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Omen AI acquires Aquatic Labs in a $16M cash-and-stock deal

**πŸ“… 2 November 2026 β€’ TechCrunch / PR Newswire *Omen AI has acquired competitor Aquatic Labs in a $16M cash-and-stock deal, bringing ocean-sensing expertise into its data center cooling business. **Omen AI was founded i

Omen AI acquires Aquatic Labs in a $16M cash-and-stock deal

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**πŸ“… 2 November 2026 β€’ TechCrunch / PR Newswire

*Omen AI has acquired competitor Aquatic Labs in a $16M cash-and-stock deal, bringing ocean-sensing expertise into its data center cooling business. **Omen AI was founded in 2024 and closed a *$31M Series A in June. Aquatic Labs founder **Allan Adams, a physicist who worked at MIT and in oceanographic research at Woods Hole, joins the combined company as **chief science officer. The move folds a direct competitor into the buyer, an early sign of consolidation in a niche where both companies are startups.

The two companies have built complementary real-time sensor systems for water. **Omen focuses on elemental and biological analysis, tracking what is in the water, while **Aquatic Labs specializes in measuring alkalinity, a central parameter for corrosion control in cooling loops. The plan is to merge both capabilities into **a single device expected on the market by early 2027, so operators can read the full chemistry picture from one instrument instead of stitching together separate readings. That pairing covers composition and balance parameters side by side, which is what a corrosion-control program actually needs.

The deal lands as cooling-side instrumentation scales quickly. Omen says its sensors will monitor chips with a combined power draw of *250-300 MW by the end of 2026, covering hardware worth roughly *$5-7B. The stated goal is the equivalent of **1 GW of chips under monitoring by the end of 2027, which would make water chemistry one of the more closely instrumented subsystems in the facility. Monitoring commitments at that scale also function as a demand signal for the enlarged sensor roadmap.

Water use supplies the broader context. Data centers in the United States consume an estimated **17-19 billion gallons of water per year for cooling, according to The Water Foundation, and over five years that figure is **expected to triple. As facilities add denser racks and chip thermal envelopes grow, cooling management is shifting from scheduled manual sampling toward continuous, chemistry-driven control loops, the same path that turned power monitoring into standard data center tooling.

**For operators, automated water chemistry promises tighter feedback between sensing and actuation, fewer manual checks and earlier detection of corrosion and biological risks that degrade heat exchange. For the market, the acquisition consolidates two specialist vendors into one platform play and signals that cooling intelligence is becoming a fundable, acquisition-worthy category alongside compute and power monitoring tools.

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**IMPACT: Data center operators, facilities engineers and liquid-cooling vendors are the affected groups. Cooling water management moves toward continuous sensor-driven control, so operations teams should plan integration of chemistry telemetry into monitoring stacks and revisit manual sampling schedules. Buyers gain a merged Omen-Aquatic device option from early 2027, and the 1 GW monitoring target hints at how vendors will size deployments and contracts. What to watch: pricing of the combined sensor device, progress from the 250-300 MW base toward the 2027 goal, and whether more consolidation deals follow in cooling intelligence.

**Sources: techcrunch.com, morningstar.com

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