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Products

On-Premises Encoding Manager

Our Smart Encoder
Mobii’s Smart Encoder comes equipped with advanced software that enables you to configure feed ingestion, Encoding characteristics, Video output and streaming end points. The Smart Encoder ingests multiple input video feeds, time synchronizes, and encodes each to multiple bitrates, while storing this internally on the unit itself. Video is distributed over a localnetwork for consumption in CMAF, SRT, and RTMP formats. When connected online, it will sync to Mobii Connect/DEC and dedicated end-points.With microblock technology enabled on the Smart Encoder, feeds can “self-heal” during network disruption, ensuring you never lose a single frame of video. Applications can be loaded to the Smart Encoder, enabling new workflows that are tightly integrated with video, audio, and data.
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Products & Features

Player · Interactive
multi-angle player

Customize your multi-angle player & APIs
Thanks to our encoding power, a live multi-angle selection comes to life, making for a more powerful and engaging experience for viewers. The multi-angle player can be embedded and customized to fit your brand’s environment —take it one step further and cater its capabilities to your needs with our customizable API.
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Products & Features

Revu · In-Stadium
TMO & medic solution

Mobii Revu Application
Mobii Revu is a multi-stream viewer application with collaboration and annotation capabilities. Connecting to streaming outputs directly from a Smart Encoder, or from online, Revu enables users to create secure sessions to monitor multi-stream video content. Users can tag events in the stream, that are instantly shared to both local and remote users connected to your session. Tagged events can be instantly replayed and collaboration utilities mean you can annotate and create comments on each tagged event. Instantly seek back, frame step and replay content in slow motion to monitor every aspect of your multi-stream content in real-time. Revu is used in sport applications supporting Television Match Officials, Medic / HIA operators, Media andCommunications teams, as well as in broadcasting workflows to support quality control of video streams.
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Products & Features

Coding · Sport
performance coding

Seamless video & data integration
The Mobii Coder application is a utility application that ingests live video streaming content and enables your organization to generate real-time data.Used primarily in sport applications, it’s used to create real-time broadcast game stats that are made available through anAPI that drives real-time content delivery into websites, mobile apps and as user configurable data overlays in Mobii enabled streaming video players.
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Products & Features

One · Mobile
encoding hardware

Remote “Drop & Go” Ingestion
The Mobii One is a compact, portable encoder designed for “Drop & Go” deployment. Powered with Microblock Technology, this encoder will generate Dash and HLS using CMAF, with an Encoding latency of just 50ms and a global End-to-End latency of less than 1 second.The Mobii One can record the stream with on-board storage, or to an external USB drive over a USB 3.0 port, all while streaming over 10/100/1000 Ethernet.
discover our media services
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Products & Features

Apex · On-Site
encoding hardware

On-premises integration
Our Series S / A Microblock enabled Apex Encoders are designed for both semi and permanent based on-site installation in sport stadiums/arena’s, Broadcast production sites, Data Centres and Outside Broadcast vehicles. The Apex Encoder ingests, time synchronizes, encodes, stores and uploads streams to the nearest cloud regional edge cluster, and can output a variety of streaming formats to a local network for on-site usage. Powered by Microblock Technology, Real-Time Distributed Encoding will outperform existing industry Encoders based on linear encoding pipelines.
discover our media services
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Products & Features

Virtual · Cloud
encoding solution

Cloud ingestion
With on-site Microblock enabled encoders, multiple streams can be delivered to remote production studios, globally, in real-time and in different output formats. This significantly reducing operating and logistics costs and introducing performance efficiencies.
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Products

Stream Manager

Take full control of your streams
Our stream manager is a cloud based application that enables your organization to manage feed Ingestion points, Encoding, Output streams, Global Distribution Connectors, Data API’s, storage and management of all your streaming content.
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Products

Virtual-Cloud encoding solution

8 video inputs powered by Mobii’s connect technology
The Smart Encoder ingests multiple input video feeds, time synchronizes and encodes each to multiple bitrates, while storing this internally on the unit itself. Video is distributed over a local network for consumption in CMAF, SRT and RTMP formats. When connected online, it will sync to Mobii Connect/DEC and dedicated end-points.  With Micro-Block Technology enabled on the Smart Encoder, feeds can “self-heal” during network disruption, ensuring you never lose a single frame of video. Applications can be loaded to the Smart Encoder, enabling new work-flows that are tightly integrated with video, audio and data.
discover our performance solution
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Products

Stream Manager

Take full control of your streams
Our stream manager is a cloud based application that enables your organization to manage feed Ingestion points, Encoding, Output streams, Global Distribution Connectors, Data API’s, storage and management of all your streaming content.
discover our MEDIA SERVICES
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TECHNOLOGY

Latency

Mobii enables a global End-to-End (“Glass to Glass”) latency of less than 1 second. This is achieved by solving Encoding, Distribution and Playback latency. We enable a fast start-up time as low as 100ms.
Encoding Latency
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While most streaming technologies utilize Linear Encoding Pipelines, Microblock Technology has enabled a new breed of encoders featuring Real-Time Distributed Encoding. These encoding pipelines consist of two interlinked stages; A primary Synchronization stage, followed by a second Distributed Encoding stage.

As streams are ingested into the encoding pipeline, they first pass through the Synchronizer, which converts the source stream to a Microblock stream, where each individual Microblock represents an image frame. Each Microblock is time synchronized at the point of ingestion.

The second stage of the Encoding pipeline involves a cluster of encoding nodes, that work together to encode each individual Microblock. As Microblocks are time synchronized through the Synchronizer, the Distributing encoding Pipeline has the ability for each encoding node to take any available Microblock in the queue and process these out of sequential order, slotting Microblock’s back into alignment during the packager output phase.

Microblock enabled Real-Time Distributed Encoding represents the fastest possible achieved Encoding architecture. A major additional advantage of this architecture is that it is extremely efficient making far greater usage of existing compute resources when compared to conventional Linear Encoding Pipelines.  

This means encoders are more efficient, faster and you can support more encoding pipelines. Microblock architecture is deployed on our range of physical encoders and can also be deployed to Virtual Machines in the cloud.  
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Distribution Latency
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Microblock technology uses HTTPS2 to upload streams from on-site encoders to the cloud and to move streaming content to Cloud-based global edge clusters, before being egressed out to CDN and playback devices using HTTP1.1.  

Microblock technology enables a fast, reliable and highly redundant upload stream to the cloud. It also facilitates a highly efficient means of keeping streams in perfect sync and distributed with the lowest latency between global regions.

There is a limit to how fast CDN’s can actually deliver streaming content across global regions. Mobii overcomes this challenge through the deployment of the Co-Ordinator. The Co-Ordinator moves streaming content in Microblock format quickly from ingest regions to edge clusters in global regions. Once the Microblock stream has reached the closest edge cluster to where content will be consumed, it is packed into a CMAF (MPEG-Dash / HLS) Ultra-Low latency stream and egressed out to a regional CDN for last mile distribution to playback devices.

DRM (AES 128bit CENC/CBCS) can also be implemented on the CMAF (MPEG-Dash) stream output.

The Co-Ordinator ensures that streaming content remains synchronized and is delivered with the lowest possible to latency to playback devices.  
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Playback Latency
Microblock streams are packaged as CMAF (MPEG-Dash / HLS) streams and delivered to the player of your choice via major CDN’s.

There are typically two traditional ways in which video players download, buffer, decode and play video:
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Full Segment Download
The video player downloads an entire segment, before decoding the segment and playing the content. If for example the segment size is 6 seconds, then in theory the player latency will in a best-case scenario be 6 seconds plus the time to download the actual segment and decode it.  

However, this is not practical in the real-world as there is a risk that video may buffer. If the video is encoded with a 6 second segment and then delivered to the player control for decoding and playback, there is a risk that the next 6 second encoded segment does not arrive in time for decoding and playback, resulting in buffering. This can be caused by several variables introduced in the delivery of the segment to the player control, including Encoding latency, CDN latency, packet and variables in the client’s device and internet connection latency.

A common strategy to solve for this is for the video player to download more than one segment, so that there is always a “spare” segment available for playback in the buffer, thereby reducing the risk of buffering, which increases latency.

Reducing the segment size does not solve this problem. Reducing the segment size to 3 seconds, or lower will reduce the segment size, but may introduce more variability in the time between segment download and playback, increasing the risk of buffering.
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CMAF-CTE: Partial Segment Download
Chunk-Transfer Encoding enables a partial segment to be downloaded, decoded and played, before the entire segment has been completely downloaded.

A segment chunk (comprising a series of frames, including a Key Frame) can be downloaded by the player control, decoded and played, before the entire segment is downloaded.

The player control will still be required to buffer several segment chunks to ensure a lowered risk of buffering, resulting in an achievable latency of 3-4 seconds in optimal conditions.
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Microblock Enabled CTE
Mobii’s pipeline takes Chunk Transfer Encoding a lot further with Microblock enabled Chunk Transfer Encoding. The Distribution pipeline makes it possible serve image frames for playback with an extremely low latency, and a smooth and reliable buffer right at the edge.
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TECHNOLOGY

Scalability

Mobii generates CMAF (Mpeg-Dash / HLS) streaming outputs, which are compatible with major CDN’s and the video player of your choice.
CDN's
CDN’s provide a cost effective and reliable means of distributing streaming video content at scale over existing internet infrastructure. While they are generally able to serve video streaming content quickly within a geographic region, there is a limit to how fast they can serve streaming video content globally, which in turn impacts the latency delivery of content from a global perspective.

Mobii’s Co-Ordinator overcomes this challenge by distributing streaming content in Microblock format quickly from ingest regions to global edge clusters where content is then egressed to and served via regional CDN’s to Playback devices, utilizing CDN as a last mile distribution solution instead.  

This not only solves a significant global latency challenge, but also enables organizations to be strategic with the CDN distribution costs on a per region basis. This regional Multi-CDN approach enables you to use one CDN provider in a specific region and an entirely different CDN in another. This decision can be driven by cost/performance factors in each specific region, enabling significant cost savings, without impacting streaming performance
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Integration with Video Players:
Many low latency solutions use proprietary streaming output formats that require you to adopt their specific video player and/or pay royalties to play their streaming outputs. With Mobii, this changes, you can achieve sub-1 second latency, rivalling WebRTC, in the player control of your choice.  This is because we fixed the problem in the pipeline before it got to the CDN, and we generate normal CMAF (MPEG-Dash / HLS) that works seamlessly in all major players. We also provide our customers with a free to use, highly configurable player control that they can use in their web and mobile applications. There would be two considerations for when this is required:
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1) Synchronized Multi-stream experiences:
While we generate frame synchronized video streams that you can implement with the player control of your choice, this usually requires development effort. Mobii provides a free to use embeddable video player that has already being customized to play back synchronized multi-stream video, enable slow motion and frame-step control, as well as overlay interactive data that is in perfect sync with your video.
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2) Playback on iOS devices:
With MPEG-Dash, Mobii can achieve an End-to-End latency of less than 1 second. MPEG-Dash has the advantage of being compatible on every playback device, except iOS devices which instead require HLS.

HLS, however, is limited by the Apple HLS Spec and although the stream is delivered with a sub-1 second latency to a player control, video players on iOS will hand over to the OS and play the HLS stream at 3x the segment size. HLS playback within a browser is therefore generally limited to a 3 second latency when streaming a 1 second segment size. While some video players have implemented a custom Community HLS spec to work around HLS playback on other devices, these do not solve playback on iOS devices themselves.

For customers that require ultra-low latency HLS playback on iOS devices, Mobii has overcome this latency barrier with a specific iOS video player that can be freely utilized in iOS apps by our customers, meaning that browsers can use device detection to hand-over to the player control and achieve ultra-low latency playback.
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TECHNOLOGY

Experience

We not only reduce latency and maintain sync across globally dispersed viewers. Customers can now build their own unique viewer experiences by utilizing our media services pipeline. By achieving perfect frame-level synchronized video streaming at sub-1 second latency, unique real-time applications can now be delivered at scale.
Bridge the gap between traditional Cable/Satellite broadcast and video streaming
Cable/Satellite broadcast currently achieves a latency of approximately 4-6 seconds, while live video streaming is significantly delayed by 15 – 45 seconds. This makes it difficult to offer an equivalent experience to viewers on both platforms and inhibits the ability to leverage video streaming as a primary means of consumption by subscribers.

With Microblock Technology, we achieve sub-1 second latency, which means that we can deliver a live video stream faster than cable/satellite broadcasting. What it also means is that we have the ability to slow down our video stream and align this with the cable/satellite broadcast to enable broadcasters to leave no viewer behind, offering an equivalent viewing experience to all viewers, regardless of whether they consume content via cable/satellite or live video streaming.
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Synchronized video streaming
Every video streaming platform today is simply an extension of traditional cable/satellite broadcasting, it’s the same linear, passive experience, just digital and with substantial latency delay.

Offer your viewers more than just a passive linear experience. Mobii enables you to deliver multiple video streams with perfect synchronization, allowing your viewers to “direct their own experience” and be more active in their consumption of content.

Transition between video streams without buffering and offer viewers a unique viewing experience by enabling them to change their viewing experience in real-time.
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Interactive Overlays
High Video streaming latency means that it’s difficult to create interactive data overlays. For example, in a sports game with a scoring event taking place, the score would update before viewers see the event occurs in the video stream.

For this reason, live video streaming today is limited in following processes found in traditional cable/satellite broadcasts, where static overlays are encoded into the video stream.

Mobii’s ability to achieve sub-1 second latency and its ability to perfectly frame synchronize video streams means that broadcasters can now leverage interactive data overlays in their live video streaming broadcast, where live data is synced to live video streams.

This opens the opportunity to create a more immersive viewing experience where interactive overlays can be tailored to different fan persona, that they themselves can engage with and view based on how they would like to experience the live video stream.  

While Mobii has ready to use overlays for specific event types, broadcasters can create and build their own or integrate with interactive overlays from Singular Live to build out their own unique offerings.
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Unrivaled playback control
By delivering a smooth fragmented stream to player controls, we enable broadcasters to extend the functionality of their player controls. Viewers can replay events instantly with slow-motion replay, frame-step control across every available synchronized video stream. Video plays instantly without buffering, creating an unrivaled quality viewing experience.
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Products & Features

One · Mobile
encoding hardware

Remote “Drop & Go” Ingestion
The Mobii One is a compact, portable encoder designed for “Drop & Go” deployment. Powered with Microblock Technology, this encoder will generate Dash and HLS using CMAF, with an Encoding latency of just 50ms and a global End-to-End latency of less than 1 second.The Mobii One can record the stream with on-board storage, or to an external USB drive over a USB 3.0 port, all while streaming over 10/100/1000 Ethernet.
request a quote
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Products & Features

Apex· On-Site
encoding hardware

On-premises integration
Our Series S / A Microblock enabled Apex Encoders are designed for both semi and permanent based on-site installation in sport stadiums/arena’s, Broadcast production sites, Data Centres and Outside Broadcast vehicles. The Apex Encoder ingests, time synchronizes, encodes, stores and uploads streams to the nearest cloud regional edge cluster, and can output a variety of streaming formats to a local network for on-site usage. Powered by Microblock Technology, Real-Time Distributed Encoding will outperform existing industry Encoders based on linear encoding pipelines.
request a quote
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Products & Features

Virtua · Cloud
encoding solution

Cloud ingestion
With on-site Microblock enabled encoders, multiple streams can be delivered to remote production studios, globally, in real-time and in different output formats. This significantly reducing operating and logistics costs and introducing performance efficiencies.
request a quote
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BROADCASTING

Latency

Latency
A fundamental challenge facing live video streaming is that it lags behind cable and satellite TV broadcasts.

Nothing is worse than watching a live sports event and hearing your neighbors scream when your favorite team scores —before you even know what happened.

This delay in latency inhibits the deployment of innovative real-time services that simply cannot exist, because we don’t all see the same thing at the same time. (Live micro-betting, dynamic real-time overlays, etc)
Audience drift, where two consumers watching the same stream are out of sync by up to 20 seconds, is generally caused when content is delivered globally via CDN, with different paths taken to each viewer.

More than 60% of consumers are more likely to stream a live event if they knew it would at least line up with TV broadcast latency.

Mobii solves this. Our technology enables high-quality CMAF streams to be delivered with an End-to-End latency of less than 1 second, meaning that the stream can then be slowed down and aligned with the Satellite/Cable TV Broadcast, offering all viewers an equivalent viewing experience.

The Co-Ordinator overcomes global CDN audience drift by moving streaming content closer to the regional edge, before using CDN as a last mile solution.
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BROADCASTING

Stream Performance

Stream Performance
Viewers tend to abandon streams when the stream performance is poor.

For example, if a stream takes more than 2 seconds to load, then for every additional second, up to 6% of viewers will abandon the stream. And when video starts buffering, between 33% and 66% of viewers tend to abandon the stream.

Buffering, Start-up time and Latency form a trilemma for broadcasters. If you reduce latency, then there is a greater risk for buffering. Likewise, increasing latency, to minimize the risk of buffering, can lead to increased start-up times.

Microblock enabled Encoding and Distribution pipelines serve image frames for playback with an extremely low latency, and a smooth and reliable buffer right at the edge, enabling you to deliver:
                - High-Quality ABR CMAF streams with sub-1 second latency
                  -Fast start-up times with a Time to First Frame (TTFF) of less than 100ms
                  -Zero buffering at the live edge
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BROADCASTING

Synchronization

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Synchronized video streaming:
Offer viewers more than just a passive, linear experience. Mobii enables you to deliver multiple video streams with perfect synchronization. Viewers can change their camera angle or transition between video streams in real-time, without buffering, and with each stream in perfect sync.

Empower your viewers to “direct their own experience”.  
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‹
request a quote
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BROADCASTING

Increased Monetization

Mobii’s technology can reduce churn rate, decreased revenue through abandonment and lost opportunity revenue through services that cannot deploy today.

It also enables you to offer compelling viewing experiences, and have greater opportunity to segment and monetize your offering:
-In live sports events, additional synchronized camera angles can be offered to different subscriber tiers. Subscribers can pay a premium to gain access to additional real-time camera angles.  

-Subscribers can watch two different live events at the same time, with the ability to transition between these seamlessly as part of the same viewing experience.  

-Additional camera angles enable you to apply advertising to each separate feed, multiplying your ability to monetize content within a live event.  

-With data synced to video, instant replays (or Moments) can be created and viewed, both in real-time and post event. Each moment can be monetized though advertising and/or subscription models.
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BROADCASTING

Lowered Cost Through Efficiency

Microblock enabled Distributed Encoding pipelines offer significant performance and cost efficiencies over traditional linear encoding pipelines, with up to 70% lowered costs and no performance degradation as the density of encoded streams increase.

The Co-Ordinator enables video streaming content to overcome global CDN propagation latency, bringing it closer to the edge, before egressing out to regional CDN’s as a last mile solution, per region.  

You can be more strategic in using specific CDN’s on a per region basis. With Cost, Performance and Concurrency indicators, guiding this decision in each global region.
request a quote
‹
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Products & Features

Apex · On-Site
encoding hardware

On-premises integration
Our Series S / A Microblock enabled Apex Encoders are designed for both semi and permanent based on-site installation in sport stadiums/arena’s, Broadcast production sites, Data Centres and Outside Broadcast vehicles. The Apex Encoder ingests, time synchronizes, encodes, stores and uploads streams to the nearest cloud regional edge cluster, and can output a variety of streaming formats to a local network for on-site usage.
Powered by Microblock Technology, Real-Time Distributed Encoding will outperform existing industry Encoders based on linear encoding pipelines.
request a quote
‹
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BROADCASTING

Experiences

Almost every video streaming platform today is simply an extension of traditional Satellite/Cable TV broadcasting. It’s the same linear, passive experience, just digital and with substantial latency delay.

Every streaming platform today is built from the same fundamental technology, with the same fundamental challenges, which makes it difficult to differentiate your product offering to viewers.  

Microblock Technology not only reduces latency to provide global viewers with an equivalent viewing experience. It also enables you to innovate with perfect frame-level synchronization of multiple video, audio and data streams, where viewers can actively engage and direct their own experience.
discover our performance solution
‹
Interactive Overlays:
High Video streaming latency makes it near impossible to create live interactive data overlays. For example, if a scoring event takes place in a sports game, the score would update in the overlay, before viewers actually see it in the video stream.

For this reason, live video streaming today is limited in following processes found in traditional Satellite/Cable TV broadcasts, where static overlays are encoded into the video stream, as it’s the only way to keep data and video in perfect sync.

Microblock technology reduces latency and keep video and data in perfect sync, meaning that broadcasters can now leverage interactive data overlays in their live video streaming broadcast.

This opens the opportunity to create a more immersive viewing experience tailored to different fan persona. You can now create different types of overlays that update in real-time and align with the video, enabling viewers decide for themselves how they want to experience the live stream.  
discover our performance solution
‹
Unrivaled playback control:
Mobii enables broadcasters to extend the functionality of their existing player controls, with slow-motion and frame-step control, synced to every camera angle.

Viewers can instantly replay key events, with perfect control, in every available camera angle, creating an unrivaled and immersive viewing experience.
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request a quote
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dynamic cloud production

Enhance your broadcast production with synthetic intellgence

Our Dynamic Cloud Mixer production platform enhances and automates any sports broadcasting environment from anywhere.

The Game Moves Fast —
Your Broadcast Tools Should Too

With unpredictable plays, tight timelines, and growing demand for personalized streams, traditional broadcast setups simply can’t keep pace.
Unpredictability of Live Action
Plays unfold in an instant—but most production environments can’t adapt fast enough, leaving crews scrambling to keep up.
Too Many Tools, Not Enough Flow
From unstructured data, video feeds to graphics, teams are forced to juggle disconnected systems—costing time and clarity.
Lack of Synchronization Across Sources
Multiple video, audio, and data streams arrive out of sync, forcing operators to spend valuable time aligning content instead of producing it. This creates delays, errors, and a loss of context—especially in multi-camera or multi-feed environments.
Scaling Personalized Feeds
From alternate camera angles to sponsor-specific overlays, the demand for customization is growing—yet most production stacks can’t keep up.

Powering Smarter, More Personalized Broadcasts—from Automated Broadcasts to Interactive Experiences

Cloud Video Personalization
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Real-Time Latency at Scale
Learn more
Interactive Applications
Learn more
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1

dynamic cloud production

Mobii’s Dynamic Cloud Mixer (DCM) empowers production teams & fans alike

Ingestion

Video, audio & data inputs are ingested

Sync and Synthetic Intelligence

Video and audio feeds are aligned in real time. Synthetic intelligence uses data to  drive automatic switching and activate the graphics engine—everything working together, fully automated

Sync
Aligns video and audio feeds in real time to eliminate delays or mismatches. This ensures a smooth, unified viewing experience — essential for live sports, highlight replays, and multi-angle production.
Synthetic
Intelligence
Drives automation using real-time data—powering automatic smart switching, dynamic overlays, and a hands-free production flow.
Cloud Video Personalization
SRT FEEDS
MICROBLOCK STREAM
Output to live broadcast

Global and localized streams are delivered

Real-Time Control at Scale
Mix, switch, and output live multi-camera streams instantly—from anywhere, with near-zero latency.
Seamless Personalization
Deliver custom feeds per viewer or screen—alternate angles, team-focused views, or language-specific commentary.
Automated, Data-Driven Production
Trigger overlays, graphics, and camera changes based on live telemetry and user behavior—no manual input required.
Integrated Sponsorship Activation
Place branded overlays, sponsor-specific feeds, or dynamic ad elements into the broadcast—automatically and in context.

Our Microblock technology architecture

MICROBLOCK STREAM
2

Real-Time Latency at Scale

Our Microblock Pipeline Powers Personalized Video, Optimized for Speed and Scale

Breaks down personalized cloud video into microblocks for ultra-efficient encoding and distribution. This enables real-time, scalable delivery with ultra-low latency across all streams.
Real-Time Latency at Scale
3

Interactive Applications

Client-side applications that empower Operators, Analysts, and Fans

Powerful tools like Playvu, Stream, Revu, and Kode bring personalized, low-latency video to life — enabling multi-angle viewing, stream control, real-time analysis, and in-stadium decision- making, all in the hands of operators, analysts, and fans.

CASE STUDY

Max In-car Driver Cams

We engineered an ultra-low latency platform for NASCAR's Driver Cam, enabling synchronized, data-driven in-car feeds at full broadcast scale.
· Ingest up to 40 individual driver cam video sources
· Ambient and Driver/Spotter audio for each driver.
· Requires audio ducking
· Integrate with multiple NASCAR API’s
  (Raw telemetry data – 8Mbps @ 10ms intervals)
· Sync all video / audio / data sources
· Build Graphic Overlays for Driver and Multiview Composites
· Automation logic to drive Graphic Overlays
· Create up to 40 Driver and 2 Multiview Composite outputs

Key takeaway's

Proven Impact Across Integration, Scale and Efficiency
· Rapid customization and deployment of DCM into WBD’s AWS cloud tenant
· Seamless, low friction integration
· Fully Cloud-enabled, scalable, high concurrency
· Efficiency through automation (lowered production and   live operations requirements)
· Highly efficient Graphics Engine

What are the fans saying?

Intrigued by DCM?
Transform how you deliver, personalize,
and control live video.
Reach out
Innovative Solutions
Mobii is at the helm of transforming media experiences. Our technology offers groundbreaking capabilities in sectors including broadcasting, sports analytics, and more, providing unmatched speed and precision in video streaming and data handling.

TECHNOLOGY
‍

Our technological edge

discover
‹
Microblock Technology
Experience a new standard in real-time global video streaming. Our patent-pending technology brings unparalleled synchronization of video and data, opening up new avenues for innovation across diverse industries, delivered in real-time.
Konnect Platform
Immerse yourself in our robust ecosystem of Microservices. We offer a range of modularized services that encompass everything from event management to analytics, ensuring seamless integration and functionality for a variety of applications.

Newsroom

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July 31, 2019

Blue Label buys a 26% stake in Mobii

June 21, 2024
Streaming

Mobii Systems and UAR Rugby Join Forces to Revolutionize Rugby with Advanced Video and Data Technologies in Three-Year Partnership

January 26, 2024

Mobii Systems Completes AWS Foundational Technical Review Milestone for Its Ultra Low-Latency Streaming Solutions

December 11, 2023
Streaming

Mobii Leads the Way in Zero Latency Streaming: Join the Streaming Media Tech Talk

June 7, 2023
Streaming

Mobii ultra low-latency streaming services on Microsoft Azure now available in the Azure Marketplace

April 14, 2023

NextComputing Becomes Exclusive Distribution and Fulfilment Partner for Mobii's one-of-a-kind Encoders...

August 26, 2022

10 reasons to attend IBC 2022

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Solutions
For Broadcasters
For Smart Stadiums
For Sport Data
Newsroom
Mobii Systems and UAR Rugby Join Forces to Revolutionize Rugby with Advanced Video and Data Technologies in Three-Year Partnership
21.6.2024
Mobii Systems Completes AWS Foundational Technical Review Milestone for Its Ultra Low-Latency Streaming Solutions
26.1.2024
Mobii Leads the Way in Zero Latency Streaming: Join the Streaming Media Tech Talk
11.12.2023
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