A guide to achieving HACCP compliance through automated temperature monitoring systems for multi-site restaurants, contract caterers, and food service operations. Includes regulatory requirements and ROI.
Don’t be fooled by cheap consumer trackers. This second part reveals the hidden financial and operational costs of using AirTags for enterprise logistics and details the 4 essential requirements for a compliant, ROI-positive tracking solution.
Don’t let AirTag’s low cost fool you. Veteran logistics consultant Matthew Holland explains the 5 technical and operational reasons why consumer tracking is a non-starter for business-critical supply chain visibility and compliance.
Learn how multi-modal supply chain visibility platforms eliminate blind spots by providing continuous tracking across ocean, air, rail, and road. See key vendors, ROI, and critical implementation steps.
Cold chain temperature monitoring is defined as continuous real-time tracking of temperature-sensitive pharmaceutical shipments using GPS trackers with embedded temperature sensors to ensure GDP compliance and prevent product degradation
GPS tracking ROI is defined as the financial return from tracking system investments measured against total implementation costs including hardware, subscription fees, and integration expenses. Unlike basic cost analysis, GPS tracking ROI accounts for both direct savings from asset loss prevention and indirect benefits from operational efficiency gains.
Introduction In 2024, the logistics and supply chain industry continues to evolve with new tracking system innovations. In this episode of The […]
Disposable GPS tracking devices are small, lightweight devices that can be attached to a shipment to track its location and movements. These devices typically use a combination of satellite and cellular technology to provide real-time tracking information to a user-friendly online platform or app.
GPS tracking and temperature monitoring in clinical trials and pharmaceutical logistics provide a number of benefits. Firstly, they allow for precise and accurate tracking of samples and materials, ensuring that they remain within the required temperature range and reach their destination on time.
The vaccine could be made in Belgium, and then transported around the globe. If things go well, Pfizer and BioNTech expect to supply 50 million doses by the end of 2020 and approximately 1.3 billion by the end of 2021.
It is likely that high-risk groups and healthcare workers will be first to receive the vaccine, but this adds complexities to distribution logistics. The logistical challenges of storing and distributing globally a new vaccine at such cold temperatures whilst also ensuring physical distancing for distributors and vaccine delivery points are immense