In an industry based on innovation, Life Science companies continually reshape healthcare by bringing new technologies and treatments to market every year.
While each new development brings the potential to improve people's health and lives, it also carries an underlying risk of bodily injury arising from the potential side effects of a new device or medicine, which remain unknown until the lengthy clinical trial process collects the appropriate level of data.
Beyond that, these companies also face ever-evolving exposures - from supply chain risks to cyber vulnerabilities – amplified by the industry's increasingly global nature.
Many Life Science companies outsource most of their operations, from research to manufacturing, sales, and cloud storage for their data storage systems. But supply chains that stretch across the globe can prove fragile, as we've seen during the pandemic.
The extraordinary demand for personal protective equipment (PPE), active pharmaceutical ingredients (API), test kits and vaccines quickly revealed pinch points, including shortages of workers, raw materials and production capacity.
Specifically, with production clustered in some regions of the world, the supply chain is vulnerable to shocks. The lengthy lockdown imposed on factories in Malaysia resulted in a global shortage of medical gloves, as the Malaysian market manufactures approximately 65% of the world's supply.
Despite all these disruptions, the sector has successfully managed the most significant risks faced and helped us through this challenging period.
Supply chain issues: Marine congestion around the Shanghai port as a result of the latest lockdown in April 2022 (Source)
As Asia Pacific countries embark on their return-to-normal journey after more than two years of pandemic conditions, let's consider the lessons learned and how the risk landscape evolves as the Life Science sector builds on its preparedness for future pandemics while continuing to manage the impact of COVID-19.
There is a greater reliance on technology (e.g., the cloud, IoT, AI, blockchain, robots) to provide greater supply chain visibility and an enhanced ability to track and trace both manufacturing inputs and finished products. Technology is also helping to overcome distribution challenges, such as the use of automated drones for delivery into remote regions.
Finally, the integration of technology into the supply chain also means that many activities along the supply chain have now gone virtual, with significant volumes of data being stored in the cloud.
Technology comes with its own risk management issues.
Companies that rely on just-in-time supplies can suffer costly impacts when a key supplier goes offline.
The reality is that it doesn't take a criminal group to create a full-blown cyber disaster. Sometimes, all it takes is a small phishing attack to send multiple parties into crisis.
Since the pandemic, large pharmaceutical companies (or even governments) are increasingly looking to establish local manufacturing capacity or reduce dependency dependency on major supplier nations. For example, a company was set up in Australia to produce PPE domestically, with their sole client being the government.
In the case of APIs, many healthcare companies currently manufacture them globally, then regionalise their drug products. They are also looking to be less reliant on China and India, the world's biggest suppliers, and replace API sourcing with capacity from elsewhere, for example Thailand or Malaysia.
The shift towards a more localised supply chain - out of caution or in response to legislation – will take time to implement.
Local market capability is important when it comes to the finished product. Tracking can present a major issue given frequent lack of visibility in transit, which applies to both product location and sensor data.
The risks posed by government interventions, lockdowns and competition for resources have put supply chain diversification high on Life Science corporations' agenda.
Before COVID-19, something would have to go really wrong to lose a supplier. Now companies actively look to have two or three different providers supplying the same component to avoid putting all their eggs in one basket.
However, such diversification could mean an increased workload for the quality control teams, with every component from every supplier requiring quality checks.
Organisations that are not taking appropriate steps to mitigate the potential risks may face liabilities stemming from problems with the raw materials or components used by a supplier or contract manufacturer.
Therefore, it is critical to scrutinise and choose the right partners, and solidify relationships along the value chain more carefully. Companies must prioritise risk management and regularly review their existing insurance coverage to ensure they are adequately protected against emerging supply chain threats.
Given their heavy reliance on outside suppliers and manufacturers, Life Science firms are not immune to disruptions along the supply chain. There are many ways things can go wrong, and some are outside their control (e.g., COVID-19 clusters among suppliers' employees impacting staffing and ability to meet production and distribution timelines).
In a crisis-prone world, besides making sure their suppliers have a solid recovery plan in place, contingent business interruption coverage can protect Life Science companies against operational and financial implications from supply chain breakdowns. In addition, they need to thoroughly understand critical supply chain components and interdependencies to minimise the duration and impact of any disruptions.
Find out more about risk mitigation and engineering services to help identify vulnerabilities in an end-to-end Life Science supply chain.
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