Connectivity commoditisation and dumb pipes: What is the true cost of cheap?

In an era where many network providers promise reliable, high-speed internet and global reach at the lowest cost, business leaders need to look beyond the “always-on” value proposition and determine whether the proposed connectivity solution can truly support business operations when it matters most.

The rise of commoditised connectivity.

The rise of connectivity commoditisation means many end-users today view network services as interchangeable and buy based on price alone, assuming all options are essentially the same.

However, this approach risks falling foul of an under-provisioned network that delivers a poor quality, unreliable, or unsecure internet connection from a provider that chooses to compete primarily on price, with underlying service quality an afterthought.  

Commoditisation and the rapid deployment of smaller alternative network providers (altnets), which typically use standard-grade networking components to reduce costs and compete on price, have created multiple potential failure points. 

While service-level agreements (SLA) offered by altnets promise to compensate for lower-grade equipment with service credits to cover downtime, companies that forgo the carrier-grade equipment offered by incumbent infrastructure providers in a misguided attempt to reduce connectivity costs, generally experience more downtime.  

In this scenario, the true cost of cheap is witnessed in lost productivity when staff cannot access business tools that rely on internet access, and teams rack up exponential losses in working hours due to a lack of reliable connectivity.

Why intelligence matters.

This blinkered focus on price can also prove limiting in an era of cloud services, big data, and AI, where deriving value from connectivity requires more than a “dumb pipe.” Modern data-driven enterprises need intelligent overlays, such as SD-WAN, SASE, or edge orchestration, which can transform raw bandwidth into a secure, application-aware platform.

But the underlying core network still matters: uncontended access, proactive traffic management, minimal latency, and built-in protections, such as DDoS mitigation, are essential to deliver the predictable performance these overlays depend on. Together, a high-quality underlay and intelligent overlay turn connectivity into a resilient foundation for business growth. 

The backbone of quality connectivity.

A major determinant of network quality is peering – how well your network provider connects with the places and people your business needs to reach. Partnering with providers that lack robust peering relationships can erode the quality of services (QoS) due to lag, latency, packet loss and unreliable or congested connections.  

The resultant degradation in performance affects the user experience (UX) for employees, whether they are working on Unified Communications as a Service (UCaaS) tools, cloud infrastructure and platform services, or hosted contact centre solutions.  

Peering puts the cloud applications your business relies on closer to your operation, reducing latency for a more responsive experience and better performance, whether that is video calling or accessing ERP or accounting software.  

In today's cloud-first environment, where applications are hosted remotely rather than on-premises, the quality of your provider's peering relationships can make the difference between seamless operations and constant frustration. 

Delivering the responsive UX that businesses and end users expect requires private peering, along with proactive network and capacity management to maintain consistent QoS.

Contention ratios and the illusion of bandwidth.

Many businesses don't realise that their 100 Mbps connection may not actually deliver its full capacity when they need it most. A commonly used standard for shared business services is a 10:1 contention ratio, meaning your connection is shared among up to 10 business users. This could result in only getting one-tenth of the advertised speed if all users are using the connection heavily at the same time. 

Line congestion can result in packet loss, which can interrupt sessions in hosted applications, making reliability a major issue. Moreover, these lines often come with minimal or "best-effort" service level agreements (SLAs). If the service fails, the provider is only committed to fixing it within a standard response time, which might be hours or days. 

In contrast, uncontended connectivity with a 1:1 contention ratio means your bandwidth is dedicated exclusively to your company, providing consistent, predictable speeds with very low latency. Backed by robust SLAs that guarantee uptime (often 99.9% or higher) and rapid Mean Time to Repair (MTTR) – usually within a few hours – these services ensure performance remains stable even during peak times. 

This distinction is critical for real-time applications, like voice over IP (VoIP) calls, video conferencing, and live financial transactions. By using traffic shaping and management to manage capacity, rather than bandwidth, uncontended connectivity can have a significant impact on QoS for important services like voice and hosted enterprise applications that are critical to an operation, such as CRM and ERP systems. 

Networks that rely on traffic shaping to force critical data through congested links are compensating for poor design. An uncontended, well-engineered core ensures consistent performance for latency-sensitive services like voice, CRM, and ERP without compromise. 

Global operations and the complexity of local connectivity.

Multi-national corporations must also consider the administrative requirements and variable quality they will potentially encounter when attempting to cater to connectivity requirements in each geography with a local provider.  

For instance, how does an IT director of a UK-based company with operations in Spain know which provider to work with? While the local broadband might be cheaper, there is no QoS guarantee.  

Ultimately, IT directors and CTOs must ensure that the connectivity solution they purchase is able to stand up to the demands of the business, which is best achieved by working with a connectivity partner that offers value beyond basic bandwidth. 

Partnering with a strategic network services provider like Connect means businesses don’t have to settle for what they’re given. Instead, they get what they need to support guaranteed, low-latency cloud access with superior QoS, transforming connectivity from a utility into a performance and reliability advantage. 

At Connect, we offer more than just a robust core physical network with multiple peering points across the globe; we also bring unparalleled value from our experience and expertise, knowledge of the market, and established partnerships with the major carriers and altnet providers.

Wherever you operate in the world, we can provide best-of-breed services and deliver everything under a single contract and SLA, while reducing administrative and operational overheads, to bring together all the pieces of your global connectivity puzzle, often via the least cost route.