Streaming video has firmly established itself as the dominant force shaping global internet traffic. From premium live sports and breaking news to on-demand entertainment libraries, audiences now expect seamless, high-quality viewing experiences on any device, at any time. For leaders across media, telecoms, and technology, the challenge is no longer about enabling streaming. It is about sustaining it at scale preserving reliability, efficiency and profitability.

Yet, despite the central role video plays in today’s digital economy, the underlying delivery model remains fundamentally fragmented.

Many broadcasters and OTT platforms still rely heavily on centralised, third-party content delivery networks (CDNs). These operate largely outside internet service provider (ISP) infrastructures. This model has supported the growth of streaming over the past decade. However, it is increasingly misaligned with current demand patterns, especially during large-scale live events.

The result is a structural inefficiency that affects every stakeholder in the ecosystem. And the industry can no longer ignore it.

The Growing Cost of Disconnection

When millions of viewers tune in simultaneously, vast volumes of video data must travel across multiple interconnected networks before reaching end users. This often means duplicating the same streams across long-haul routes, placing unnecessary strain on transit links and core infrastructure.

For ISPs, this translates into rising traffic volumes without proportional financial return. Networks become congested, costs increase, and visibility into traffic flows remains limited.

Broadcasters and OTT platforms face a different but equally critical challenge. With limited control over last-mile delivery, performance becomes unpredictable at precisely the moments that matter most. Buffering, latency, and degraded video quality directly impact user experience, driving churn and damaging brand reputation.

Ultimately, the end user bears all the consequences. Even minor disruptions during peak events can cause frustration and dissatisfaction. This consequently erodes trust, impacting both service providers and content owners in an increasingly competitive market.

Rethinking Delivery: Moving Closer to the Edge

Addressing these challenges requires a fundamental rethink of where and how video is delivered.

Rather than relying solely on centralised infrastructure, delivery capacity can be deployed directly within ISP networks, closer to the end user. This edge-based approach localises traffic, reducing the distance data must travel and fundamentally improving efficiency.

The benefits are immediate. By placing content within ISP networks, duplicated traffic across transit routes is minimised, congestion in core networks decreases, and latency is reduced. At the same time, both ISPs and content providers gain greater visibility and control over performance.

This model is particularly valuable for live streaming, where demand is highly concentrated and unpredictable. Traditional CDN architectures, designed for distributed but relatively predictable traffic patterns, are simply not built to handle sudden spikes in concurrent viewership.

Edge delivery networks purpose-built for video, by contrast, enable capacity to be positioned dynamically where it is needed most. This ensures that even the largest live events can be delivered with consistency, reliability, and low latency.

From Delivery Burden to Shared Value Creation

The evolution toward edge-based video delivery represents a fundamental shift for both ISPs, and broadcasters and OTT platforms.

For ISPs, streaming has long been treated as a cost centre. A growing source of bandwidth consumption that drives infrastructure investment without directly contributing to revenue. As traffic volumes continue to rise, this model becomes increasingly unsustainable both economically and operationally.

At the same time, broadcasters face a different challenge. How can they efficiently manage highly variable demand? Particularly during large-scale live events where audience peaks are both massive and unpredictable. And where failure is not an option.

Embedding video delivery capabilities within ISP networks changes this dynamic for both sides.

For ISPs, localising traffic reduces reliance on upstream transit. This alleviates pressure on core infrastructure, enabling more efficient use of existing capacity. It also opens new monetisation opportunities, allowing them to move beyond being passive carriers and play an active role in delivering premium streaming experiences.

For broadcasters and OTT platforms, the benefits are equally strategic. Edge-based delivery enables them to scale live events more efficiently. Activating capacity where and when it is needed rather than overprovisioning for peak demand. This results in more predictable performance, consistent quality of experience, and improved cost efficiency.

In this shared model, video delivery is no longer a burden for one side or a risk for the other. It becomes a coordinated effort, aligning incentives and generating value for all the stakeholders involved.

An Ecosystem that Works in Synergy

Realising this opportunity requires more than technology. It demands a shift toward a more collaborative operating model: a true ‘Better Together’ approach.

This means deeper alignment across the ecosystem, bringing together ISPs, broadcasters, OTT platforms, and technology providers around shared objectives. Instead of operating in silos, each stakeholder contributes to a unified delivery framework designed to meet the demands of modern streaming.

In practical terms, this approach increases transparency, improves performance, and aligns both technical and commercial incentives. Integrating delivery capacity within ISP networks creates a stronger foundation for long-term growth, enabling more efficient scaling as demand continues to rise.

The result is a more resilient and adaptable ecosystem. One capable of supporting increasingly complex and large-scale streaming experiences, and responding dynamically to future demand.

Building the Next Generation of Streaming Infrastructure

The misalignment between how video is consumed and how it is delivered is no longer sustainable, and delaying a change will only amplify the problem

As streaming evolves, new formats such as ultra-high-definition video and low-latency interactive services will place even greater demands on network infrastructure. At the same time, audience expectations will continue to rise, leaving little tolerance for disruption.

Meeting these challenges requires a shift toward integrated, edge-driven architectures supported by strong ecosystem partnerships.

By bringing video delivery closer to the viewer, the industry has an opportunity to redefine both the economics and performance of streaming. More importantly, it can move beyond the limitations of fragmented models toward a more efficient and scalable future. Ultimately, delivering exceptional streaming experiences won’t require just technology, but also collaboration and synergy, aligning the entire ecosystem to operate as one.

Learn more at mainstreaming.com