Cooling tower thermal
Radiometric scan of cooling towers and chiller plants. Surface and fan-deck hotspots flagged before downstream temperature climbs.
Customer SLAs allow zero downtime. Continuous perimeter monitoring with strict false-positive tolerance. Roof-mounted cooling and electrical inspection. Compliance-grade documentation.
Roof integrity, electrical thermal scans, and perimeter coverage. No confined-space crews or arc-flash exposure. Aligned with SOC 2 and EU NIS2.
Aerion provides continuous autonomous monitoring of data center perimeters and rooftop infrastructure. AI-based intrusion detection minimizes false alerts. Thermal monitoring of cooling towers and electrical infrastructure catches issues early. Audit-ready documentation supports SOC 2, ISO 27001, and EU NIS2 frameworks. It feeds directly into the controls your operation already reports against.
Radiometric scan of cooling towers and chiller plants. Surface and fan-deck hotspots flagged before downstream temperature climbs.
Visual + thermal of rooftop penetrations, condenser banks, and roof membrane integrity across the entire footprint.
Walk-around equivalent of standby generators, fuel polishing skids, and day tanks ahead of scheduled load tests.
Switchgear, transformer, and busbar thermal scan across the on-site substation. Per-asset baselines suppress noise.
Fenceline, loading dock, and visitor gate. Person and vehicle classification with per-zone false-positive thresholds.
Construction-zone progress and exclusion-zone integrity for active build-outs adjacent to live floor space.
For data centers within 10km of an Aerion node. Multi-customer node infrastructure. Standard roof, electrical, and perimeter cadence. Faster onboarding.
Dedicated node for hyperscale facilities requiring twice-daily roof and electrical thermal scans, 24/7 perimeter coverage, and SOC handoff. 8-12 week deployment.
Per-unit ΔT excursion across cooling towers and chiller plants. Catches failing condensers before downstream temperature climbs.
Substation, transformer, and busbar thermal anomalies. Per-asset baseline, not raw threshold, to suppress noise.
Membrane breach, ponding water, and thermal signature of moisture intrusion across rooftop penetrations.
Bearing-fault and fan-blade anomalies across condenser banks and rooftop AHUs.
Real-time person classification at fenceline, dock, and exclusion zones. Per-zone false-positive thresholds tuned to SOC tolerance.
Fuel-skid leak detection, day-tank vapour, and standby-generator pre-test walk-around equivalent.
Construction-zone progress and exclusion-zone integrity for active build-outs adjacent to live floor space.
Visual diff against a reference baseline. Surfaces missing covers, signage drift, and fence damage.
Tartu, Estonia operates the EU's only fully-operational U-space regulatory sandbox. Aerion operates inside this framework. It compresses BVLOS approval cycles that take 12-24 months elsewhere in Europe to weeks for our customers.
We're accepting design partners and pilot customers for 2026-2027 deployments. Tell us about your facility, fleet, corridor, or operation.
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