MISTV – Unlocking Synergies: Maximizing Revenue Across Linear and Non-Linear Broadcasting

In today’s rapidly shifting media landscape, broadcasters face the dual challenge of sustaining strong linear audiences while simultaneously unlocking the revenue potential of digital platforms. Viewers consume content across an ever-widening range of devices, apps, and services— from traditional broadcast to VOD, OTT, streaming apps, and even hybrid models like simulcast and preview runs. For broadcasters, the question is no longer linear versus non-linear, but rather how to strategically orchestrate both to maximize their reach, ratings, and revenue.

The Synergy Imperative

Linear broadcasting continues to play a unique role in delivering mass audiences and shared live experiences—from prime-time dramas to breaking news and major sports events. Yet, these same programs now also serve as the anchors for a wider content ecosystem. Once aired, a single episode may continue its journey across catch-up TV, VOD libraries, OTT platforms, or mobile apps, each distribution channel adding incremental reach and value.

This creates a powerful synergy: linear channels drive awareness and event-like attention, while non-linear channels extend content lifecycles, offer personalization, and capture audiences unreachable through linear broadcast alone. When managed strategically, this synergy can dramatically boost both ratings and monetization potential. The challenge lies in coordinating the timing, rights, and revenue models across these different outlets so that they complement—rather than cannibalize—each other.

Beyond Simple Distribution

Maximizing this potential requires more than just making content available on multiple platforms. Broadcasters must design comprehensive release strategies that balance exclusivity and accessibility, carefully coordinating the timing of the content releases across channels, aligning the sequence of these releases, advertising or usage of the subscription models with audience behavior to maximize both reach and value.

For example, a popular drama may premiere on linear, enjoy a high-value catch-up window for a limited period, and then move into an AVOD or SVOD library for long-tail monetization. Each stage requires careful rights management, scheduling precision, and seamless data flows to track performance and revenue.

At the same time, advertising strategies must evolve. Campaigns increasingly span both linear and digital inventory, demanding unified forecasting, booking, and reporting. Predictive analytics and autobooking help ensure the right spots reach the right audiences across platforms, while real-time fulfillment evaluation safeguards revenue efficiency.

Technology as the Enabler

This is where modern Broadcast Management Systems (BMS) play a decisive role. A system such as MISTV® MIRA provides broadcasters with the ability to plan, schedule, and monetize content across all platforms in a single integrated environment. The goal is not only operational efficiency, but also the creation of a seamless revenue pipeline where rights, scheduling, advertising sales, and royalties are managed in a coordinated safe way to maximize revenue.

Rights and Royalties: Flexibility for Every Platform

The complexity of rights management has grown exponentially with the boom of secondary channels and streaming options. A single title may carry different licensing conditions for linear broadcast, AVOD, SVOD, catch-up, or OTT distribution. MISTV® MIRA’s Rights Management module enables broadcasters to precisely tailor and control usage conditions across platforms, ensuring compliance while unlocking maximum value from each asset. Automated amortizations, royalties tracking, and integration with accounting and other business systems further ensure that revenue flows are transparent and optimized.

Scheduling Synergies: Linear as the Anchor, Digital as the Amplifier

While linear broadcast continues to deliver mass audiences, digital extensions can amplify reach, extend content lifecycles, and target new demographics. MISTV® MIRA bridges these workflows by linking linear scheduling directly with VOD planning—so that a premiere aired on a flagship channel can be seamlessly followed by catch-up availability, preview runs or simulcast streaming. Automated rules ensure that every piece of content is placed where it will deliver the highest impact, while still respecting contractual rights.

Advertising Sales: Monetizing Every Impression

Advertising revenue remains the lifeblood of broadcasters, but monetization strategies now extend far beyond the 30-second spot. Modern Broadcast Management Systems must therefore support broadcasters in fully leveraging every available channel of distribution—including OTT and on-demand services—while also enabling the commercial use of secondary events, injections, sponsored promo clips, jingles, and other on-air branding elements that enhance viewer engagement and carry commercial value. With MISTV® MIRA, these diverse revenue streams are managed within a single environment, ensuring they complement rather than compete with one another. Campaign evaluation tools allow broadcasters to assess the effectiveness of traditional spots alongside sponsored promos or special secondary events, while autobooking and optimization functions help ensure the highest possible return. In this way, broadcasters can transform every second of airtime—whether during breaks or within programming—into an opportunity for revenue growth.

Data-Driven Decision Making

The integration of real-time and predictive data is key to balancing linear and digital strategies. With MISTV® MIRA, broadcasters can aggregate ratings and performance data across platforms, evaluate campaign effectiveness, and use predictive modeling to optimize scheduling and sales. This creates an agile decision-making environment where broadcasters are not only reacting to audience behavior but are actively shaping it.

Towards a Unified Content Economy

The future of broadcasting is hybrid by design. Success depends on treating linear and non-linear platforms not as separate worlds, but as complementary revenue engines. By unifying rights management, scheduling, advertising sales, and analytics under one umbrella, broadcasters can maximize the value of every piece of content—whether it is consumed on the living room screen, a mobile app, or a connected TV platform.

For broadcasters navigating this transformation, solutions like MISTV® MIRA provide the foundation for agility, efficiency, and sustainable growth. By turning complexity into clarity, broadcasters can focus on what matters most: delivering compelling content to audiences—everywhere, at any time, and on every platform.

MediaKind – Beyond Efficiency: Turning Cloud Agility into Broadcast Growth

Chris Wilson, Head of Marketing, MediaKind

For decades, broadcasting relied on a tried and tested formula: one venue, one broadcaster, one signal. That model built the global reach and reliability the industry was known for. But the world around it has changed. Audiences are more connected, more demanding, and more diverse in how they want to experience content. The technologies that power live production have also evolved, unlocking new ways to deliver value.

Growth in broadcasting today depends not on building more infrastructure, but on ensuring creative and commercial teams have the freedom to adapt faster, test new ideas, and align investments with opportunity. And thanks to the rise of cloud-connected, software-driven workflows, media businesses have a new way to approach this challenge. Cloud architectures allow broadcasters to experiment confidently while ensuring that every decision, from content creation to delivery, contributes directly to long-term growth.

When production moves beyond fixed hardware and inactive processes, efficiency and engagement start to feed each other. Elastic workflows mean teams can deliver every event, from the world’s biggest tournaments to local community broadcasts, with the same quality and consistency. They can scale capacity up or down as demand changes and pay only for what they use. Flexibility now carries a measurable commercial value.

This evolution is also changing how broadcasters think about monetization. Multi-feed production, dynamic graphics, and personalized experiences are becoming central to growth. Fans now expect to shape their own viewing journey, from choosing camera angles to switching commentary teams, and diving into live data. Each new feed, feature, or interactive layer becomes another way to deepen engagement, generate insights, and create sponsorship opportunities.

The audience experience drives growth

Today’s audiences want connection, choice, and control. They’re now participants in a much larger experience and every decision they make, whether that’s selecting a feed, voting on a player, or sharing a moment online, gives broadcasters valuable insight into what keeps people watching and coming back.

It’s why personalized content and multi-feed coverage is playing a vital role in helping to strengthen loyalty and lengthen engagement. They create new spaces for advertisers to connect with audiences at meaningful moments, and they give rights owners richer data to guide future strategies. The more broadcasters understand how fans interact with content, the better they can design experiences that resonate deeply and grow sustainably.

Every stream has the potential to become a platform of its own. A behind-the-scenes camera, a dedicated athlete channel, or a community-driven commentary feed can attract its own following and sponsorship model. These experiences extend reach, strengthen brand identity, and give rights holders a more direct connection with their audiences.

Simplifying the way broadcasters operate

For many years, complexity slowed the pace of innovation in broadcasting. Too many systems, too many dependencies, and too much custom infrastructure made change difficult. The shift to software-defined and cloud-native workflows is removing those barriers. When production, contribution, and distribution can all be managed through a unified platform, experimentation becomes easier and faster.

Teams can now configure and update workflows remotely, test new formats in real time, and deploy updates instantly. This simplification brings control back to the people who need it most: those closest to the creative process. By making technology lighter and more accessible, broadcasters are building environments where innovation thrives naturally, and creative and technical teams are encouraged to work more closely together as they have the ability to test, refine, and iterate continuously.

Financially, the benefits are just as clear. Usage-based and event-driven models encourage experimentation by removing the weight of long-term commitments. Broadcasters can cover new sports, launch pop-up channels, or pilot interactive experiences without the cost or risk of permanent infrastructure. Spending aligns with performance, allowing success to fuel further innovation.

Changing the mindset of the broadcast industry

We often talk about new tools and technologies in the broadcast space, but the real change has been one of mindset. Cloud agility is giving the industry permission to rethink how ideas are brought to life, how teams collaborate, and how audiences connect with content.

The organizations leading this shift are using technology to empower people. They’re turning fast iteration and data-led creativity into everyday practice, combining the precision of engineering with the intuition of storytelling. That balance is what will define the next generation of media businesses.

Accedo – Linking Investment Directly to Impact

Martin Sebelius, CEO, Accedo Video Solutions

Video services are currently facing pressure on multiple fronts. A huge number of services are all competing for viewers’ attention, so competition is fierce. Pricing, content availability, and user experience are all key factors that drive subscribers to churn, and with minimum barriers to cancel, users can quickly and easily leave one service and join another. This makes churn difficult to contain. User expectations are also rising and evolving faster than services can keep up, making viewer engagement a real challenge. At the same time, content acquisition and production costs are rising, but OTT providers can’t always pass these costs on to subscribers, for fear of driving churn. Whichever way you look at it, it’s a delicate balancing act. Viewers are also incredibly unforgiving, so video services must deliver a consistently top-quality service. For long term survival in such a competitive market, providers need to implement the right strategy to drive sustainable growth.

What worked in the past during streaming’s boom years doesn’t bring about the same results in today’s market, so video services are having to reassess how they allocate their resources. Many still operate on input-driven models that prioritize feature delivery over impact, leading to higher costs without meaningful gains in loyalty or engagement. However, success today depends less and less on constantly launching new features. Given the multitude of external pressures faced by OTT companies, it’s critical that providers ensure that every dollar spent directly contributes to the right outcomes, whether that’s reducing churn, increasing lifetime value (LTV), lowering operational overhead, or improving service quality. The question is, how can video providers ensure that investment delivers the outcomes that matter the most?

Why the Traditional Approach is Flawed

Historically, media companies made investment decisions based on multi-year ROI projections. Technology stacks were monolithic, and decisions around software, hardware, and operations were often siloed across departments. Total cost of ownership (TCO) calculations typically focused on total outlay over time, including licensing, cost of missed opportunity, hosting, maintenance, and slow time-to-market, as well as internal and external misaligned product resourcing.

While this approach worked when services were able to be much more static, and new features formed part of long release cycles, the streaming industry today is much more fluid. Viewer preferences and expectations evolve at a much faster rate, and so an approach where inputs and outputs are largely fixed is no longer effective. Yet, many services still operate on input-driven models that prioritize feature delivery over impact, which can lead to higher costs without meaningful improvements in KPIs. Although launching shiny new features may feel like progress, it often fails to deliver measurable improvement in key outcomes such as reducing churn or increasing LTV.

OTT success depends less on how much is spent, and more on how effectively that spend translates into impact. This is why video providers need to start reframing TCO models around business outcomes, so that services can ensure that expenditure directly contributes to the outcomes that matter.

Designing for Outcomes, Not Outputs

For years, OTT providers have focused on adding more features, yet these may not make a difference where it matters. The shift toward outcome-based investment starts with changing that mindset. Instead of treating costs like isolated silos, to be successful, providers need to view the entire service as an interconnected system where architecture, data, and orchestration are all part of a continuous feedback loop.

Traditional OTT platforms rely on tightly coupled systems that may be cost effective to acquire but expensive to maintain and slow to evolve. Composable platforms, by contrast, allow for modular assembly of capabilities, enabling faster iteration, greater flexibility, and reduced duplication. This architectural shift lowers integration costs and unlocks agility.

AI, and in particular agent-based orchestration, will no doubt be an integral part of this shift. When built into the design of the video platform, it will enable intelligent automation that can optimize user journeys, triage operational issues, and personalize experiences in real time. This will reduce manual effort, accelerate time-to-insight, and directly impact business KPIs like churn, ARPU (average revenue per user), and LTV. Intelligent agents can monitor user behavior, trigger interventions when churn risk rises, resolve service issues and adapt the user experience in real time.

This approach will significantly impact operational efficiency, and will also

link together technology effort and business impact. Each investment decision becomes a lever to influence specific KPIs, such as trial conversion, ARPU, or service uptime.

Treating Investment as a Continuous Lever

The OTT services that thrive in the coming years will be the ones that successfully maximize the value of each dollar spent. This means designing platforms for adaptability, enabling AI to continuously optimize the service, and measuring success based on outcomes, not features. Consequently, TCO models need to be reframed around business outcomes, so that video services can shift from tracking costs in isolation to treating investment as a continuous lever to deliver the desired outcomes. The successful service operating under this model is one in motion, capable of self-adjustment as business priorities evolve, where data is the mechanism that closes the loop, determining where investment goes, and allowing platforms to continuously test, learn, and improve.

OTT providers that embrace this model will find themselves better positioned to respond to change. They will be able to scale with precision rather than volume, automate tasks without losing quality, and pivot quickly as audience preferences evolve. Success will be determined by how well a video provider can correlate financial investment with video service impact.

Zixi – Beyond Free Protocols: How Resiliency and Orchestration Reduce Real-World IP Video Costs

Andrew Reich, VP of Business Development, Zixi

The Limits of Free Protocols

As the media and entertainment industry accelerates its shift toward IP-based delivery, many organizations turn to ‘free’ open-source transport protocols as a starting point. But the initial appeal often fades quickly, as teams encounter hidden costs tied to reliability, scalability, and operational complexity.

Live video demands smooth, uninterrupted delivery, with little room for error. Any disruption impacts quality, jeopardizes revenue, and erodes audience engagement. As broadcasters reassess their workflows, the economics of IP transport now hinge on predictability, visibility, and the ability to quickly support new opportunities without friction. Cutting costs still matters, but ensuring reliability and agility is just as critical, if not more, to protecting revenue and enabling growth.

Organizations like the National Hot Rod Association, Nine Radio, and Octal show that investing in resilience and orchestration delivers measurable gains in performance, scalability, and lower total cost of ownership (TCO).

Efficiency as a Cost Multiplier

Open-source protocols may appear cost-effective at first, but when networks and live broadcasts experience congestion or packet loss, retransmission traffic can grow exponentially which drives up compute and cloud egress costs. That retransmission growth and cost often compound with degradation in video quality and increased latency. What seems “free” at the protocol level can often result in unpredictable downstream expenses.

Zixi takes a fundamentally different approach. The Zixi Platform uses adaptive congestion recovery, null-packet compression, and other intelligent bandwidth-optimization technologies to cut egress and compute costs by up to 50%, all while maintaining 99.999% reliability. ZEN Master, Zixi’s cloud-based control plane for orchestration, monitoring, and management, provides centralized visibility and automation that simplify even the most complex live video workflows.

Beyond efficiency, Zixi brings predictability. The platform orchestrates live video across protocols, networks, and cloud environments within a single unified system, giving organizations tighter cost control and the confidence to scale revenue-generating services.

Case Study: Nine Radio Unlocks Speed and Simplicity

For Nine Radio, this delivered both simplicity and speed.

“Before I even spoke to [Zixi], I’d already had a working system set up…the docs and installation guides were so intuitive.” said William Todd, Head of Technology at Nine Radio.

This seamless deployment accelerated time-to-value, reinforcing how true cost efficiency stems from faster delivery and fewer operational dependencies.

Nine Radio embraced a hybrid cloud strategy through AWS Marketplace, combining on-prem and EC2 deployments for operational diversity and cost alignment. “We have a contract through the AWS Marketplace… some on-prem and some in EC2… without actually physically going and buying hardware.”

Case Study: NHRA Builds Reliability in Challenging Environments

A core challenge for the National Hot Rod Association (NHRA) is that many of its tracks sit in rural locations with unreliable connectivity. Yet with full days of racing and a passionate subscriber base, delivering a consistent, high-quality stream is non-negotiable.

“It’s a long day of racing and to make sure that we’re able to provide a good experience for all of those viewers, we have to have [redundancy],” said Rob Hedrick, Sr. Director of Production for the NHRA.

To overcome those bandwidth constraints, Hedrick designed a Zixi-based workflow that layers in redundancy and enables rapid, seamless switching across video sources.

“Zixi products really bring a lot to the table – not only the redundancy failover, but it also allows for a lot of monitoring options that you wouldn’t have over normal contribution streams. ZEN Master gives you the tools to dive deep on any kind of loss issues,” Hedrick added.

Despite inconsistent bandwidth at the various event sites, NHRA relies on the Zixi Platform to deliver a stable, high-quality viewing experience for fans and subscribers.

The shift from satellite and fiber to IP is about more than modernizing transport. It’s about gaining real-time visibility and control across the entire workflow. ZEN Master’s unified interface and telemetry tools make that possible.

“With Zixi, the ability to have the feedback…I can see which decoders are online…which channels they’re taking, the statistics. That has been a huge help for us,” said Todd.

This level of telemetry enables proactive support, faster troubleshooting, and tighter accountability across affiliates and distribution partners. These are capabilities that open-source tools rarely provide.

Case Study: Octal Proves Agility Wins in High-Mobility Live Events

For Octal’s live coverage of Dior’s Paris Fashion Week, the Zixi Platform proved essential. Streaming over public 5G and Starlink connections from moving vehicles, Octal needed consistent performance in conditions where free protocols would struggle. Zixi’s efficiency, bonding, and congestion-aware recovery enabled stable 20 Mbps per feed transmission, even as network quality varied throughout the city.

“Without Zixi, it would be impossible” said Xavier Deschuyteneer, owner of Octal.

As production expanded from two to eight feeds in AWS, Octal quickly realized the operational advantage of Zixi’s elastic pricing model.

“I can scale easily and the price is really nice because you just pay for what you use,” Deschuyteneer noted.

This flexibility underscores a key trend in Media Tech economics: moving from fixed, overbuilt infrastructure toward usage-based architectures that align cost directly with production demand. When teams can scale up for high-intensity events and scale down immediately after, they gain agility without waste — an advantage that becomes even more critical as live event portfolios grow

Conclusion: The Real Value of Resiliency

In a market increasingly focused on cost control, the real economic advantage isn’t what’s “free” — it’s what’s predictable. Free or open-source protocols may eliminate licensing fees, but their gaps in visibility, orchestration, resiliency, and reliability often introduce higher long-term operational costs.

The experiences of Nine Radio, the NHRA, and Octal illustrate that true democratization of IP video delivery comes from intelligent, efficient platforms that ensure reliability at scale and make economics transparent. With enterprise-grade resiliency and flexible OpEx models, today’s modern IP workflows give broadcasters the confidence, agility, and cost efficiency required to grow without compromise.

Veset – Getting the Most from Investments in the Cloud

Gatis Gailis, CEO and Co-Founder, Veset

It’s certainly been a challenging few years for the broadcast and wider M&E industry, with many businesses having been forced to make some extremely difficult decisions. Now, however, businesses are seemingly shifting from a cost cutting mindset, to one where revenue generation strategies are back on the table. A recent report by PwC forecasts that the global M&E industry’s revenue will grow from US$3 trillion in 2024 to US$3.5 trillion by 2029, resulting in US$577 billion in incremental new revenues by 2029. The way that viewers engage with and consume content is continuing to evolve, and simultaneously, cloud technology is reshaping how channels and services are run, how content reaches audiences and how quickly new ideas can be tested in the market.

With cloud playout for example, a new or temporary channel can be launched in a matter of hours, something that would take weeks or even months when operating traditional on-premise infrastructure. This makes the cloud ideal for trying new revenue streams without long-term commitments or capital expenditure. Yet to really maximize these benefits, broadcasters need to be able to tightly control costs in the cloud. This is true whether a broadcaster is working entirely in the cloud or following the now-common hybrid model where on-prem and cloud infrastructure work together in a complementary way.

Controlling Cloud Costs

Most broadcasters begin with modest steps, perhaps operating a single disaster recovery channel in the cloud, trialing a pop-up or temporary channel, or moving some storage workloads to the cloud. These initial deployments build confidence and familiarity with cloud operations, showing the C-suite that cloud infrastructure works reliably. From there, further transition to the cloud can follow gradually, with decisions being made to move other operations including core channels to the cloud over time.

Traditional infrastructure is fixed and often inflexible, but it also makes inefficiencies obvious, so are quick to fix. For example, you can walk into a broadcast facility and easily see which hardware is underused or running idle. Conversely, the cloud is incredibly elastic in that resources can be scaled up or down as needed; but while this is one of its greatest strengths, it also introduces new complexities. Without proper oversight, those same conveniences can lead to unnecessary spending that can go unnoticed.

Visibility is the foundation of good cloud cost management. Broadcasters need clear insight into what is running, who is using it, and when. Idle resources left active after a live event or a test stream can quietly consume budget. Scheduling and automation tools that power down resources when they’re not needed are a simple but effective safeguard. Another contributor to needless cloud spend is using storage systems that don’t match content needs and requirements, for example using costly nearline storage for content that could be archived.

Closer collaboration between operational and finance teams is also important, so that there is a clear understanding across the board about the financial impact of cloud usage and operational decisions. The goal isn’t to spend less, but to spend wisely and transparently. That mindset sets the stage for adopting more structured approaches like FinOps, where financial and operational accountability go hand in hand.

Focusing on FinOps

Managing cloud costs effectively also means rethinking traditional financial processes to suit a much more fluid and fast-moving environment. Old-school budgeting methods and rigid planning frameworks fall short when applied to the dynamic nature of cloud operations. Without the right approach, costs can become unclear and planning unreliable, making it harder to seize the benefits and value that cloud-based infrastructure offers.

To maximize value from the cloud, broadcasters need processes and practices that can help them to identify, manage, optimize and gain visibility over their cloud spending. This type of operational framework, known as FinOps (Financial Operations), sets out to bridge the gap between finance, engineering and operations teams, ensuring cloud resources are used efficiently while keeping costs under control. One example of such a framework is AWS’ Cloud Financial Management which is essentially AWS’s set of tools, services and best practices for managing costs in the AWS cloud.

Smarter Planning and Decisions

By building financial visibility into every stage of cloud adoption, from initial migration through to scaling operations, broadcasters can stay ahead of costs rather than constantly uncovering new and unexpected costs. When finance and operational teams are aligned and have a shared understanding of usage and spend, forecasting becomes sharper, and broadcasters are better able to control costs.

With the right tools in place, broadcasters can gain greater visibility over their cloud workflows and track and forecast spending much more efficiently. If teams understand how their decisions and actions impact costs, planning is more effective, smarter decisions follow, and costs can be better managed. Embedding FinOps style practices and tools into cloud operations will help broadcasters to achieve cost efficiency, maximize the return on their cloud investments, and unlock new revenue opportunities.

Interra Systems – FAST Is Booming – But Quality Will Decide Who Wins the Next Phase of Streaming

Anupama Anantharaman, Vice President of Product Management, Interra Systems

Free Ad-Supported TV (FAST) has moved beyond niche status and is now reshaping the streaming landscape. Parks Associates recently reported that almost half (45%) of US internet households watch FAST services. This doesn’t mean paid subscription services are dwindling – the SVOD market is projected to reach 1.8 billion users by 2030, according to Statista.

By combining the familiarity of linear programming with the convenience of digital delivery, FAST channels have opened new doors for broadcasters, content owners, and streaming platforms. Viewers get scheduled programming without subscriptions, and providers gain access to scalable monetization models.

But with growth comes scrutiny. Audiences now expect the same reliability they associate with traditional broadcast: smooth playback, clean ad transitions, accurate captions and subtitling, and consistent audio across devices. To meet these expectations, providers need more than compelling content – they require a delivery infrastructure that can maintain quality at scale.

In a competitive environment where attention is fleeting and churn is high, quality has become a baseline expectation. Behind every stream is a complex chain of operational decisions, and monitoring plays a central role in this.

Monitoring Is the Backbone of FAST Success

FAST platforms operate in a fragmented environment. Unlike single-origin OTT services, they often stitch together live feeds, archived VOD assets, third-party streams, and dynamically inserted ads. Each source may differ in codec, bitrate, and packaging format. Multiply that across hundreds of channels, and the operational complexity becomes clear.

Monitoring must begin at ingest, where encoding errors, format mismatches, or timing misalignments can be caught before they cascade downstream. But ad workflows present a different challenge — mistimed SCTE-35 markers or black frames between segments can directly impact monetization and viewer satisfaction. Adaptive bitrate (ABR) packaging introduces another layer of risk, requiring validation across renditions to ensure seamless switching and synchronization.

At the playback level, issues like buffering, audio-video sync errors, or frame freezes can quickly erode trust. Accessibility adds further pressure: captions must be accurate and timely to meet compliance standards and serve diverse audiences. And with FAST content delivered across connected TVs, mobile apps, browsers, and streaming sticks, performance must be monitored across all endpoints — not just in controlled environments, but in real-world conditions.

FAST may be free, but poor delivery comes at a cost. According to Conviva’s data, viewers with poor video experience watch 63% less content, and even small increases in poor experiences significantly impact viewer retention — every 1% increase in poor experience makes customers 1% less likely to return within a week. For ad-supported platforms, this translates directly into lost revenue, as consumers who experience poor digital experiences spend 42% less time on platforms when issues increase from 1% to 2%.

Where and How to Monitor

As platforms scale, the stakes grow — not just technically, but financially. Monitoring becomes a strategic lever for protecting revenue and reputation. To be effective, it must be layered across the entire workflow.

At the source, early detection of encoding and timing issues prevent downstream disruptions. At the origin and CDN level, validating packaging and segment integrity ensures content is delivered as intended. Playback monitoring on actual devices reveals how streams perform in real-world conditions, including ad transitions and user experience. And across all channels and regions, centralized visibility is essential. Operators need tools that allow them to oversee hundreds of channels simultaneously and drill down instantly when alerts are triggered.

The objective isn’t limited to simply identifying issues in the network. Effective monitoring provides context, which helps teams understand root causes and act decisively. This insight saves time and optimizes bandwidth usage. It also lowers operational costs while supporting smarter decisions around content delivery, ad strategy, and platform optimization. For example, identifying recurring caption sync issues on a specific device type can inform targeted fixes, while tracking QoE scores across regions can guide CDN routing strategies.

FAST platforms also face the challenge of scale. As channel counts grow and content libraries expand, manual oversight becomes impractical. Automation and AI-assisted monitoring are increasingly being adopted to flag anomalies, correlate errors, and prioritize alerts. However, automation is only as good as the architecture behind it. Without a unified view of ingest, origin, and playback, even the most sophisticated tools can miss critical context.

Beyond Viewer Experience: The Business Case for Quality

Quality affects more than just audience satisfaction and directly influences revenue, brand perception, and regulatory compliance. Poor ad transitions can result in missed impressions and under-delivery penalties. Inaccurate captions may trigger fines or legal challenges, especially in markets with strict accessibility mandates. Inconsistent playback is also an issue that can damage the credibility of broadcasters entering the FAST space with established reputations to protect.

Furthermore, as programmatic ad buying evolves, advertisers are raising the bar. Streaming platforms with higher QoE scores and verified delivery metrics are more likely to attract premium demand. In an environment like this, monitoring becomes a business enabler – one that supports both operational resilience and commercial growth.

FAST has proven its appeal with it growing number of users. The question now is whether platforms can sustain it. As competition intensifies, quality will determine who keeps viewers — and who loses them. Providers must move beyond reactive troubleshooting and embrace proactive, data-driven monitoring strategies that scale with their ambitions.

Globecast – Streaming, Hybrid Delivery and the Reinvention of Broadcast Infrastructure

Chris Pulis, Chief Technology Officer, Globecast

After decades of relying on established linear models and fixed transmission infrastructure, the broadcast sector is now being reshaped by streaming, OTT and hybrid delivery approaches. These models are no longer supplementary or experimental. They have become central to the strategies of media organizations responding to shifting consumer preferences and an increasingly fragmented marketplace.

Today’s audiences expect flexibility, immediate access and personalized experiences. They move fluidly between devices and platforms, and they are less concerned with how content reaches them than with how easily it fits into their daily routines. For broadcasters and content providers, this creates both an opportunity and a significant challenge. The industry must transition from rigid, tower-based workflows to agile, IP-native systems that accommodate evolving behaviors without compromising reliability or quality.

The Changing Role of the Local Station

The most striking impact of this transition is the redefinition of the local television station. Historically, the station was both a production base and a physical transmission point. As delivery migrates to IP networks, the transmission component is increasingly shifting to centralized, virtualized hubs. These hubs can manage playout, localization and even regulatory compliance remotely, reducing the reliance on local hardware and enabling a more dynamic operational model.

This trend reflects a broader industry movement towards hyper-localization. Instead of distributing a single version of a program across a region, broadcasters are beginning to serve highly specific audience segments with tailored advertising or editorial variations. Centralized infrastructure supports this by allowing real-time targeting at scale, which is far more efficient than traditional one-to-many broadcast delivery.

For production teams, the shift changes what it means to “produce for local”. It is no longer solely about geographical markets but about creating content that can be adapted quickly for different audience needs, formats and platforms. This requires tighter integration between production and distribution teams and a deeper consideration of metadata, rights and downstream workflows.

Hybrid Delivery as a Transitional Framework

While streaming and OTT are accelerating, hybrid delivery remains essential in bridging the gap between established broadcast models and the emerging digital-first ecosystem. Hybrid approaches allow organizations to preserve the strengths of linear broadcasting, such as reliability and ease of use, while incorporating the flexibility and personalization offered by IP-based delivery.

In practice, this can mean delivering a linear feed over traditional channels while also making it available via streaming platforms, catch-up services or companion apps. Hybrid delivery provides continuity for audiences who prefer scheduled viewing and caters to those who expect always-on access. It also provides operational resilience. If one distribution path encounters issues, the other can help maintain service continuity.

Hybrid models allow broadcasters to experiment with new engagement strategies, test emerging technologies and adapt workflows incrementally. This measured evolution is crucial, particularly for organizations managing complex legacy infrastructure or serving markets where broadband penetration varies widely.

Leading Through Proactive Innovation

At a strategic level, the pace of change in media consumption means that innovation must be anticipatory rather than reactive. The industry can no longer afford to wait for new demands to materialize before preparing for them. Whether the challenge is supporting new interactive formats, expanding localization capabilities or adapting to regional regulatory shifts, forward planning is essential.

Proactive innovation involves monitoring emerging behaviors, testing new delivery models and ensuring that technical teams are equipped to support workflows that may not yet be widely adopted. It also requires collaboration across the supply chain. No single organization can navigate this transition alone. Vendors, service providers, broadcasters and technology partners must share insights and work collectively to shape standards and best practices.

For media professionals, this environment places new demands on skillsets and processes. Content must increasingly be conceived with multiple pathways in mind. A single asset might be delivered live, repurposed for on-demand consumption, segmented for personalized advertising or reformatted for short-form viewing. Production teams therefore need to be conversant not only in creative craft but in technical considerations such as latency, transcoding, metadata structures and platform-specific constraints.

As delivery models diversify, maintaining consistent quality becomes more complex. Audiences expect high performance regardless of platform, and even minor inconsistencies can erode trust. Ensuring that experiences remain smooth across both linear and IP environments requires continuous optimization, testing and coordination between creative and engineering disciplines.

Preparing for the Future of Broadcast

The move towards streaming and hybrid delivery points to a broader transformation in broadcast philosophy. Instead of thinking in terms of fixed channels and rigid schedules, the industry is shifting towards flexible, data-informed models that treat content as part of a dynamic ecosystem. The next generation of formats, from personalized live streams to immersive AR and VR experiences, will rely on IP-native foundations and adaptable workflows.

Success in this landscape will depend on agility, interoperability and a willingness to reimagine assumptions that have shaped the industry for decades. Organizations that invest early in future-ready infrastructure and cultivate a culture of proactive innovation will be best positioned to lead the next phase of broadcast evolution.

As the industry moves forward, the goal is not to replace everything that came before, but to build a hybrid environment that combines the reliability of traditional broadcast with the creative and technical possibilities of digital delivery. This moment represents a significant challenge, but also an opportunity to create more relevant, engaging and accessible content for audiences everywhere.

Bridge Technologies – Beyond the Binary: Rethinking the Divide Between Cloud and Hardware in Modern Production

Simen K. Frostad, Chairman of Bridge Technologies

Bye bye binary

If there’s one thing the industry loves, it’s a good dichotomy. Tape or tapeless. SDI or IP. Linear or streaming. And lately, the debate that seems to define every trade show aisle and panel discussion: Cloud or physical hardware?

As ever, there’s something deeply satisfying about a binary argument – simple, dramatic, headline-friendly. But in our world, production is rarely that quiet. It’s messy, dynamic, occasionally brilliant, frequently exasperating. And like most binary arguments, this one misses the point entirely. The question isn’t which side wins. It’s how we can deploy the two together to deliver the flexibility, scalability, and reliability that modern content production actually requires.

This philosophy has guided us at Bridge from the start and has been crucial in our ongoing journey into IP. Right from the beginning, more than twenty years ago, we recognized the importance of IP – long before it entered mainstream conversation – and worked hard to push that vision. But at the same time, we steadily developed end-to-end monitoring solutions for all network types – satellite, cable, and terrestrial included, because we knew how important it was to maintain balance. Today, with our mission to bring IP into mainstream consciousness largely complete, we focus on helping the industry operate in hybrid environments, supporting a mix of technologies where and when it’s needed.

Head in the Cloud

This balancing act emerges again with the cloud. In the distribution space, we have always offered our probe series in software, embedded, or dedicated appliance form, letting our customers choose the solution that works best for their operational needs. We know every user is different, and a rigid, one-size-fits-all approach rarely delivers the flexibility required.

Then came the VB440. Long recognized as one of the most powerful production analysis tools available, the VB440 is a single, appliance-based probe capable of monitoring uncompressed video, audio, and ancillary data across IP and SDI workflows, accessible to multiple remote users in real time via a simple web browser. It changes the logistics associated with live production by eliminating racks of dedicated equipment, multiple screens, and complex cabling – while providing vectorscopes, waveforms, metrics, room meters, and more.

In many ways, the VB440 acts as a democratizing force: it delivers best-in-class production tools to operations of all sizes, meeting the needs of both Tier One providers and smaller, resource-limited teams, giving both access to levels of insight and control that previously belonged only to the biggest names in broadcast.

However, because of the sheer breadth of its capabilities, the VB440 had to be delivered as a dedicated appliance, with performance defined by its internal hardware. We recognized though that to match the flexibility found across our broader probe range – and to meet the ever-shifting scalability demands of modern, agile production – this model would eventually need to evolve.

Contain yourself

And that’s exactly what we have achieved with our new containerization approach (which, it’s worth noting, was winner of the TVTech Best of Show award at IBC 2025). We have ‘containerized’ the VB440, so key toolsets exist independently, scale independently, and can be deployed independently by users. By modularizing its extensive capabilities, we’ve made deployment far more flexible and scalable than ever before.

This is where hybrid thinking comes in. This isn’t purely a Cloud solution – it builds on the presence of an existing VB440 in any setup. But it’s also much more than an appliance. By combining remote servers and local infrastructure, we give users more of what they need, when they need it.

Of course, it has always been true that the VB440 has been accessible through the internet, from anywhere in the world, using any HTML5 browser. But previously, that simply connected you to the power of the underlying appliance: providing fixed limits in terms of user numbers and capacity (though eight users and dual 200 Gigabit Ethernet connectivity was nothing to be sniffed at). Now, with cloud capability and containerization, you can also access the capacity and additional processing power offered by remotely located data centers.

For smaller production houses, the implications are huge. They can maintain a lean, appliance-based setup that covers everyday operations – confident that they have the same deep diagnostic and visualisation tools that big broadcasters use. Then, when they land a major sports contract or cover an international feed, they can temporarily “spin up” additional functions. Maybe they need to monitor more cameras. Maybe they want to boost the number of simultaneous users accessing HDR waveform or immersive audio monitoring. Containerization means they can do so instantly, without a permanent hardware upgrade or a sudden leap in operational costs.

In short: expand when you need to, pay for what you use, and don’t let infrastructure dictate creativity. Because, crucially, flexibility isn’t just a matter of convenience; it’s a matter of creative freedom. When production specialists aren’t constrained by infrastructure, they can focus on the part that really matters: making pictures, making sound, and making it all work beautifully together.

The same principle scales in the opposite direction too. Tier One broadcasters – the ones who live and breathe complex, multi-site productions – often face the opposite problem: they’re required to build infrastructure that’s robust enough to handle global events but then sits partially idle for the rest of the year. Containerization offers a solution to that inefficiency. By isolating and scaling specific VB440 functions on demand, major broadcasters can handle the chaos of large-scale events – hundreds of camera feeds, dozens of engineers, multiple concurrent users – without maintaining a permanently inflated system. In essence, they can scale dynamically. The result is both operational efficiency and financial sanity.

And that’s really what this evolution represents: sanity in an industry that sometimes veers towards the extreme. There’s no need to throw everything into the Cloud, nor to cling to the rack room as if it were sacred ground. Containerization bridges those worlds, offering a pragmatic balance that lets us use both with intelligence and intent.

Qencode – AV1 Economics at Scale: Turning Compression into Revenue

AV1 has been the codec everyone talked about and few actually deployed across their catalog. The compression gains were real, but the economics and device support were too prohibitive for the majority of platforms.

Qencode’s latest AV1 update changes that. By bringing AV1 encoding down to $0.015 per output minute for SD and pairing it with usage-based delivery and storage, AV1 stops being a lab project and becomes a practical revenue lever for media and streaming businesses.

1. The economics finally make sense

Historically, AV1 encoding was too expensive to justify large-scale backfills. At older price points around $0.30/min, a 60-minute title could cost about $18 to encode. Multiply that across thousands of assets and the line item was hard to defend.
At $0.015/min, that same 60-minute title costs $0.90. Now encoding cost is small and predictable enough that it doesn’t block experimentation or catalog work.

On the efficiency side, Qencode’s internal tests held visual quality constant and compared bitrate:
● AV1 vs H.264: roughly –41% at 1080p, –52% at 4K, –57% at 8K.
● AV1 vs H.265: roughly –30% average across the same set.
Exact numbers will vary, but the pattern is clear: similar quality at much lower bitrate. When encoding is cheap and the savings are large, AV1 becomes an obvious candidate for investment.

2. Where the money actually shows up
Most streaming P&Ls are dominated by delivery cost, not encoding.
If you look at cost per hour viewed, it’s mainly driven by bitrate and CDN price. With a typical 1080p H.264 rung around 4.5 Mbps, you land at a few cents per hour in delivery cost. Apply
AV1’s 40–60% bitrate reduction and that drops to roughly half, without changing perceived quality.
At higher resolutions, the effect is even stronger:
● For 4K, where baselines are tens of megabits per second, halving bitrate frees meaningful budget per hour.
● For 8K, each hour is so expensive that even moderate savings translate into large absolute dollars.
For AVOD and FAST, those savings either lift margins or fund more inventory. For SVOD and DTC, they can underwrite new UHD tiers, better promo offers, or entry into bandwidth-constrained markets without blowing up unit economics.
Encoding cost becomes the small, deterministic piece (minutes × price). Delivery is the big lever AV1 lets you pull.

3. Device readiness is no longer the blocker
The other historical objection was device support: “We can’t afford playback failures.”
That picture has changed:
● Modern Android versions ship AV1 decode; newer releases require encoder/decoder support from device makers.
● Chrome, Edge and Firefox support AV1 across desktop and Android.
● Safari 17 supports AV1 on hardware-capable devices.
● Newer M-series Macs and recent iPhones include AV1 decode in their media engines.
The safe pattern is straightforward: use multi-codec manifests (AV1 + HEVC + AVC) and let devices choose what they can play. Capable clients pick AV1, older ones stay on the existing codecs. This is the same tactic used in previous codec transitions.

4. From cost cut to revenue engine
It’s easy to frame AV1 as a pure cost-cutting move. The more interesting story is how it supports new revenue and better business models.
Ad-supported (AVOD/FAST)
In ad-supported models, stalls and long start times kill impressions. Lower bitrates at the same quality make it easier to stay below last-mile limits, especially on mobile and congested networks.
That leads to:
● More sessions that actually start.
● Fewer mid-roll interruptions.
● Longer, smoother viewing sessions.
All of that supports more completed ad views, higher fill, and better effective CPMs—without changing your sales motion.
Subscription and DTC
Subscription services can choose to:
● Bank the savings as higher margin per hour, or
● Spend the savings on 4K, higher frame rates, or HDR for premium tiers without raising their cost per stream.
Because encoding is now cheap and linear with duration, you can justify applying AV1 to only the top slice of your catalog by watch time, get the benefit where it matters most, and expand from there.
Adjacent sectors
The same logic applies outside “TV”:
● Gaming and e-sports: Highlight reels and live events can be delivered in higher quality for the same spend, or to more concurrent viewers.
● Fitness and education: Lower bandwidth per class or lecture improves unit economics for businesses with modest ARPU.
● Creator and UGC platforms: Per-video encoding becomes cheap and predictable enough to offer HD or UHD more widely without a CDN shock.

5. A few simple scenarios
To make this concrete, imagine three stylized cases.
Large HD catalog
● 10 million hours of 1080p per month.
● H.264 at about 4.5 Mbps; AV1 saves ~41% at equal quality.
Delivery cost per hour falls by around the same percentage. Multiplied by 10 million hours, the monthly savings quickly dwarf the one-time cost of re-encoding the top portion of your catalog at $0.015/min. The payback period is short.
4K premium tier
● 1 million hours of 4K per month.
● H.264 baselines in the 35–45 Mbps range; AV1 saves ~52%.
Here, each hour is relatively expensive to deliver. Halving bitrate can free enough budget to:
● Launch or upgrade a UHD tier while keeping margins healthy, or
● Improve profitability of an existing UHD offering without raising retail pricing.
Mobile-heavy regions
In markets where last-mile bandwidth is spotty, some share of sessions currently fail or stall enough that users abandon. Lowering bitrate for the same quality nudges more of those sessions into the “good enough” bucket, improving start rates and session length and, in turn, their monetization.

6. A practical rollout plan
From a developer and product perspective, a low-risk AV1 rollout looks like this:
1. Add, don’t replace. Configure AV1 outputs alongside H.264/H.265 in your encoding pipeline.
2. Start where it matters. Focus first on 1080p and 4K rungs that carry most of your watch time.
3. Use multi-codec manifests. For HLS/DASH, list AV1, HEVC and AVC renditions so players can choose.
4. Ramp by cohort. Begin with newer Android devices, modern browsers, and recent Apple hardware. Expand as you gain confidence.
5. Measure and iterate. Track GB delivered per hour, startup time, rebuffer ratio, ad completion and error rates before and after.
Once you see the impact on both cost and engagement, you can decide how aggressive to be with catalog backfills and ladder redesign.
7. Guardrails and what to track
A few honest caveats:
● Support is broad, not universal. There will always be legacy devices; multi-codec is the safety net.
● Gains are content-dependent. Sports, animation, and talking heads behave differently. Validate on your own mix.
● Live has its own trade-offs. For tight latency, you may need faster presets and slightly less compression.
To keep this tied to business outcomes, track:
● Cost per hour viewed, split by codec and resolution.
● Gross margin per hour viewed, combining monetization and delivery cost.
● QoE: startup delay, first frame, rebuffer ratio, error rate.
● Engagement and monetization: session length, ad view-through, conversions, churn.

8. Why this is democratizing
When advanced codecs are expensive, they become a moat for the largest players. Smaller platforms end up stuck on older ladders and higher costs.
Driving AV1 encoding down to $0.015/min for SD, with clear usage-based delivery and storage pricing, opens up the same compression advantages to mid-market platforms, new DTC entrants, niche FAST channels, and creator-focused products.
They can:
● Run per-title experiments without blowing the budget.
● Backfill only their highest impact titles.
● Make codec choice a normal product decision, not a board-level discussion.
In that sense, this update isn’t just about better bitrate. It’s about letting more companies use compression as a tool for margin, differentiation and new experiences, no longer reserved for the platforms with the biggest balance sheets.

NECF – Save Time and Money: AI-Powered Media Exchange Unlocks Global Production Efficiency

Introduction
Founded by broadcast executives, NECF launched a global e-commerce marketplace using patented AI systems transforming how media production resources are organized, traded, and monetized worldwide. Its flagship platform, MediaXBook, is the world’s first media production exchange, an e-commerce marketplace connecting broadcasters, studios, and creators worldwide with under-utilized production capacity. By matching supply and demand in real time, NECF enables media companies and video producers to save time, reduce costs, and expand creative possibilities while providing vendors with better utilization rates and new opportunities.

To understand its impact, imagine the difference between booking a single flight by email and calling an airline to having online access to an entire airline marketplace. Previously, producers had to contact and price out multiple vendors, negotiate contracts, and move crews and/or equipment, sometimes across borders. MediaXBook simplifies this all. It works like a digital exchange—showing who’s available virtually, what equipment can be used in the cloud, and how projects can be done more efficiently using shared or virtual resources.

Building a New Kind of Exchange
While industries such as banking, oil, and travel have long benefited from centralized exchange desks, the media sector has lacked an equivalent. NECF is this missing layer. Operating as a neutral platform, MediaXBook exchange allows producers and vendors to collaborate efficiently across borders and time zones. It provides a transparent marketplace for talent, crew, virtual facilities, cloud-based tools, and production resources, delivering the advantages of scale and flexibility without compromising competition or ownership.

Most people outside the industry are surprised to learn how much time and money is lost in unused capacity. Studios sit empty, mobile OB trucks sit idle, talented editors go unbooked, and high-end equipment remains unused between shows. NECF’s AI-powered system identifies these opportunities automatically. It works a bit like an air-traffic control system, matching available people and gear to productions that need them, hour-by-hour, around the world.

Fragmentation, cord-cutting, and shrinking budgets continue to challenge broadcasters and creators alike. Yet NECF research shows that nearly three-quarters of industry resources — equipment, facilities, and personnel — remain underused. NECF identifies, schedules, and deploys these idle assets, allowing production teams to work seamlessly across locations in a follow-the-sun model — where one region’s workday can hand off directly to another’s, creating a continuous 24-hour production cycle.

Relationships and Reach
NECF maintains relationships with more than 200 broadcasters, creators, and technology vendors worldwide. Clients include CBS, AT&T, former FOX Sports RSNs, NESN, Redbrick Sports, and Cox Media Group, along with vendors, corporate video producers, educational and non-profit organizations.

These partnerships demonstrate that NECF isn’t just a technology company, it’s an economic bridge. By enabling professionals and companies to list, book, and complete work in one environment, the marketplace helps large networks scale down costs while helping smaller creators scale up opportunities. Whether for acquiring news content or a doing remote sports broadcast, NECF’s exchange ensures the right people and tools can connect quickly, usually without travel or shipping delays.

Backed by a portfolio of patents spanning AI, blockchain, and production systems, NECF’s marketplace serves as a connective fabric for a global community of media professionals. Vendors, broadcasters, freelancers, and studios alike can use the platform to convert downtime into revenue and access resources that were previously unavailable or unaffordable.

The MediaXBook Marketplace
The MediaXBook platform marks a major step toward a fully networked, always-on media ecosystem. It enables production organizations to manage resources dynamically, whether in live sports, news, entertainment, digital, corporate, non-profit video or film, all while optimizing budgets and improving turnaround times.

Photo of Red Sox game broadcast by the New England Sports Network using NECF to source off-site replays/operator from a broadcast television station with available capacity.

To simplify it: the platform makes it possible to book a replay operator in London, an editor in Singapore, and a graphics team in Detroit, all on one dashboard, with automated scheduling. This reduces the need for emails and calls to get pricing, handling bids, physical travel, repetitive setups, and redundant gear that can only be used once per day, saving both time and costs.

Designed for the evolving needs of broadcasters, video producers, and content creators, as well as a new optimization tool for vendors, MediaXBook integrates resource and scheduling tools to streamline capacity management and simplify collaboration. It allows teams to execute projects remotely, reducing the need for staffing, overhead, travel, and redundant infrastructure. For producers, this translates into saving time and money.

Innovation and Intellectual Property
NECF’s technology foundation has been awarded multiple patents. Among them is U.S. Patent No. 12,419,202, Systems and Methods for Generating an Architecture for Production of Goods and Services, one of two patents personally signed in his first official act by John A. Squires, Director of the United States Patent and Trademark Office. Squires described it as representing “the frontier of human ingenuity” in distributed ledger and AI-based production technologies while simultaneously showing Samuel Morse’s 1840 telegraph patent as a symbolic link between two revolutionary communication milestones.

In plain terms, these patents define a smarter way to share and coordinate resources, applying ideas from the “sharing economy” (like ridesharing or home rentals) to professional media production. NECF’s system can recognize when and where people, tools, or cloud resources are underused and match them to a production that needs them.

The technology outlines a framework for optimizing global resource and personnel distribution within the sharing economy, a concept that applies directly to the future of media production. NECF’s architecture enables efficient use of personnel, design, and communications resources across all tiers of production, from professional to consumer.

Looking Ahead
As the media industry continues its shift toward decentralized production, NECF’s patented exchange model offers a roadmap for achieving higher efficiency and broader access to talent and tools. With MediaXBook, the company aims to make the economics of production more sustainable and inclusive, helping broadcasters, creators, and technology partners participate fully in a new, interconnected media resource economy.

In a world where “doing more with less” has become the industry’s reality, NECF offers a different kind of efficiency, one that values collaboration over consolidation and access over ownership. Its vision is simple: save time and money by connecting the world’s creative community and technology so no resource, human or technical, ever sits idle.

MISTV – Unlocking Synergies: Maximizing Revenue Across Linear and Non-Linear Broadcasting