Micro-Sample Collection: A technician swabs a standardized 10 cm x 10 cm target area with an UltraSnap™ or SuperSnap™ testing swab to extract surface organic residues.

Bioluminescent Reaction: The swab is activated by snapping the valve stem, releasing a specialized liquid reagent containing luciferin-luciferase—the same natural enzyme complex that makes fireflies glow. When this reagent reacts with ATP on the swab, it generates light.

Photodiode Measurement: The activated swab is inserted into the EnSURE™ Touch luminometer. The device's state-of-the-art solid-state photodiode counts the photons emitted by the chemical reaction.

Quantified RLU Score: The system instantly converts the light output into Relative Light Units (RLU). A higher RLU score directly correlates to higher biological contamination, while scores under 30 RLU confirm clinical-grade sanitation.

Encrypted Cloud Logging: Test metrics automatically sync via Wi-Fi to the Hygiena SureTrend® Cloud system, creating an unalterable, time-stamped digital audit log for safety compliance and verification.

Physical Data Integrity: Test results are processed internally by a high-precision photodiode and displayed immediately. Results cannot be manually altered or typed over on the device.

Encrypted Cloud Telemetry (SureTrend® Cloud): The device automatically syncs test logs via Wi-Fi to Hygiena's encrypted SureTrend® Cloud infrastructure. Each data entry is hard-coded with:Exact date and time stampUnique device serial numberAssigned technician IDPre-configured surface location & risk zoneMeasured RLU count and automated Pass/Caution/Fail status

Audit Trail & Traceability: Because test records are directly pushed from the physical sensor to the cloud without manual entry steps, the resulting reports serve as legally defensible evidence for third-party auditing, regulatory compliance, and client verification.

Hygiena EnSURE™ Touch & SureTrend® Cloud Encryption: When an ATP swab is tested, the EnSURE Touch reader calculates the photon count and assigns a Relative Light Unit (RLU) value. The device automatically pushes this data via encrypted Wi-Fi directly to the SOC 2 Type II-certified SureTrend® Cloud database. The field technician cannot type in a fake RLU value, alter timestamps, or change historical records.

FLIR Radiometric Telemetry: FLIR thermal imaging cameras capture embedded radiometric temperature metadata within every pixel of an image—not just a surface snapshot. Using software such as FLIR Thermal Studio Pro, EcoSteam extracts true surface temperatures to prove that micro-heated dry vapor reached exact thermal kill thresholds (175°F–240°F) required to denature viral proteins and break down bacterial biofilms.