enables teams to quickly identify service degradation, missing content, technical errors, and infrastructure failures.

Operators monitor complete signal paths from acquisition to OTT delivery, including both primary and backup feeds, all within the same environment.

Visualize

TAG’s configurable multiviewer displays both compressed and uncompressed sources.

Layouts can combine live video, audio meters, alarms, metadata, clocks, timers, labels, technical metrics, and workflow graphics. Operators build displays for control rooms, engineering, contribution monitoring, master control, remote production, or distributed teams.

Analyze

The platform collects operational data for troubleshooting, reporting, optimization, and long-term analysis.

TAG integrates its monitoring data with visualization, DevOps, analytics, and AI/ML systems, enabling organizations to move beyond reactive monitoring to gain broader operational insights.

Two Core Platform Components

The TAG Realtime Media Platform consists of two main components: MCM Multi Channel Monitoring and MCS Media Control System.

MCM Multi Channel Monitoring

MCM is the platform’s core engine for media processing, monitoring, and visualization.

It performs functions such as:

• Real-time probing
• Signal monitoring
• Media visualization
• Integrated decryption
• Alarm generation
• Multiviewer output
• Smart recording
• Penalty Box monitoring
• Media processing
• Low-latency visualization

MCM processes monitored content and generates the displays and data operators and engineers need. MCM is JT-NM certified for interoperability and standards compliance.

Multiple MCM systems can be deployed across facilities, data centers, clouds, and regions.

MCS Media Control System

MCS is the platform’s centralized management and control layer.

It manages multiple MCM systems and provides:

• Central configuration
• Unified control
• API access
• Cross-system management
• Data aggregation
• Monitoring-operation oversight
• Content Matching
• Advanced visualization features
• Operational hierarchy and analysis

MCS gives organizations a single control point for distributed TAG deployments and aggregates information across MCM systems for integration with visualization and analytics tools.

Features like TAG Lens use this centralized context to organize alarms and monitored sources into clear visual hierarchies.

Deep Signal Probing and Monitoring

A visible picture does not guarantee a healthy service.

A feed may still contain:

• Audio silence
• Incorrect language
• Packet loss
• Caption errors
• Missing SCTE markers
• Frozen video
• Black frames
• Excessive loudness
• Scrambling or encryption problems
• Timing errors
• Metadata failures
• Transport-stream issues

TAG monitors across multiple signal layers rather than relying solely on decoded video.

Monitoring can include:

• Video format and quality
• Audio presence and loudness
• Codec and profile information
• Transport health
• Closed captions and subtitles
• Metadata
• SCTE-35 and SCTE-104
• Encryption and scrambling
• Stream structure
• OTT delivery behavior
• Redundancy and path status

Operators define thresholds based on their workflow and can receive notifications through multiviewer overlays, email, SNMP, syslog, or centralized error displays. 

Integrated Multiviewing

TAG’s multiviewer is fully integrated with the monitoring platform.

Each tile displays not only video, but also technical health and operational context.

Layouts may include:

• Live video
• Audio meters
• Source names
• Alarm status
• Technical metadata
• Tally
• Clocks and timers
• Captions
• Stream information
• Primary and backup status
• QC metrics

Compressed and uncompressed sources appear together in a single layout, enabling teams to monitor ST 2110, JPEG XS, NDI, SRT, MPEG transport streams, and OTT formats without maintaining separate displays for each technology.

Operators can use the Layout and Tile Editor to tailor displays for specific workflows, teams, or events.

Penalty Box Monitoring

Large operations may monitor hundreds of feeds but display only a few continuously.

TAG’s Penalty Box feature keeps sources monitored in the background, without occupying permanent space on the main multiviewer. If an error occurs, the affected source automatically appears in a dedicated alarm area.

This helps:

• Reduce operator fatigue
• Conserve display space
• Limit unnecessary decoding
• Highlight only sources requiring attention
• Improve response during large productions

Healthy feeds stay out of sight; problematic feeds are brought directly to the operator’s attention.

Smart Recording

Some failures are intermittent and hard to reproduce.

TAG Smart Recording automatically captures streams when a threshold or alarm is triggered, preserving content before and after the incident along with relevant technical details.

This helps engineers investigate:

• Brief freezes
• Packet-loss events
• Audio interruptions
• Caption failures
• SCTE trigger problems
• Intermittent source loss
• OTT delivery errors

Smart Recording supports root-cause analysis, compliance review, vendor discussions, and documentation—without requiring continuous recording of every source.

TAG QC Station

TAG QC Station brings advanced engineering analysis to the multiviewer.

It can display real-time technical information beside the live video, including:

• Video metrics
• Audio metrics
• Stream-level information
• ETR data
• SCTE markers
• Captions
• Waveform
• Vectorscope
• RGB parade
• Luma histogram
• HDR-related analysis

Operators and engineers can inspect color, luminance, audio, signaling, and transport behavior directly, without switching to a separate QC workstation.

QC Station is especially valuable for premium contribution, live sports, HDR, master control, and high-value distribution feeds.

TAG Lens Root-Cause Analysis

TAG Lens organizes monitored feeds and alarms into visual hierarchies using operational metadata.

Instead of displaying dozens of alarms as unrelated entries, Lens can group affected services by:

• Facility
• Region
• Rack
• Provider
• Content type
• Signal path
• Workflow stage
• Technical format

Operators can drill down from a broad service-health view to pinpoint sources and dependencies tied to an incident.

This helps teams determine if multiple alarms are separate issues or a single infrastructure failure. Lens reduces the time needed to identify root causes in complex monitoring environments.

TAG Content Matching

TAG Content Matching verifies that downstream content matches what was intended at the reference point.

The system fingerprints video or audio and compares them across the media path, even if feeds use different bitrates or resolutions.

Content Matching can help identify:

• Wrong program output
• Incorrect audio
• Wrong language
• Mismatched video and audio
• Incorrect source routing
• Unexpected downstream substitution

It also measures latency and audio/video synchronization while validating signal identity.

This offers greater assurance than simply confirming signal presence and technical validity.

Integrated Real-Time Decryption

Monitoring encrypted services usually requires a separate decryption stage before inspection.

TAG provides integrated real-time decryption for supported workflows, enabling encrypted satellite, cable, and OTT services to be monitored within the same platform.

This simplifies the architecture by reducing reliance on separate external systems for monitoring access.

Encryption methods and deployment requirements depend on workflow and platform configuration.

Resource-Efficient Monitoring Modes

Not every source needs full-time visualization.

TAG supports adaptive monitoring, helping organizations reduce processing needs while still inspecting service health.

Monitoring modes can be used to:

• Keep low-priority feeds under technical supervision
• Avoid decoding every source continuously
• Switch to full visualization when an error occurs
• Allocate processing resources to higher-value services
• Scale monitoring more efficiently

This is especially useful for playout, OTT, and large channel lineups where displaying every healthy source continuously wastes resources.

TAG Bridge

TAG Bridge reduces duplicate processing and network usage across distributed TAG systems.

Rather than ingesting and processing the same source at multiple destinations, TAG Bridge optimizes the source’s format, size, and delivery protocol for receiving systems.

This single-ingest and source-sharing approach can reduce:

• Compute consumption
• Network bandwidth
• Repeated decoding
• Duplicate processing
• Operational cost

TAG Bridge distributes monitored content efficiently among teams, systems, and locations.

Data, APIs, and Operational Insight

TAG supplies monitoring data for integration with broader operational systems.

The platform supports API-based configuration and control, allowing organizations to integrate TAG into:

• Network management systems
• Automation platforms
• DevOps environments
• Custom dashboards
• Alerting systems
• Business intelligence tools
• AI and machine-learning workflows

TAG’s monitoring data is also available in Grafana, Kibana, Elasticsearch, Splunk, and other analytics systems.

This enables engineering and operations teams to use shared monitoring data for real-time decisions, historical analysis, reporting, and capacity planning.

Broad Format and Standards Support

The TAG Realtime Media Platform supports a broad range of compressed, uncompressed, contribution, production, and OTT technologies.

Supported formats and standards listed by TAG include:

• HEVC
• H.264
• MPEG-2
• JPEG 2000
• JPEG XS
• SMPTE ST 2110
• SMPTE ST 2022-6
• SMPTE ST 2022-7
• MPEG transport streams
• SRT
• NDI
• Zixi
• HLS
• MPEG-DASH
• CMAF
• RTMP
• WebRTC
• AES67
• SCTE-35 and SCTE-104
• NMOS IS-04 and IS-05
• CEA-608, CEA-708, and OP-47
• HD, UHD, SDR, and HDR
• Dolby Digital, Dolby Atmos, and Dolby AC-4
• AAC and HE-AAC
• SPTS and MPTS 

This broad support enables a single monitor to monitor different stages of the media supply chain without needing separate products for each format.

For Production and Contribution

For live production, TAG can monitor incoming and outgoing feeds across remote venues, studios, production trucks, and centralized facilities.

Typical monitoring points include:

• Camera contribution
• Remote production feeds
• Public internet transport
• SRT contribution
• JPEG XS links
• ST 2110 production networks
• Primary and backup paths
• Program return
• Production outputs

Operators can display both compressed and uncompressed feeds together, monitor audio and signal status, and use alarms or Penalty Box workflows to quickly identify offline or degraded sources.

Playout and Master Control

TAG can monitor the complete playout chain, including:

• Ingest
• Channel origination
• Master control
• Encoding
• Multiplexing
• Captioning
• Ad signaling
• Primary distribution
• Backup delivery

SCTE monitoring, subtitle verification, Content Matching, Smart Recording, and deep transport analysis help teams verify that the intended program reaches each delivery path correctly. 

Delivery and OTT

OTT delivery introduces multiple renditions, manifests, CDNs, encryption, and adaptive bitrate behavior.

TAG supports monitoring of HLS, DASH, CMAF, and other delivery formats, allowing operators to inspect content across the path from the encoded source to downstream services.

The platform can help teams identify:

• Missing renditions
• Stream interruptions
• Manifest problems
• Audio and video errors
• Caption issues
• Delivery-path failures
• Incorrect content
• CDN-related degradation

Using one platform across broadcast and OTT workflows gives organizations a consistent operational view of services delivered through different technologies.

Cloud, On-Premises, and Hybrid Deployment

TAG is a software-defined platform that can run on commercial off-the-shelf infrastructure, in cloud environments, or across hybrid architectures. 

This allows organizations to place monitoring close to the media workflows being observed.

A deployment may include:

• On-premises MCM processing
• Cloud-based monitoring
• Distributed regional systems
• Central MCS management
• Hybrid data-center and cloud operations
• Remote access for distributed teams

The architecture can grow as channel counts, locations, and workflow requirements change.

Zero Friction Licensing

TAG positions its licensing model around operational flexibility.

According to the platform materials:

• Every license unlocks TAG platform functionality
• Licenses can be shared between locations and teams
• Organizations can choose capital, operating, or hybrid cost models 

This approach is intended to reduce the restrictions associated with fixed-function licenses that are permanently tied to a single workflow or location.

The exact commercial terms and license portability should be confirmed for the planned deployment.

Applications

The TAG Realtime Media Platform is suitable for:

• Broadcast networks
• Live sports production
• News contribution
• Remote production
• Master control
• Playout
• Network operations centers
• OTT services
• CDN monitoring
• Affiliate distribution
• Satellite and cable monitoring
• Cloud production
• Multi-site media organizations
• Large channel lineups
• Managed media services
• Enterprise media operations

Why Work with VidOvation?

A TAG deployment should be designed around the organization’s complete signal path, operational teams, monitoring priorities, and infrastructure.

VidOvation can help evaluate:

• Required monitoring points
• MCM processing locations
• MCS management architecture
• Channel and source counts
• Compressed and uncompressed formats
• Multiviewer layouts
• Alarm and threshold strategy
• Smart Recording
• QC Station
• Lens
• Content Matching
• Cloud and hybrid deployment
• Integration with existing management and analytics systems

By approaching TAG as an operational platform rather than only a multiviewer, organizations can build a more unified system for protecting media quality from contribution through final delivery.

Frequently Asked Questions

What is the TAG Realtime Media Platform?

It is a software-defined platform for IP media probing, monitoring, multiviewing, processing, recording, visualization, and analytics across live production, playout, and delivery workflows. 

What are MCM and MCS?

MCM is the media-processing and monitoring engine. MCS is the centralized management and control layer that manages multiple MCM systems, aggregates data, and provides unified API and configuration access. 

Can TAG monitor both compressed and uncompressed video?

Yes. TAG supports mixed compressed and uncompressed sources within the same platform and multiviewer layout. 

Does TAG support SMPTE ST 2110?

Yes. TAG supports ST 2110 video, audio, metadata, and synchronization workflows, as well as ST 2022-6 and ST 2022-7. 

Does TAG support SRT, NDI, and OTT formats?

Yes. Supported technologies include SRT, NDI, HLS, DASH, CMAF, RTMP, WebRTC, and other compressed and streaming formats. 

How many types of errors can TAG monitor?

TAG states that the platform supports detection across more than 500 events and probing parameters that cover the media and transport layers. 

What is TAG Penalty Box?

Penalty Box allows sources to remain monitored without occupying permanent multiviewer space. When a configured issue occurs, the affected source is automatically displayed for operator attention.

What is Smart Recording?

Smart Recording automatically captures streams when defined events or thresholds are met, helping engineers review content and metadata surrounding an incident.

What is TAG Content Matching?

Content Matching fingerprints video or audio and compares it across the media path to verify that the correct content reached downstream monitoring points. 

What is TAG QC Station?

QC Station adds technical metrics and scope-style analysis—including waveform, vectorscope, audio, stream, SCTE, caption, and color information—to the TAG multiviewer.

What is TAG Lens?

Lens is a visual alarm and service-health interface that organizes sources into operational hierarchies to help teams identify shared dependencies and likely root causes.

Can TAG run in the cloud?

Yes. TAG can be deployed on-premises, in cloud environments, or as part of a hybrid architecture. 

Does TAG provide API access?

Yes. MCS provides centralized API access, and TAG supports integration with management, automation, visualization, and analytics systems. 

Which workflows can TAG support?

The platform is designed for live production, contribution, playout, master control, distribution, OTT delivery, and cloud- or hybrid-media operations.