Europe Faces Record Heat: The Need for Resilience in Technology
Europe is currently experiencing an extraordinary summer heatwave, breaking temperature records and forecasted to see another surge in extreme heat this week. These weather patterns are becoming more frequent and can disrupt daily activities, making essential digital systems more prone to outages.
High temperatures can lead to failures in electrical components, causing critical Internet of Things (IoT) systems to go offline in vital areas like energy, transportation, and healthcare. The World Meteorological Organization has warned that these elevated temperatures may become the new standard, highlighting the need for organizations to prioritize resilience in their systems from the very beginning.
Iain Davidson, Head of Product Marketing at Wireless Logic, emphasizes the importance of being prepared in a warming climate:
“The consequences of IoT system failures due to extreme heat are far-reaching. The IoT plays a crucial role in managing sectors such as energy, transportation, and healthcare. By 2034, global IoT connections are expected to exceed 40 billion, making our dependence on this technology even greater, especially amid the rising temperatures in Europe.”
Davidson notes that the challenges don’t stop at high temperatures. Climate change is resulting in various extreme weather events, including floods and storms that are now common in the UK and Europe. These conditions threaten connected systems by submerging equipment in areas that previously had no flood risk, disrupting the vital connectivity needed for daily operations.
“When these extreme events lead to system failures, safety is jeopardized. This can affect everything from power grids and hospital monitoring to street lights and security systems. As the climate continues to change, IoT companies must incorporate resilience from the outset. While no solution can entirely eliminate outages, organizations can take important steps to lessen their impact.”
This preparation includes having thorough disaster recovery strategies, data backup plans, and multiple layers of fail-safes, such as backup power and alternative networks, to maintain data flow. Davidson also points out that cybersecurity needs to be integrated into this resilience planning. IoT devices are now among the most frequently attacked technology in the UK, facing an average of 178 hacks per day. When physical disruptions take devices offline, they become even easier targets.
In short, the challenge of minimizing the effects of extreme weather relies on proactive and comprehensive planning right from the design phase.
