As a result, pharma supply chains are still dominated by disposable USB loggers that provide data only after shipments have arrived—when it’s too late to intervene. Often, multiple loggers are used throughout a single shipment, leading to even more waste and inefficiencies.
SkyCell Pharma Monitoring removes these barriers, making real-time data more accessible and cost-effective than ever before. With an innovative hybrid logger solution, AI-powered predictive analytics, and seamless software integration, it delivers an uninterrupted, real-time timeline of temperature and location data across the entire supply chain. The hybrid logger solution acts as a both a logger and a gateway, ensuring visibility at every point.
Now, real-time tracking is available at the cost of a USB logger—without compromising accuracy, battery life, or ease of use.
SkyCell Pharma Monitoring goes beyond tracking—it actively prevents cold chain failures. By combining real-time shipment monitoring with AI-driven risk analysis, SkyCell enables companies to anticipate potential excursions and take corrective action before a product is compromised. This proactive approach reduces waste, improves reliability, and accelerates product release.
Beyond improving visibility and reducing risk, SkyCell Pharma Monitoring supports pharmaceutical companies in meeting their sustainability goals. Disposable loggers generate significant waste, while inefficient supply chains drive up emissions.
SkyCell’s reusable hybrid logger and global returns network eliminate unnecessary waste, cut costs, and contribute to a more sustainable, data-driven future for pharma logistics. Through integration with Validaide, pharma companies can also gain accurate insights into their emissions across their supply chain.
With over five million shipments monitored annually, SkyCell is driving pharma supply chain digitalization. By making real-time data accessible, actionable, and affordable, SkyCell Pharma Monitoring is ensuring that life-saving medicines reach patients safely, efficiently, and with minimal environmental impact.