Data centre

Each discussion can only hold a maximum of 6 participants.A cross-functional discussion for IT, Data, and Operations Leaders on how AI is reshaping roles faster than traditional training models can re ...

Each discussion can only hold a maximum of 6 participants.A practical discussion for Data Engineers and Analytics Leaders, exploring how data quality decisions directly affect AI outcomes.  Discussion ...

Each discussion can only hold a maximum of 6 participants.A reality-led discussion for DevSecOps and Platform Engineering Leaders on what has genuinely improved collaboration and security — and what r ...

Each discussion can only hold a maximum of 6 participants.A leadership-focused discussion on inclusion, psychological safety, and sustaining team performance in high-pressure technology environments. ...

Each discussion can only hold a maximum of 6 participants.A technical discussion for Cloud Architects and Infrastructure Strategists, focused on what AI workloads demand from modern cloud environments ...

Each discussion can only hold a maximum of 6 participants.A focused discussion for Security and AI Governance Leaders, sharing unexpected risks that have surfaced during AI deployment and scaling. Dis ...

Each discussion can only hold a maximum of 6 participants.A cross-functional conversation on reskilling and role evolution driven by AI adoption.

Each discussion can only hold a maximum of 6 participants.A practical discussion for DevOps and Platform Engineering Leaders, focused on where AI is delivering genuine workflow improvements.

Each discussion can only hold a maximum of 6 participants.A leadership discussion on sustaining high-performing teams in demanding technology environments.

Each discussion can only hold a maximum of 6 participants.A strategic discussion on managing competing pressures across energy availability, cost, and uptime.

Each discussion can only hold a maximum of 6 participants.An experience-led discussion for Infrastructure Leaders, sharing lessons from outages, incidents, and near-misses.

Each discussion can only hold a maximum of 6 participants.A candid discussion sharing what delivered real impact — and what did not — in live environments.

Each discussion can only hold a maximum of 6 participants.A horizon-scanning discussion separating meaningful signals from hype.

In this session, Lee examines how emerging AI architectures, including NVIDIA’s Rubin-class chips, are impacting Data Centre design. Cutting through hype, the discussion focuses on the real engineerin ...

Explore the transformative role of Agentic AI and Augmented Operations in delivering highly skilled technical services—both remote and on-site—for electro-sensitive environments such as large-scale da ...

Data Centres are evolving in power and innovation. This session shows next generation data center power architectures trends (800 VDC, Solid State, Medium voltage UPS etc.) and AI supported optimizati ...

Europe is racing to build the AI factories that will power its digital future—but is it moving fast enough? As AI workloads explode, the region faces a pivotal choice: lead the next wave of high-densi ...

In this session, Michel and Christian will outline the key challenges in transitioning to new approaches to cooling for AI driven data centres. They will explore how rising compute density and increas ...

As AI and high performance computing accelerate, data centres face unprecedented thermal pressure. Rack densities are doubling, liquid cooling is reshaping the industry, and traditional performance cl ...

Cold plate cooling represents a key step in the transition from air cooling to liquid cooling for high-performance data centers. Conventional solutions, typically based on deionized water or water-gly ...

This session will highlight pumping systems and include providing redundancy by avoiding VFD bypasses and reducing carbon footprint and minimizing first cost savings. We will also review permanent mag ...

Fuel reliability is critical for data centre uptime — but diesel quality often goes unchecked. Contaminants such as water, microbes, particles, and oxidation products shorten fuel shelf life, red ...

Attendees will learn how forward thinking system design—particularly in cooling, pumping, and heat management—can deliver flexibility, compliance, and measurable carbon savings over the asset lifecycl ...

Circular thinking starts at design. Panellists will explore several strategies for modularity, design-for-disassembly, and extending the life of equipment to reduce environmental impact.

AI-native and automated data centres promise efficiency but also demand resilience. This panel discussion will unpack how intelligent monitoring, predictive systems, and adaptive infrastructure can he ...

European and UK data centers increasingly face grid delays and rising energy demand. This session presents a practical pathway to secure immediate, resilient capacity through open‑cycle dual‑fuel on‑site power, optimized for FLEX‑connection schemes and ancillary‑service participation for AI and cloud loads. The approach minimizes upfront investment and accelerates deployment while maintaining high availability. For sites facing extended grid timelines, the same platform can be expanded into high‑efficiency combined‑cycle operation, with optional absorption chilling to reduce cooling demand and improve sustainability. Attendees will learn how this flexible, future‑proof architecture supports growth, resilience, and decarbonization without dependency on uncertain utility upgrades.

As AI and cloud computing drive unprecedented data center growth, operational complexity inside facilities is accelerating. This panel addresses the growing operational gap between rapid build-out and ...

AI is pushing data centres to their limits, and the way fiber is designed and deployed in the white space is changing fast. This presentation explains how ultra-high fiber count cables are enabling th ...

Learn how AKCP is integrating Patent Pending AI analytical tools into DCIM software solutions. If you are a data centre designer, operator, or interested in the latest AI technology can be utilised in ...

What does it mean to go beyond sustainability into regeneration? Panellists will discuss new models where infrastructure gives back — reducing environmental harm while creating long-term social and ec ...

AI acceleration is shortening infrastructure planning and operating cycles, forcing operators from legacy static designs to dynamic, data-driven systems that adapt to high-density workloads.Unlike tra ...

Data centre sustainability faces a credibility gap, with self-reported metrics and marketing claims undermining trust as regulations tighten and stakeholders demand proof. This session introduces SDEA ...

As data centres push toward higher speeds, lower latency, and AI‑driven capacity demands, the industry is turning to breakthrough fiber technologies such as hollow‑core and multi‑core fiber cabling. T ...

Data centres demand unwavering power quality to maintain uptime and protect critical infrastructure. Yet harmonics and poor power factor—often overlooked in system design—can silently undermine resili ...

Specifying the correct cable is essential to delivering reliable performance over the long-term. How do you weave sustainability factors in alongside performance demands and installation design, whils ...

Successful deployments begin long before installation — they start with intentional design decisions that anticipate challenges and set the foundation for long-term performance. Early-stage planning d ...

This session explores how modern data centres use battery energy storage, HVDC distribution, and smart UPS and switchgear to support grid services, such as frequency regulation, demand response, and c ...

Power has become one of the defining constraints on Data Centre growth, driven by grid limitations, availability, resilience, sustainability and long-term cost certainty. This session examines how new approaches to energy system design are being used to address these challenges in modern Data Centres.