Secure your spot at the premier HPC event
HPC Summit Southeast Asia 2026
per delegate · Early bird
Available from 1 June 2026 onwardsOpen to all industry professionals
The premier destination for the architects of AI-driven computing future.
The HPC Summit Southeast Asia 2026 is the definitive convergence point for the pioneers of high-density computing. We bridge the gap between cutting-edge AI workloads and the massive data center infrastructure required to power them.
As the first regional summit dedicated to the AI-Infrastructure Intersection, we dive deep into the GPU-powered ecosystems, liquid-cooling revolutions, and lightning-fast interconnects that are setting the new standard for the industry.
Master the complexities of distributed AI training and sovereign high-density compute clusters.
Beyond Air-Cooling: Unlocking the efficiency of 100kW+ racks and liquid-cooled environments.
Interconnected Intelligence: Exploring the next frontier of optical networking and ultra-low latency fabrics.
Where HPC meets Quantum, Edge, and the future of Generative AI infrastructure.
Partner with Southeast Asia's premier HPC summit and put your brand in front of 300+ key decision makers.
Limited platinum and gold slots remaining for 2026.
Comprehensive sessions designed for industry leaders.
Opening remarks from W.Media introducing the HPC Summit Southeast Asia 2026 – setting the tone for a day of open collaboration among open standard communities.
w.media
As AI adoption accelerates globally, the race for compute capacity is intensifying across regions, with the United States, China, and the Middle East making aggressive investments in GPU clusters, energy infrastructure, and AI-ready data centers. Against this backdrop, Southeast Asia is emerging as a critical, yet complex, frontier for AI and high-performance computing infrastructure.This keynote examines where Southeast Asia stands in the global HPC landscape, assessing its competitiveness across key factors including power availability, connectivity, capital flows, and regulatory environments. It will explore how regional markets such as Singapore, Johor, and Batam are positioning themselves to capture AI-driven demand, and the extent to which Southeast Asia can move beyond being a supporting node to becoming a strategic hub for AI compute.
SemiAnalysis
The rapid rise of AI is transforming the global infrastructure landscape, driving unprecedented demand for compute, power, connectivity, and advanced cooling technologies. As organizations race to deploy next-generation AI capabilities, high-performance infrastructure is becoming the foundation of modern digital economies.This opening panel brings together industry leaders to examine how HPC and AI-driven workloads are reshaping infrastructure strategies across data centers, cloud platforms, networking, and energy ecosystems. From GPU clusters and liquid cooling to power availability and infrastructure scalability, the discussion will explore the technologies, investment priorities, and operational models defining the next era of high-performance computing.
w.media
Microsoft
As AI adoption accelerates across industries, access to high-performance computing is no longer limited to hyperscalers. Enterprises and emerging markets are increasingly seeking scalable, cost-efficient infrastructure to support AI workloads. This keynote explores how modular server platforms and flexible system architectures are enabling the democratization of HPC and AI infrastructure. It will examine how organizations can deploy GPU-enabled clusters across edge and enterprise environments, balancing performance, cost, and deployment speed while supporting a broader ecosystem of AI innovation.
ASRock Rack
In the exhibition area
As AI adoption accelerates, HPC data centers are evolving into some of the most power-intensive and operationally complex facilities ever built. Operators are now confronting a new generation of challenges from extreme rack densities and liquid cooling requirements to power constraints, supply chain pressures, cybersecurity risks, and the growing need for operational resilience.This panel explores the current and future concerns shaping the operation of HPC and AI-driven data centers, and how the industry is adapting infrastructure, talent, and operational strategies to support the next era of compute.
JLL
Iron Mountain Data Centers
Eaton
YTL Data Centers
We’ll explore the new v2 specification, emphasizing modularity, rapid deployment, and sustainability in existing 19-inch rack environments.
Panduit
A technical session covering the emerging role of high-bandwidth, low-latency interconnects (InfiniBand, Ethernet, CXL) in open HPC system design.
In the exhibition area
As AI-driven computing accelerates, HPC environments are rapidly evolving into some of the most power-dense facilities ever deployed. Traditional air-cooling methods are increasingly being challenged by next-generation GPU clusters and AI workloads that demand greater thermal efficiency, operational resilience, and energy optimisation at scale.
bp
National University of Singapore (NUS)
OVHcloud
Stulz
The rise of AI is fundamentally reshaping enterprise infrastructure strategies, forcing organisations to rethink how they design, operate, secure, and scale their IT environments. Traditional enterprise infrastructure built around predictable workloads and conventional applications is increasingly being challenged by the demands of GPU-intensive computing, high-speed data movement, and AI-driven operations.This panel explores how enterprise IT teams, infrastructure leaders, and operations professionals must evolve to remain relevant in an AI-first world.
As AI infrastructure scales at unprecedented speed, operators are under increasing pressure to deliver massive compute capacity while managing rising costs across power, cooling, networking, and facility design. In the race to deploy AI factories quickly and efficiently, the industry is beginning to question long-held assumptions around resilience, redundancy, and operational standards.Will the next generation of HPC and AI infrastructure continue to follow traditional mission-critical design principles, or will operators accept new risk models in exchange for lower costs and faster deployment?This panel explores the growing tension between reliability, performance, and economics in the AI era, and examines whether conventional data center philosophies such as N+1 and N+2 redundancy remain practical for large-scale AI environments.
Bridge Data Centres
Outlines how China’s rack standard supports its AI Compute Network initiative, creating interoperability and supply-chain alignment across hyperscalers.
Pivotale AI
HPC Infrastructure 2035: The Future Winners, Losers, and Industry Shifts AheadAs AI accelerates the global race for compute, the HPC infrastructure landscape is expected to undergo profound transformation over the next decade. By 2035, the industry may look dramatically different from today shaped by power availability, cooling innovation, geopolitical shifts, AI economics, and the growing convergence between compute, energy, and capital markets.This closing panel brings together industry leaders to examine which technologies, business models, operators, and regions are likely to emerge as winners in the next era of high-performance infrastructure and which may struggle to remain competitive.
Digital Realty
Our valued partners supporting the summit
Partner with Southeast Asia's premier HPC summit and put your brand in front of 300+ key decision makers.
Limited platinum and gold slots remaining for 2026.