Smart City Strategy Articles

Asia is one of the most exciting continents on the planet, with rapidly evolving economies, fertile economic ecosystems, and bold leadership from proactive governments. But which cities are the smartest in the region? To get an idea, we’ve ranked the top smart cities in Asia using metrics from the IMD Smart Cities Index Report.

On the 15^th of July, 2021, the German Federal Ministry of the Interior, Building and Home Affairs (BMI) announced the winning cities of the third season of German “Smart Cities Model Projects”. This exciting scheme provides funding to assist selected cities with their digital transformation strategies and smart city projects. The scheme first began in 2019, where 13 German cities were selected for funding. In 2020, the project expanded to provide funding to 32 selected cities, to a total of 820 million Euros.

Michal Lakomski is the Mayor's Proxy for Smart City in the city of Poznan in the Greater Poland region. As the Mayor’s Smart City Proxy, and as the Director of Digitalization and Cybersecurity Department for Poznan City Hall, his role involves supervising and overseeing the city’s digital transformation and overall evolution into a modern smart city.

Under his leadership, Poznan has already made an impression as one of the most exciting and dynamic cities in Europe, embracing new technologies, supporting innovation, and putting its citizens first.

If you plan on providing your services to a government agency, there are a number of things you need to know. Depending on the size, scale, and cost of the project, there are different routes that prospective companies will have to navigate.

Tendering is a form of government procurement or purchasing that involves an authority inviting bidders to submit applications to provide their services. It’s a bidding process that involves government decision-makers selecting the most appropriate bid that provides the best and most cost-effective solution to a problem.

Urban data platforms (UDPs) are helping smart cities to evolve. These platforms serve as the supporting pillars for many smart city applications. They can map, combine, and store data from a wide range of sources, and process them to help form practical solutions to city-wide problems. Urban data platforms are an important part of any smart city ecosystem, taking data from government sources, private enterprises, NGOs, and members of the public, to help provide data-driven solutions that benefit everyone.

Jamie Cudden is the leader of Dublin City Council’s Smart City program. The Smart City program focuses on embracing new technologies to solve the many challenges that the city faces to make Dublin a more liveable city for all of its residents. Using pioneering ideas, involving 5G, Internet of Things, and Big Data, Dublin’s Smart City program has been able to develop and deploy a wide range of solutions for challenges such as citizen engagement, sustainable mobility, energy management, and more.

Since Dublin is a prime example of a smart city in action (read our Smart Dublin City Portrait for more information), we decided to get in touch with Jamie and find out how he helped to steer Dublin into a smarter future.

Winning a smart city tender isn’t a matter of luck. It’s a matter of skilled planning, careful estimations, honest evaluations, a trustworthy relationship, and a solution that ultimately solves the city’s problem.

Government contracts are lucrative contracts, but they’re not easy to land. The competition can be fierce, and unless you’re armed with the proper knowledge, the right product, and a good strategy, your proposal will fall flat before the decision-makers have even had the time to look at it. It’s a sad reality, but it’s true.

Climate change is a very clear and present danger. Though the term usually conjures up images of melting ice sheets and dying forests, our cities are also particularly vulnerable to it too.

Currently, 50% of the world’s population lives in cities. That percentage is expected to rise to 70% by 2050. Cities are already struggling to mitigate the problems caused by increased population density, and these problems are expected to intensify as other variables such as climate change and extreme weather take hold. To prepare for the future, cities must improve their climate change resilience in order to improve the quality of life of its citizens.

As smart cities get smarter, citizens have begun to express concerns about the use of their data, and whether their privacy is being sacrificed for the benefit of big data.

Ever since the concept of a smart city first emerged, it has been clear that technological innovation, intelligent systems, and big data would be three key ingredients to a city’s success. While there’s no clear-cut definition of what a smart city is or has to include (see also our article Redefining the Smart City Concept: A New Smart City Definition), it has been universally acknowledged that the purpose of a smart city is to improve the lives of its residents.

In 2012, Austrian author Marc Elsberg released his best-selling novel Blackout: Tomorrow Will Be Too Late. It’s a disaster thriller that focuses on cyber-terrorism. A group of disenfranchised hackers manipulates a network of European power stations, destabilizing the grid, and plunging Europe into chaos.

The loss of power is a catalyst that leads to a domino effect of disasters, from food shortages and the devaluation of money to nuclear catastrophes and societal collapse. Elsberg was praised for his meticulous research and realism. Of course, Blackout takes the dangers of a cyber-attack to the extreme, but it’s all within the bounds of possibility.

Though the events that take place in Blackout are a work of fiction, as more cities embrace inter-connectivity and smart technology, the threat of serious cyber-attacks on digital infrastructure is very real. In 2015, a cyber-attack compromised Ukraine’s power grid, compromising corporate date, denying the distribution of energy, disabling IT infrastructure, and destroying countless data files.

As cities get smarter, it begs the question: if a power station can be hacked, what else can be?