PROMERSION ARTICLES

This collection of articles represents an ongoing public contribution to how the data center industry understands its own transition. Written independently and published via LinkedIn, the pieces explore where technical limits, organizational structures, and ecosystem maturity collide as performance, efficiency, and sustainability demands accelerate.

Rather than promoting solutions or vendor positions, the articles deliberately focus on underlying constraints, misalignments, and inflection points that shape long-term outcomes. Together, they form a continuously evolving perspective on an industry that is being forced to change faster than its structures, processes, and narratives were designed for.

Publishing through LinkedIn enables these perspectives to remain open, accessible, and directly engaged with the broader ecosystem, supporting dialogue across technical, operational, and strategic roles.

This set of three interconnected articles examines how liquid cooling is shifting from optional innovation to structural necessity, what the cooling landscape is likely to look like by 2030, and how organizations must realign their strategies to remain relevant in a rapidly changing ecosystem. Together, the articles connect technology inflection points, market trajectory, and strategic decision-making, offering a coherent perspective on why cooling adoption is increasingly necessity-driven, how the ecosystem will fragment and mature, and why clarity of role and alignment with core competencies are critical for long-term impact.

This article explores how the rapid escalation of AI and high-performance compute workloads is pushing liquid cooling adoption from a gradual transition into a structural inflection point. The article argues that industry planning assumptions are being overtaken by reality, with power densities, deployment timelines, and supply chain readiness all moving faster than anticipated. It highlights why liquid cooling, including cold plate and immersion approaches, is no longer a future option but a present-day requirement, and why organizations must adapt their strategies, operating models, and collaboration frameworks to keep pace with this supersonic acceleration.

This is a five-part series that examines what changes when cooling liquids move from the facility perimeter into the IT system itself. It traces the historical separation between IT and facilities, then shows how direct-to-chip and immersion architectures blur responsibilities, reshape access and security models, and force new operational practices. The series proposes practical ways to define boundaries (such as treating the shared coolant “fluid body” as part of the IT domain), outlines collaborative operating models and leadership actions, explores the added complexity in multi-tenant colocation environments, and concludes with the opportunities unlocked by tighter IT-facility integration, including higher-density enablement, improved temperature differentials, and new service models.

This is a deep dive into the perceived limits of immersion cooling, and why those limits are not inherent to the technology, but rather a reflection of how early-stage today’s implementations still are. The article argues that the next innovation wave is about moving beyond “blind circulation” toward precision cooling, where flow and heat removal are deliberately targeted at hotspots, and where system design, fluids, and controls evolve together. Published on June 20, 2023, it sparked substantial engagement on LinkedIn and through OCP, becoming a theme for various dedicated efforts in the Immersion project.It is a highly impactful piece that helped push the immersion ecosystem toward its next innovation chapter, with precision cooling as the central theme.

This is a six-part LinkedIn article series exploring why the data center industry is being pushed toward liquid cooling, with immersion cooling as a central lens. Across the series, the articles connect sustainability pressures, practical adoption hurdles, and the ecosystem work required to make liquid cooling deployable at scale. The narrative moves from the “why now” drivers, to the operational and commercial blockers, to the role of open collaboration through OCP, and ends with clear calls to action for stakeholders, plus an epilogue reflecting on community feedback and next priorities.