Solving the 33% Wait: Why AI’s Biggest Challenge is Network Connectivity
Recent research from Meta highlights a startling bottleneck in modern artificial intelligence: AI models spend up to 33% of their time simply waiting for networks. As generative models scale and datasets grow exponentially, compute power is no longer the sole differentiator. The critical question enterprise IT leaders must now ask is: Is your infrastructure holding your AI initiatives back?
While 80% of Asian CIOs are prioritising AI deployments by 2028, the reality is that standard networks cannot handle the immense data transfer requirements necessary for efficient training and inference.
The Disconnect Between Ambition and Infrastructure
The Asia-Pacific region is emerging as a major growth engine for AI, driven by local digital transformation and rapidly increasing infrastructure investment. In Malaysia alone, surging demand for cloud-native operations and AI integration at scale is driving billions in investment. We are witnessing significant capacity expansion, including Alibaba Cloud’s launch of new data centres in Johor to support growing regional cloud and AI demand.
However, housing servers in an AI-ready data centre is only half the battle. When enterprises rely on traditional IP transit and public internet routing to connect distributed AI workloads, they encounter severe operational roadblocks:

Pioneering the AI Internet Exchange (AI-IX)

To address the 33% network wait time, enterprise CIOs, data scientists and IT infrastructure leaders need a network architecture designed specifically for the demands of artificial intelligence. Standard peering is no longer enough. This requires dedicated AI network infrastructure.
DE-CIX has pioneered the AI Internet Exchange (AI-IX) concept, positioning it as a viable infrastructure model for serious enterprise AI. By moving traffic away from the congested and unpredictable public internet, the AI-IX model helps data take the shortest, fastest and most secure path possible.
Secure Closed User Groups for AI Workloads
Through the DE-CIX platform, enterprises can establish bespoke Closed User Groups (CUGs). These CUGs create private, isolated interconnection environments where partners, cloud providers and enterprise data repositories can share data directly.
This approach supports ultra-low latency, reduces exposure to public routing vulnerabilities and helps proprietary datasets remain secure while in transit.
Seamless Hybrid Cloud Integration
AI workloads frequently span on-premises hardware and public cloud environments, making seamless integration essential. By leveraging DE-CIX DirectCLOUD, enterprises can bypass the public internet and establish direct, dedicated and high-performance connections to major cloud providers.
This helps cloud-based AI training and inference workloads operate with the reliability and speed of a local network.
Stop Waiting, Start Scaling
If your data scientists are waiting for network transfers, your AI return on investment is being diminished. It is time to upgrade to an architecture that matches the power of your computing infrastructure.
Contact DE-CIX today to build your bespoke AI Closed User Group and unlock the full potential of your AI workloads.
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