"Embedded systems are not new, but their capabilities have evolved significantly in recent years. Today, they combine sensors, connectivity, and processing power to collect and analyse data at the edge-often without the need for constant cloud interaction. In a smart city context, this means infrastructure can "think" and respond in real time."
"Sensors embedded in roads, buses, and rail systems continuously monitor traffic flow, vehicle performance, and passenger demand. This data enables dynamic traffic management, reducing congestion and minimizing fuel consumption. For businesses, the benefits are clear. Delivery companies can optimize routes in real time, reducing both costs and emissions."
Embedded systems—specialized computing units integrated into physical infrastructure—are revolutionizing London's approach to urban sustainability and efficiency. These systems combine sensors, connectivity, and processing power to collect and analyze data at the edge, enabling infrastructure to respond in real time without constant cloud interaction. Traffic lights adapt to congestion patterns, energy grids dynamically balance supply and demand, and logistics networks optimize routes based on live conditions. In transport specifically, sensors embedded in roads, buses, and rail systems monitor traffic flow, vehicle performance, and passenger demand. This capability allows delivery companies to optimize routes in real time, reducing costs and emissions, while public transport operators improve service reliability and reduce operational inefficiencies. For London's complex, densely populated environment, these technologies are essential to meeting ambitious environmental targets.
Read at London Business News | Londonlovesbusiness.com
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