Powering Malaysia’s AI Growth: How Connectivity Infrastructure Shapes Intelligent Industries

By Ivo Ivanov – CEO DE-CIX International

As AI scales from pilots to production, Malaysia is racing to shrink latency and bring compute closer to users. Growing data centres, powerful Internet Exchanges and emerging satellite networks are forming a unified fabric from Earth to orbit – unlocking real-time intelligence for every industry.

From optimising supply chains and procurement to answering customer requests on time, AI agents are moving from pilot to production. In McKinsey’s 2025 global survey, 62% of organisations are at least experimenting with agentic AI; the share is similar across regions but is advancing quickly in enterprise workflows. In Malaysia, the financial ecosystem is well placed to gain from agentic AI. The country’s wide geographic reach, multilingual society and layered regulatory landscape create complexities that traditional systems often struggle with, yet these are precisely the conditions where agentic AI can excel. The direction is clear: competitive advantage now depends not only on superior products but on intelligent processes – provided the underlying infrastructure keeps up.

Why Latency Matters for Malaysian Businesses

For intelligent, real-time applications – from vehicles and industrial robots to safety systems – every millisecond counts. AI remains dependable only when cloud, edge and network act as one fabric. If data is processed too far from where algorithms steer cars, coordinate robots or regulate machines, system responsiveness suffers and risk increases. The physical distance data travels shows up as latency – the “distance in milliseconds.” The closer AI, data and applications move together, the lower the latency – and the better the user experience. Studies and industry developments in Malaysia’s digital infrastructure show that shifting compute closer to where data is generated, through edge computing and distributed facilities, significantly reduces latency and improves real‑time performance for AI and other time‑critical applications, compared with relying on distant cloud regions.

Globally Linked, Locally Constrained

What’s a nuisance in video streaming can become a hazard in real-time operations. More bandwidth or faster devices rarely fix it; the root cause lies in network topology – and in where infrastructure lives. Despite a globally connected Internet, geography still limits performance. The solution is to bring computation and interconnection closer to where businesses operate. That’s exactly what’s underway in Malaysia’s accelerating digital backbone: Malaysia’s total data centre capacity is expected to roughly double from about 1.26 GW to 2.53 GW between 2025 and 2030, reflecting strong local demand and infrastructure build-out that supports closer compute resources. Market forecasts suggest Malaysia’s total data centre capacity could exceed 4,000 MW by 2030, up from about 835 MW today, with key hubs like Cyberjaya and Johor accounting for the majority of growth – an indication that proximity to major users and regional connectivity is becoming a decisive factor for latency-sensitive workloads, including AI.

Internet Exchanges: Powering Malaysia’s Local Digital Traffic

Internet Exchanges (IXs) physically interconnect networks so that ISPs, cloud providers, content platforms and enterprises can exchange traffic directly, instead of detouring over the public Internet – keeping local data local and reducing latency. As AI pushes terrestrial infrastructure to its limits – and as businesses demand coverage “everywhere” – space-based connectivity becomes part of tomorrow’s digital ecosystem. Malaysia is also seeing satellite broadband become part of its national connectivity strategy. Local partners such as REDtone and Reach Ten have signed authorised reseller agreements with SpaceX to roll out Starlink satellite broadband services across the country, especially to reach remote and underserved locations where traditional networks are limited. At the same time, the Malaysian government is strengthening space-based connectivity infrastructure through initiatives like Altel Digital, which aims to operate satellite ground stations and LEO services domestically to support seamless satellite and IoT connectivity for key sectors. These developments show that satellite broadband is increasingly entering Malaysia’s mainstream digital ecosystem as a complement to terrestrial networks, helping bridge connectivity gaps and bring high-speed internet access to more communities. For AI-enabled operations – from rural healthcare to maritime logistics – these developments make satellites a practical extension of terrestrial networks rather than a separate universe.

Enabling Seamless Interconnection Layer That Extends Into Orbit

The remaining challenge is to bridge Earth and orbit with the same quality of interconnection we expect on the ground. DE-CIX and the German Aerospace Center (DLR) are working within the European Space Agency’s OFELIAS project to develop protocols, algorithms and procedures that make optical (laser) satellite links more robust against clouds and atmospheric effects – so they can be integrated seamlessly into terrestrial networks. In parallel, DE-CIX’s Space-IX initiative lays out how satellite operators can interconnect with each other and with clouds and content platforms so that data and AI inference can flow across Earth-to-space infrastructure with minimal latency.

From Earth to Orbit: Reducing Latency, Boosting Efficiency

The business case for AI is clear – cost savings, revenue growth and faster innovation – but the precondition is an infrastructure stack that collapses distance between users, data and models. Research and industry developments in Malaysia show that as AI and digital services scale beyond pilot stages, the country is rapidly expanding local compute and data centre capacity to reduce latency and enhance performance for time-sensitive applications. Investments under frameworks such as the Malaysia Digital Economy Blueprint (MyDIGITAL) and the growth of data centres in regions like Johor and Klang Valley are helping bring computing closer to users and regional markets, a critical step for supporting low-latency AI services. Between 2021 and 30 June 2025, Malaysia approved 143 data centre investment projects, including 25 projects granted Malaysia Digital status under the Digital Ecosystem Acceleration Scheme, representing a total investment of RM144.4 billion and generating 1,429 new jobs. At the same time, stronger connectivity infrastructure – including expanded interconnection points and undersea cable links – underscores how high-quality, low-latency networks are becoming essential not just for cloud adoption but for enabling real-time, AI-driven innovation across industries.

AI Growth: The Takeaway

To realise AI’s promise – on the ground and increasingly, above it – organisations need to place workloads and interconnection where they cut milliseconds. That’s how intelligent applications, smart services and AI agents deliver reliably – at scale and in real time.