Lithium-Ion

Lithium-ion battery failures don’t begin with heat—they begin with chemistry. Battery cells release distinct off-gasses minutes before temperature changes occur. Nosy detects these early chemical signatures, giving facilities precious lead time to prevent catastrophic fires.Fentanyl Vapor & Trace Detection

Early Off-Gassing Alerts

Before smoke. Before heat. Before alarms.

As cells age, fail, or enter runaway conditions, they emit unique volatile compounds. Nosy’s nanosensor intelligence picks up these molecular cues instantly—providing alerts 5–30 minutes ahead of temperature-based systems.

Data Center Fire Prevention

In data centers, even a single battery module failure can compromise racks, power walls, or whole sites. Nosy-enabled monitoring instantly flags off-gassing events, allowing operators to isolate faulty units, shut down charging systems, or activate containment protocols long before flames appear.

EV Storage & Charging Infrastructure

Large EV storage sites and high-density charging hubs rely heavily on early detection. Nosy sensors catch out-gassing events in charging bays, battery rooms, or shipping containers, dramatically reducing fire risk in tightly packed, high-energy environments.

Manufacturing & QA Lines

Battery assembly lines depend on tight quality control. Nosy makes it possible to identify defective cells as they begin to fail—providing chemical insights that spot microscopic flaws skipped by traditional testing or visual inspection.

Smart Facility Integration

Nosy integrates with existing facility automation, triggering ventilation, shutdowns, zone isolation, or robotic response workflows. It adds a new layer of intelligence to environments where even seconds matter—and where chemical context is now essential for operational safety.