More than half of vaccines go to waste globally every year because of temperature control, logistics and shipment-related issues.
Logistical hurdles are a significant risk for efforts to rapidly distribute COVID-19 vaccines, but they have resulted in booming business for companies such as private California-based Cloudleaf, Germany’s SAP SE and others that sell technology for monitoring shipments from factory freezer to shot in the arm.
Cloudleaf, backed by Intel Capital, the venture arm of chipmaker Intel Corp, uses sensors attached to material containers to track the location, temperature, humidity, vibration and acceleration.
The sensors send data to the cloud, where an artificial intelligence algorithm can predict if action is needed to prevent a product from becoming exposed to temperatures outside the recommended range, known as excursions.
In contrast, Moderna Inc’s vaccine, which is expected to receive U.S. regulatory authorization as soon as Friday, can be kept in a regular refrigerator for up to a month.
These varying requirements have increased the risks of logistical mishaps.
A quarter of all vaccines are degraded by the time they arrive at their destination due to incorrect shipping procedures, according to the International Air Transport Association. Losses associated with temperature excursions in the healthcare industry are estimated at about $35 billion annually.
Given the scale and the magnitude of the COVID-19 vaccine rollout, the losses could be significantly higher in 2021, analysts said.
Before the pandemic, the orders for Varcode’s tags would range between 100,000 to 1 million units. Since the middle of this year, Chief Executive Joe Battoe said some of the companies involved in the vaccine distribution have been asking for billions of tags. This, in turn, has led to a 200% increase in Varcode’s capital spending this year.
Battoe said the pandemic had “been good for our business.”
Varcode’s low-cost cloud-based, blockchain-enabled technology not only sends out alerts when a product goes outside its prescribed temperature range, but also captures the cumulative time that the product has been outside of the temperature range.