Monitor in-transit location and temperature of global pharmaceutical and biologics shipments to reduce excursions and assure product quality.
To reduce excursions and assure product quality—from point of origin to point of use—you need real-time visibility and actionable insights into all of your pharmaceutical and biologics shipments.
As a complete cold chain solution, Tive provides validated, real-time visibility into these critical shipments to reduce excursions and assure product quality.
Tive’s hyper-accurate, multi-sensor Solo 5G trackers capture and transmit shipment location and temperature data in real time. The trackers cover the full range of temperatures to support cold chain requirements—including dry ice and cryogenic shipments.
The Tive cloud platform delivers excursion alerts for quick intervention, and provides actionable insights to help you identify supply chain improvements.
The Tive cloud platform delivers excursion alerts for quick intervention, and provides actionable insights to help you identify supply chain improvements.
Tive analytics captures historical shipment data which unlocks performance insights about shipments, alerts, and carriers—to help you quickly spot growth opportunities, prioritize resources, and make decisions that drive your business forward.
FDA 21 CFR Part 11 and EU Annex 11 compliance: Ensures electronic records can be trusted in the same way as handwritten records.
3-Point NIST® traceable Certificate of Calibration included with every Tive tracker: Tive Solo 5G trackers and probes are fully calibrated by an ISO 17025 accredited laboratory.
GxP-compliant: Tive’s solution follows the guidelines of Good Manufacturing Practices (GMP). All the components (hardware and software) are developed and tested following the Good Automated Manufacturing Practice 5 (GAMP 5) model.
-25°C to 60°C
±0.5°C
Drift < 0.01°C per year
Probeless
-100°C to 50°C
±1°C
Drift < 0.1°C after 5 years
Overall probe length: 1 m
-200°C to 50°C
±1.4°C
Drift < 0.1°C after 5 years
Overall probe length: 1 m
