Laval's smart street lighting and dynamic signage projects, powered by Dimonoff, have earned a finalist spot in Écotech Québec's Eureka! 2024 Awards
On December 3-5, 2024 our team will exhibit at the 2024 Smart Cities Connect Fall Conference that will take place in Austin, TX
The SCMS platform won two prestigious smart city awards for its pivotal role in the Ville de Laval smart lighting and dynamic signage panels project
Lighting Control in Grand rapids, MI
The City of Grand Rapids, Michigan, starts a new lighting project with the help of Dimonoff
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Diving Deeper Into Openness
For the Hardware and Controls
Open to different brands of hardware, control and sensors
Smart city projects tend to develop over time. A city installs a street lighting system for an area, and then wants to expand both to other areas and other applications. This requires the hardware architecture to be open to some extent :
Open to Legacy Hardware
This factor is related to the above but is so important that it is worth stating it separately. Cities often cannot afford to get rid of old street lights all at once and replace them with new ones. They might be able to do it in some areas, but there will probably also be areas where street lights will not be replaced for a long time. Some systems make it easier than others to connect these legacy street lights. If this is an important factor for you, it is worth asking your smart lighting vendors if they can support you in connecting older, non-LED street lights to the system.
For the Network Connectivity
Open to Combining Different Types of Connectivity
One type of smart city connectivity that has received a lot of press is meshed Wi-Fi. In the context of smart city applications, it means wireless connectivity that is used both to connect devices to a central management software system and to offer Internet access to passers-by. This type of connectivity is a good choice for offering Internet access to busy tourists or commercial areas in the city centre.
However, using it across the whole city is prohibitively expensive and impractical (not least because it would require a new fibre or high-speed network drop at least every kilometre).
A logical approach would be to have meshed Wi-Fi in a small area in the city centre, as a commercial incentive, and use a different kind of network connectivity elsewhere for IoT applications. For this approach to work, the smart city system needs to allow a combination of connectivity types.
A few of the popular options for connecting smart city applications :
Open to Scale Cost Effectively
Some types of connectivity have physical or cost limits to scale that you might not immediately realize. One obvious example is the Wi-Fi mesh network discussed above. Another is regular Wi-Fi connectivity, which requires an additional router about every 100 metres, so extending the network also means adding more routers. It is important to understand what connecting another 20,000 street lights might mean for your smart city system.
A recent Gartner report recommends: “Evaluate your smart city aspirations using cross-disciplinary committees and consider what applications your city will need to support over the next decade. Planning ahead will save money.”
Also bear in mind that not everything has to be streamed on a high-band network. In certain image or sound recognition applications for example, new devices can execute the analytical functions at the edge – locally, and then simply communicate results in a smaller format such as an explicit alarm (sound of a gun or car crash detected), or a string of text (ALPR – automated licence plate recognition) just to name a few. Distributed intelligence is a key enabler to build an efficient and affordable low-band communication network, perfectly scaled for smart city IoT applications.
For the Software
Open to Other Brands of Devices or Sensors
What it really means:
Open to Various Hosting Models
Some manufacturers offer only one way of using their software – more and more popular is the SaaS (software as a service) model that leverage cloud infrastructure to host and analyze the data. Others offer several ways you can host the system. Sometimes the choice is yours – you buy a perpetual licence and decide where and how to host the software (on the vendor’s server, your own server or a third-party server). It is critical to think through this aspect of your smart city system and decide what you are willing to accept.
Open to Data Exchange and Interactions With Other Applications
Choose Wisely
As you think about selecting a smart city system, consider which aspects of openness are most important to you. No system is perfectly open, but some are much more open and flexible than others.
Witness the openness of Dimonoff | SCMS:
