Conference Description
Key Takeaways
- Focus: AI-ready data centre infrastructure, cloud computing, and sustainable digital transformation in Korea
- Audience: Senior IT leaders, data centre operators, cloud architects, policymakers, and infrastructure investors
- Technologies: Liquid cooling, modular data centres, edge computing, high-density rack environments, and renewable energy integration
- Challenges addressed: Power grid constraints, thermal management for AI workloads, talent shortages, and rapid deployment requirements
- Industries represented: Technology, telecommunications, finance, government, and energy
Introduction
The Korea Cloud & Datacenter Convention (KRCDC) 2026 convenes senior technology leaders, infrastructure specialists, and policymakers to examine how Korea can build the digital foundation required for its artificial intelligence ambitions. Taking place at COEX in Seoul on 1 September 2026, the convention addresses a critical inflection point: as AI workloads intensify and power demands escalate, traditional data centre approaches are proving insufficient. The event brings together cloud providers, data centre operators, investors, and enterprises to explore practical solutions for scaling resilient, energy-efficient infrastructure capable of supporting next-generation computing requirements.
Korea’s strategic position in the global semiconductor industry, combined with government initiatives to establish the country as a Northeast Asian digital hub, makes this gathering particularly timely. The convergence of AI infrastructure demands, sustainability mandates, and operational complexity creates both urgent challenges and significant opportunities for organisations operating in this space.
About This Event
KRCDC 2026 is structured around keynote presentations, panel discussions, technical sessions, and technology showcases. The programme spans executive-level strategic content alongside hands-on technical material, reflecting the diverse requirements of an audience that includes both C-suite decision-makers and infrastructure engineers. Approximately 64 per cent of the expected 800-plus attendees hold senior management positions, indicating the event’s orientation toward strategic and investment-level conversations.
The convention format emphasises direct engagement through dedicated networking sessions, including breakfast, lunch, and evening gatherings. Technology showcases provide opportunities to examine emerging solutions from vendors including Schneider Electric, CommScope, Corning, Legrand, Riello UPS, and EdgeConnex, among others. Post-event coverage will be available through media partners, though no live stream is planned.
High-Density Computing and Thermal Management
The proliferation of AI training and inference workloads has fundamentally altered data centre thermal profiles. Rack densities that once peaked at 10-15kW are now routinely exceeding 100kW in AI-focused deployments, rendering traditional air cooling inadequate. KRCDC 2026 dedicates significant attention to liquid cooling technologies and high-density environment engineering, recognising that thermal management has become a primary constraint on AI infrastructure deployment.
This shift carries implications beyond cooling equipment selection. Facility design, power distribution architecture, and operational procedures all require reconsideration when rack densities increase by an order of magnitude. The convention examines how organisations are adapting existing facilities while designing purpose-built environments for extreme density requirements.
Power Availability and Grid Integration
Power availability has emerged as perhaps the most significant constraint on data centre expansion globally, and Korea faces particular challenges given its geographic and grid characteristics. The convention addresses power procurement strategies, grid interconnection challenges, and the integration of renewable energy sources into data centre operations.
Sustainability mandates add complexity to power decisions. Operators must balance immediate capacity requirements against long-term environmental commitments, often while navigating regulatory frameworks that continue to evolve. The intersection of power availability, sustainability obligations, and AI-driven demand growth creates a planning environment where traditional approaches to site selection and capacity forecasting require substantial revision.
Modular Construction and Deployment Speed
The pace of AI development has compressed acceptable deployment timelines. Organisations that once planned data centre capacity years in advance now face pressure to bring infrastructure online within months. Modular and containerised data centre approaches offer potential solutions, enabling prefabricated construction that can significantly reduce time from planning to operation.
KRCDC 2026 explores how modular construction methods are being applied across different scales, from edge deployments serving distributed AI inference requirements to larger facilities supporting centralised training workloads. The trade-offs between modular and traditional construction—including considerations of customisation, long-term flexibility, and total cost of ownership—feature in technical sessions addressing rapid deployment strategies.
Edge Infrastructure and Distributed AI
While hyperscale facilities capture significant attention, edge data centres play an increasingly important role in AI infrastructure strategies. Latency-sensitive applications, data sovereignty requirements, and bandwidth economics all drive demand for distributed computing capacity closer to end users and data sources.
The convention examines how edge and cloud infrastructure strategies complement one another, rather than treating them as competing approaches. For many organisations, effective AI deployment requires coordinated capacity across multiple tiers—from centralised training environments to regional inference clusters to edge nodes serving real-time applications. Understanding how to architect, operate, and secure these distributed environments represents a significant capability gap for many enterprises.
Operational Transformation and Workforce Development
Technical infrastructure changes are accompanied by equally significant operational challenges. The convergence of information technology and operational technology systems creates new requirements for monitoring, management, and security. Staff who previously operated in distinct IT or facilities domains must now collaborate across traditional boundaries, often requiring new skills and organisational structures.
Talent shortages compound these challenges. The specialised expertise required to design, build, and operate AI-ready infrastructure remains scarce, and competition for qualified personnel is intense. KRCDC 2026 addresses workforce development alongside technical topics, recognising that infrastructure capabilities ultimately depend on the people who operate them.
Cybersecurity and Risk Management
As data centre environments become more connected and operationally complex, attack surfaces expand correspondingly. The integration of IT and OT systems, while operationally beneficial, introduces security considerations that many organisations have not fully addressed. Connected building management systems, remote monitoring capabilities, and automated operational controls all present potential vulnerabilities if not properly secured.
The convention includes content on cybersecurity and risk management specific to data centre environments, addressing both technical controls and governance frameworks appropriate for critical infrastructure protection.
Who Should Attend
KRCDC 2026 is designed for professionals responsible for digital infrastructure strategy, design, and operations. This includes chief information officers, chief technology officers, data centre managers, cloud architects, infrastructure engineers, and operations directors. The event also addresses policymakers and investors seeking to understand the technical and commercial dynamics shaping Korea’s digital infrastructure landscape.
Organisations across technology, telecommunications, finance, government, and energy sectors will find relevant content, particularly those evaluating AI infrastructure investments, navigating sustainability requirements, or planning capacity expansion in the Korean market.
Korea’s Position in Regional Infrastructure Development
Korea’s ambitions extend beyond domestic digital transformation. The country’s semiconductor manufacturing capabilities, technical workforce, and geographic position create potential for Korea to serve as a regional digital infrastructure hub for Northeast Asia. KRCDC 2026 examines how Korean technology and expertise might contribute to broader regional and global markets, while also considering the investment and expansion opportunities that Korea’s infrastructure development presents for international participants.
The convention positions Korea’s infrastructure development within the context of global competition for AI capabilities, where the ability to deploy and operate advanced computing infrastructure increasingly determines economic competitiveness and technological sovereignty.