Calibration and Validation is a big business—costing Life Science and Pharmaceutical companies an estimated $400M per year according to KLATU research. The validation process is labor intensive and the risks are high because a validated asset could fail at any time, but continue unnoticed for month before detected at the next validation cycles.

TRAXX Temperature Stability Monitoring uses patented AI and multiple temperature sensors to score cabinet or room temperature stability over time. TRAXX AI alerts immediately when a cold-storage asset fails to pass a validation cycle. The feature reduces validation and labor costs by 50% and at the same time, provides customers with a daily validation report—no surprises.

Beyond Simple Monitoring: Multi-Factor Temperature Intelligence

While basic monitoring tracks individual temperature points, TRAXX analyzes temperature gradients, uniformity patterns, and stability trends across multiple sensors simultaneously. This multi-factor approach detects issues that single-point monitoring systems miss entirely.

How TRAXX Predicts Temperature Instability: Patented TRAXX Score Technology

TRAXX achieves unprecedented temperature prediction through our patented TRAXX Score —a real-time stability measurement that benchmarks your equipment's temperature stability against preset targeted conditions, preserving biological materials for the longest period of time.

Eliminate Manual Temperature Mapping Labor

TRAXX removes the need for technicians to manually place sensors, collect data, and prepare validation reports. What traditionally requires days of skilled labor and equipment downtime now happens automatically in the background, freeing your team to focus on research instead of compliance paperwork.

365 Days of Validation Confidence vs. 1 Day Per Year

Traditional validation gives you confidence for just the day of testing—leaving 364 days of unknown risk. Using the TRAXX patented continuous validation technology provides FDA-compliant validation status every single day by continuously calculating temperature differences throughout your freezer to ensure uniformity is maintained within specified ranges. This eliminates the compliance gaps that lead to costly deviations, product recalls, and reduce costs of validation by 90% or more.