Thermal and Cooling
Hybrid architecture, waterless heat rejection, fluid condition over time, spatial thermal fields and material compatibility. …more
Research
CoralDC Research
CoralDC maintains an active research programme across the technologies that will determine what AI infrastructure becomes. This section describes what the company is studying, what it is evaluating for integration, and what remains genuinely unresolved. It is research, and it is labelled as research throughout.
Statement
The statement that governs this section
Everything in CoralDC Research is research. These are domains CoralDC is studying, technology categories it is evaluating, and areas where it is seeking partners. Nothing on these pages describes a commercially available CoralDC product unless that product appears on the Platform. Where a technology is under technical review, the page says so. Where the commercial case is unproven, the page says that too.
Quantitative claims throughout this section are traceable to their source. Where a figure was published by a vendor and never independently audited, the text says so. Where CoralDC calculated a figure itself, CoralDC will show the derivation on request.
The Domains
Seven domains, plus the radar.
Thermal and Cooling. Power, Grid and Self-Reliant Energy. Advanced Nuclear and SMR. Semiconductors and Materials. Heat Reuse. Water Infrastructure. Infrastructure Intelligence and Autonomous Operations. Plus the Technology Radar, which sorts specific technologies into four readiness horizons and is reviewed quarterly with the review date published.
Power, Grid and Self-Reliant Energy
Why interconnection is the binding constraint on AI deployment, and what flexible load is actually worth. …more
Advanced Nuclear and SMR
Whether advanced nuclear has a role in powering AI infrastructure. Long horizon, commercially immature. …more
Semiconductors and Materials
How material-level thermal performance changes system-level design assumptions. Early stage. …more
Heat Reuse
Turning rejected heat into a usable output, and the honest question of whether the economics work in North America. …more
Water Infrastructure
How cooling architecture determines water consumption, and why CoralDC does not claim water-positive infrastructure. …more
Infrastructure Intelligence
Why automated thermal control has a larger measured effect on delivered compute than any hardware change. …more
Technology Radar
Specific technologies across four readiness horizons. Reviewed quarterly, review date published. …more
Open Questions
Eight unsolved problems in CoralDC's own work, published with the reasoning and open to collaboration. …more
Assessment
The assessment behind the research programme
CoralDC maintains a continuous technical assessment of 77 companies across 18 technology segments worldwide, evaluated through a 47-field framework covering technology readiness, published validation, integration feasibility, sustainability impact, next-generation hardware relevance and commercial risk. The assessment is refreshed continuously and its conclusions determine what enters a Coral pod and, more often, what does not.
Coverage
Where CoralDC looks
The coverage extends beyond the data centre sector. It includes immersion cooling, direct-to-chip cooling, microfluidics, advanced heat exchangers and manufacturing, dielectric fluids, fluid lifecycle and chemistry, thermal materials and interfaces, AI cooling control, digital twin and simulation, sensing and telemetry, heat rejection and waterless cooling, waste heat recovery and upgrade, energy, grid and power architecture, water treatment and reuse, and co-packaged optics.
The source industries include aerospace turbomachinery, nuclear reactor thermal hydraulics, spacecraft thermal control, electric vehicle battery engineering, Formula One heat exchanger design, semiconductor manufacturing, oil and gas fibre optic sensing, industrial gearbox oil analysis, transformer insulating fluid chemistry, oleochemistry, industrial steam heat pumps, desert evaporative HVAC and industrial water treatment. Several technologies CoralDC considers important came from organisations that are not data centre companies.
Published Artefacts
What CoralDC publishes from the assessment
| Artefact | Destination |
|---|---|
| Open technical problems | /research/open-questions/ |
| Component-level analysis of next-generation rack hardware | /architecture/next-generation-ai-hardware/ |
| Pod decisions, subsystem by subsystem | /architecture/bill-of-materials/ |
| Mechanical, thermal and telemetry interfaces | /open/ |
| Evidence and benchmark methodology | /open/benchmarks/ |
Next Step
Talk to CoralDC engineering.
If you have data, a disagreement or a thesis on any of this work, CoralDC would rather hear it than not.
FAQ
Direct answers for infrastructure buyers.
Does CoralDC sell the technologies described in this research section?
No. The Research section describes what CoralDC is studying and evaluating. What CoralDC sells appears on the Platform. Where a research technology later becomes a product, it will move.
Why does CoralDC publish what it does not know?
Because a research page that only lists certainties is marketing. Stating the open problems is how a technically serious reader can judge whether the work behind the page is real, and it is how the right partners identify themselves.