Create a localised peering strategy to meet new demands.
For two decades, internet peering was straightforward: two networks agreed to exchange traffic directly to reduce their transit costs. The arrangement was mutual, the economics were simple, and the traffic patterns were predictable. That era is over. The way data moves across the internet has fundamentally changed, and peering strategies must evolve to keep pace.
The Old Model Is Breaking Down
Traditional peering was built around a world where traffic was relatively symmetric — roughly equal volumes flowing in each direction between two networks. Today, traffic is overwhelmingly asymmetric. Content delivery networks, cloud platforms, and streaming services push enormous volumes of data downstream to end users while receiving comparatively little in return. In Malaysia alone, video streaming now accounts for more than 60% of peak-hour internet traffic, and that figure continues to climb.
This asymmetry means that the traditional cost-reduction rationale for peering is no longer sufficient. Networks need to think about peering as a performance optimisation strategy, not merely a cost-saving exercise.
Five Forces Reshaping Peering
Several converging trends are forcing a rethink of peering strategy across Southeast Asia:
- Content delivery at the edge. CDN nodes are being deployed closer to end users than ever before. Peering exchanges that can host cache nodes for Netflix, Akamai, and Cloudflare deliver tangible latency improvements that attract more networks to the exchange.
- Edge computing demand. IoT deployments, autonomous systems, and real-time analytics require compute resources within 10 milliseconds of the end device. IXPs are becoming natural aggregation points for edge compute infrastructure.
- Video and live streaming dominance. Southeast Asia's online video consumption is growing at 25% year-over-year. The sheer volume of streaming traffic demands high-capacity, low-latency peering that traditional bilateral arrangements struggle to provide.
- Mobile-first traffic patterns. In Malaysia, mobile data consumption has surpassed fixed broadband. Mobile operators need peering strategies that account for the bursty, latency-sensitive nature of mobile traffic — particularly for gaming and short-form video.
- Cloud interconnection. Enterprises increasingly require direct, private connectivity to AWS, Azure, and Google Cloud. IXPs that offer cloud on-ramps are becoming essential infrastructure for the modern enterprise.
The Case for Localised Peering in Malaysia
Malaysia's traffic patterns are shifting. The rapid growth of domestic content platforms, e-government services, and local e-commerce means that an increasing share of internet traffic originates and terminates within the country. Yet much of this domestic traffic still routes through Singapore simply because that is where the peering relationships exist.
This is inefficient, costly, and unnecessary. A localised peering strategy — one that establishes robust exchange points in Kuala Lumpur, Johor Bahru, and emerging data centre hubs like Cyberjaya — keeps domestic traffic domestic. It reduces dependence on international transit, lowers latency for end users, and creates a more resilient national internet infrastructure.
At Extreme Broadband, we believe that the next generation of peering must be distributed, content-aware, and tightly integrated with edge infrastructure. The networks that adapt to this reality will deliver superior performance to their customers. Those that cling to the old model will find themselves paying more for a worse experience. The time to rethink peering is now.