Every time you join a video call, shop online or use AI-powered applications, your data travels across a network in milliseconds. While these digital experiences feel nearly instantaneous, they rely on a complex network of infrastructure working behind the scenes to keep information moving quickly, securely, and reliably.  

One of the most important, yet often overlooked, pieces of that infrastructure is the internet exchange point (IXP), which helps networks exchange traffic efficiently without unnecessary routing. Whether supporting everyday online activities or enabling businesses to deliver real-time digital services, IXPs play a critical role in powering Canada’s digital economy. As demand for cloud computing, AI, and connected technologies continues to grow, IXPs have become a critical component of the digital infrastructure that powers modern businesses and online services. 

How do Internet Exchange Points Work? 

At the centre of this digital infrastructure are internet exchange points (IXPs), digital meeting places where internet service providers (ISPs), cloud providers, content delivery networks (CDNs), and enterprises connect to exchange internet traffic. This direct exchange of traffic between networks is known as peering. Rather than sending traffic through multiple intermediary transit providers, networks can establish peering relationships and exchange traffic directly at an IXP. By reducing unnecessary routing, peering can lower latency, improve network performance, increase resilience, and help organizations manage connectivity costs more efficiently. As a result, IXPs support the fast, reliable digital experiences that businesses and consumers depend on every day. 

The volume of data that passes through IXPs continues to grow rapidly. According to the Internet Society Pulse, as of 2026, there are 1,051 active IXPs around the world. These IXPs are typically hosted within carrier-neutral colocation facilities. These facilities provide secure, climate-controlled environments that house the switching infrastructure enabling ISPs, CDNs, and other networks to exchange traffic efficiently.  

Telehouse Canada provides the carrier-neutral colocation and interconnection infrastructure that hosts and supports these exchange networks. By bringing together a diverse community of carriers, ISPs, cloud providers, content delivery networks (CDNs), enterprises, and internet exchanges within a single interconnected environment, we enable organizations to establish direct interconnections and peering relationships. Through direct access to both the Toronto Internet Exchange (TorIX) and Canada’s Internet Exchanges (CANIX), customers can exchange traffic more efficiently, optimize routing paths, and save costs. This concentration of networks supports lower latency, improved network performance, enhanced resiliency, and greater scalability for digital services. As demand for cloud computing, AI, streaming, and other data-intensive applications continues to grow, access to a highly interconnected environment with direct connectivity to leading IXPs has become an increasingly important competitive advantage.

Why Proximity Matters?

While IXPs enable networks to exchange traffic directly, where those exchanges take place also affects how quickly data reaches end users. Without direct traffic exchange through IXPs, data would often need to traverse additional network hops and transit providers, potentially increasing latency, costs, and network congestion.  

Performance isn’t just about how traffic is exchanged. It’s also about the geographic distance data must travel. The farther the data travels, the greater the latency, which can result in slower application performance, reduced user satisfaction, and diminished operational efficiency. While actual latency varies depending on network routes and infrastructure, a distance of approximately 100 km away can contribute roughly one millisecond of additional network latency. While that may seem insignificant, it illustrates how physical distance contributes to latency, particularly for real-time applications. This is why AI inference workloads are increasingly being deployed closer to end users in metropolitan areas, where lower latency can improve response times and support a better user experience for real-time applications. 

At Telehouse Canada, our three strategically located downtown Toronto data centres place customers at the centre of Canada’s largest interconnection ecosystem. By providing direct access to major internet exchanges, carriers, cloud providers, and business networks, our facilities help organizations keep data closer to users, reduce latency, and improve application performance. This proximity enables more efficient traffic exchange and supports the fast, reliable digital experiences that businesses and end users increasingly expect. 

How do IXPs Play a Role in our Everyday Lives? 

Nearly every digital experience that relies on internet connectivity ultimately depends on IXPs working behind the scenes. 

Cloud Applications 

What do joining a Microsoft Teams call at work, working on a live document, and sending emails all have in common? They all rely on efficient connectivity. IXPs help data move efficiently between networks, supporting the real-time collaboration and communication these applications depend on. 

Buying a Concert Ticket  

Whether you’ve been stuck in an online waiting room, one of thousands of people in a ticket queue, or one of the lucky few who managed to secure tickets before they sold out, IXPs help support the efficient exchange of traffic during massive spikes in demand, alongside cloud platforms, content delivery networks, and other supporting infrastructure. Ticketing systems and payment gateways across websites and mobile apps communicate in real time to process requests as quickly and efficiently as possible. 

Smart Cities 

Going beyond the digital experiences we control, municipalities rely on connected technologies that collect real-time data to optimize operations. For example, traffic management systems, IoT sensors, and connected infrastructure rely on efficient network connectivity to collect and process real-time data. 

Music streaming  

When a highly anticipated album is released, millions of listeners may begin streaming simultaneously. For the music to begin playing in your headphones, the data passes through a network of interconnected infrastructure, including IXPs, that helps deliver streaming content efficiently and reliably. 

Online Shopping 

Everyday tasks like online shopping on large platforms rely on efficient network connectivity, particularly when thousands of people are browsing and making purchases simultaneously.  While these experiences feel almost instantaneous, IXPs work behind the scenes to help keep them running smoothly. 

Why IXPs Matter for Businesses?

While IXPs support the digital experiences consumers rely on every day, they also play an important role in helping businesses deliver secure, reliable, and high-performing digital services. 

Healthcare Systems 

Whether it’s accessing applications, electronic medical records, imaging systems or other critical digital services, hospitals and healthcare providers rely on secure, low-latency connectivity. By enabling more efficient network routing between connected organizations and service providers, IXPs can help improve the performance and reliability of healthcare applications and digital services. 

Financial Services 

From digital payments and online banking platforms to market data distribution services, financial organizations rely on resilient, low-latency connectivity. IXPs play an important role in reducing latency and improving network performance, supporting the real-time communications that the financial ecosystem depends on. 

While IXPs facilitate the exchange of internet traffic, data centres provide the secure physical environment, power, cooling, and connectivity infrastructure that allow networks and exchange platforms to operate. As demand for AI, cloud computing, and real-time applications continues to grow, access to well-connected, carrier-neutral facilities is becoming increasingly important. Telehouse Canada provides secure, carrier-neutral data centre infrastructure that enables organizations to connect efficiently with carriers, cloud platforms, internet exchanges, and business partners while supporting the performance and resilience requirements of modern digital services.

To learn how Telehouse Canada can support your connectivity and digital infrastructure needs, contact our team or book a tour of one of our Toronto facilities.