As AI infrastructure projects race toward completion, success increasingly depends not on what happens during planning or construction—but on what happens in the final 90 days before a facility goes live. 

This critical phase is where schedules are won or lost. Generator delivery, electrical integration, controls validation, startup sequencing, fuel systems, utility coordination, commissioning, and operational readiness all converge under intense time pressure. Even projects that have secured power, capital, and equipment can face costly delays if these final activities are not executed with precision.

 In this panel, infrastructure leaders will examine the practical realities of bringing next-generation AI facilities into production. Drawing on experience across data center operations, critical power systems, engineering, and advisory services, the discussion will explore how organizations are managing late-stage risk while accelerating deployment timelines. 

Topics will include: 

• Why the last 90 days have become one of the highest-risk phases of AI infrastructure delivery
• Coordinating generators, switchgear, UPS systems, controls, and utility interconnection for seamless startup
• Commissioning strategies that reduce delays and uncover issues before customer occupancy
• Lessons learned from integrating increasingly complex power and cooling architectures
• How testing, validation, and startup sequencing affect reliability from day one
• Preparing operations teams for handoff from construction to live production
• Building contingency plans for supply chain disruptions and unforeseen commissioning challenges

 As AI deployments continue to compress schedules and increase infrastructure complexity, the industry's competitive advantage may hinge less on designing the next data center than on successfully navigating the final stretch between substantial completion and productive operation. This session explores the execution disciplines that ensure facilities are ready when customers are.