Public lighting management changed a lot since the introduction of smart IoT technologies. Remote monitoring and control are now possible, with immediate benefits in terms of power and energy bill saving, GHG emission reduction, improved maintenance and quality of service.
But how can we ensure connected streetlights benefit the city, its people and the common good? LUCI Association picked on the question in a recent paper, discussing key elements of the technical and operational framework of Smart Lighting, and the social and societal side.
Interoperability stands out as a focus topic. Cities are increasingly worried about vendor lock-in, as proprietary technologies and single-application networks suffer impossible or expensive integration with other systems, run a higher risk of obsolescence and ultimately provide a poor return-on-investment.
As LUCI Association’s paper clearly explains, the concept of interoperability in Smart Lighting comes into play in three levels. The network level is about the carrier of the communication among connected devices; the software level is about the shared language these devices need to interact. The hardware level relates to the physical devices to be interfaced, considering for instance LED luminaires, smart controllers, and environmental sensors.
As a technology provider who has always been agnostic to the application, at Paradox Engineering we focus on the development of smart IoT networks supporting a number of field devices and third-party systems, independently of the make. In a word, we head for interoperability.
Interoperability grants cities the flexibility to address the most pressing challenges and strategically plan for future, innovative applications. Less costs today, and no barriers when it comes to adding new devices and applications over time.