ARC: digital transformation and smart cities

By William Girling
Technology research and advisory firm AR...

Technology research and advisory firm ARC recently posted a blog exploring the effect that digital transformation has had on smart city development.

Chris Cunnane, Research Director, and Jim Frazer, VP of Infrastructure, discussed how the popular trend was electrifying expectations and changing the fundamentals of work and everyday life.

Frazer identifies some key pillars or principles when applying digital transformation to the construction of smart cities, namely ‘technology updating’ (IoT, AI, machine learning, digital twin, etc), ‘process review’ and ‘cultural adaptation’. 

Regarding the latter, Frazer emphasises that converting employees to a new way of working can “often [...] be the biggest challenge to overcome”.

Blueprint for a smart city

When taking into account the breadth of technologies that will need to be employed to successfully create a smart city, particularly for the adequate monitoring and optimisation of utilities, developers will need a thorough understanding of the tech infrastructure needed, such as sensors, analytics software and integrated data platforms (cloud). 

SEE ALSO:

“It's important to remember that public agencies have a range of typically nine verticals that are generally accepted as part of the Smart City domain.  

“That’s energy infrastructure, transportation, water and wastewater, waste management, public services, public services of police and fire.  You need to wrap all of those into one unified interoperable backhaul network called the Smart City Platform,” he said.

Moving away from legacy tech

If a system cannot work seamlessly with its components, it fails to achieve the enhanced interoperability which will ultimately define the modern smart city, Frazer claims. The barrier to achieving this can often be summed up in one problem: legacy systems. 

Although the rapid development of technological development is exciting, it can also happen at a pace which outstrips the existing infrastructure’s ability to upgrade sufficiently. Bringing older systems up to speed should be a priority. 

“There are some initiatives in that area in terms of standards that are driving that forward.  The US Department of Transportation, in fact, has a range of interoperable standards for everything, for almost every device that fits on a highway,” explains Frazer.

“Lastly, the user needs – one of the biggest obstacles is that there are a plethora of stakeholder communities that need to be corralled. You need to find their needs, achieve consensus, and refine them into measurable requirements.”

Smart cities and the optimisation of energy within them is already firmly underway, with encouraging results already being shown. By establishing a solid roadmap for progression, modern smart cities will be able to achieve an ambitious integration of tech with everyday life.

For more information on energy digital topics - please take a look at the latest edition of Energy Digital Magazine.

Follow us on LinkedIn and Twitter.

Share

Featured Articles

UK Government awards £54mn in heat network funding

Funding will support the development of schemes in London, Bedfordshire and Woking that use low-carbon heat sources

Shell posts $11.5bn second quarter profit

Shell's earnings fuelled by ongoing price rises and geopolitical instability as the energy major places greater focus on natural gas investments

bp opens first electric truck fast-charging facilities

Operated by bp’s Aral brand, the retail site at Schwegenheim in Rheinland-Pfalz has two 300kw chargers intended for electric trucks

Shell commits to developing Jackdaw gas field in North Sea

Oil & Gas

Prospex Energy raises £1.87m for Selva gas field development

Oil & Gas

Shanghai Electric Group launches low carbon business

Utilities