For Operators, What Does Long-Term Water Resilience Actually Look Like?

For hyperscalers, water management is increasingly becoming a strategic infrastructure question.

The challenge is not simply securing water.

The challenge is ensuring that today's decisions remain credible and resilient under future conditions that are still evolving.

Through our research discussions, several recurring themes consistently emerged.

What Water Assumptions Are Most Likely To Break First?

Understanding which cooling, sourcing and treatment assumptions remain robust under future AI growth.

How Do We Avoid Becoming Dependent On A Single Water Strategy?

Evaluating recycling, reclamation, non-potable water, groundwater and alternative supply options.

What Does Long-Term Water Resilience Actually Look Like?

Planning infrastructure capable of supporting future expansion without creating unnecessary dependencies.

How Are Utilities Preparing For Future Demand?

Understanding how water utilities are approaching long-term planning and infrastructure investment.

What Is The Real Relationship Between Water And Power?

Exploring the trade-offs created by different cooling technologies and infrastructure choices.

Which Community Engagement Approaches Are Working?

Understanding how transparency, trust and stakeholder engagement influence future growth opportunities.

How Should Water Influence Site Selection Decisions?

Evaluating long-term infrastructure resilience before committing to major investments.

What Lessons Are Emerging From Early Adopters?

Understanding both implementation successes and lessons learned from mistakes.

How Should Future Campuses Be Designed Differently?

Building flexibility into infrastructure before future requirements are fully known.

What Are Other Hyperscalers Learning?

Benchmarking emerging approaches, priorities and long-term planning assumptions across the industry.

Colocation providers often face a different type of uncertainty.

Their infrastructure must therefore remain flexible enough to support a broad range of workloads, cooling approaches and customer expectations over time.

Many are simultaneously supporting traditional cloud environments alongside rapidly growing AI workloads, creating a more complex operating environment where water and energy requirements may vary significantly across the same facility.

The challenge is maintaining flexibility whilst preparing for a future that remains uncertain.

The Questions Colocation Providers Are Trying To Answer That The Agenda Addresses

How Do We Design For Customer Requirements That Have Not Yet Been Defined?

Future-proofing facilities for workloads that may evolve significantly over time.

Which Water Strategies Improve Customer Attractiveness?

Understanding whether water performance becomes a competitive differentiator.

How Do We Balance Water Efficiency With Operational Flexibility?

Avoiding infrastructure decisions that may constrain future opportunities.

What Water Implications Exist Within Mixed Cloud And AI Environments?

Managing different workload profiles within the same facility.

How Are Hyperscalers Thinking About Long-Term Water Planning?

Learning from organisations operating at unprecedented scale.

Which Cooling Strategies Appear Most Adaptable?

Understanding how flexibility can be maintained as technologies evolve.

How Will Water Costs Affect Future Economics?

Particularly in regions where water availability may become increasingly constrained.

Which Alternative Water Sources Are Becoming Viable?

Evaluating emerging sourcing and treatment strategies.

How Should Operators Approach Utility Relationships?

Building stronger coordination around future growth requirements.

What Future Risks Are We Not Yet Planning For?

Understanding how today's decisions may create tomorrow's constraints.

What Hyperscalers And Colocation Providers Can Learn From One Another

Although hyperscalers and colocation providers often approach water management from different starting points, both groups are navigating a future characterised by uncertainty, infrastructure constraints and rapidly evolving requirements.

Several colocation providers told us they are interested in understanding how hyperscalers are approaching:

• Long-term water planning 
• Alternative sourcing strategies 
• Future capacity requirements 
• Water resilience at campus scale 
• Community engagement 
• Public transparency 
• Long-term utility coordination 

At the same time, hyperscalers may be able to learn from the operational flexibility that many colocation providers have developed through years of managing diverse customer environments and evolving customer requirements.

Many colocation operators have extensive experience balancing competing priorities across different workloads, cooling requirements and customer expectations.

As AI infrastructure continues to evolve, both groups are ultimately trying to answer many of the same questions:

• Which assumptions remain valid? 
• Which assumptions may need to change? 
• What future risks are emerging? 
• How should facilities be designed differently? 
• What does resilience look like in practice? 

The objective of the conference is not to compare business models.

The objective is to accelerate learning.