Two major companies are teaming up to develop a project that could help as many as 8.5 million drivers on the road. The joint venture between BMW and IBM will deliver a cloud-based data management system as part of a new connected car initiative, all based on real-time performance.
Smart Cities Solutions
The city has been strategic in its use of digital technologies to improve urban, health and governmental services, as well as the daily lives of its 76,000 citizens. By making it a priority to engage actively and effectively with citizens, Trikala has managed to deliver a number of sustainable initiatives and services, serving as a 21st century model for other cities across Greece to follow.
Shared mobility may still be in its early stages, but this is one trend that could have a major impact not only on the automotive industry, but also on cities themselves. Shared mobility is predicted to only partially replace car ownership, but by 2030, this part could equal up to a third of vehicle sales. Europe currently ranks third in the market in terms of shared mobility, with the challenge of lacking a “one-size-fits-all” model, since each city has its own regulations.
Since 2009, Portugal has aimed to be a leader in terms of electric mobility, developing new energy models for sustainability. One city in particular, Évora, the capital of Portugal’s south-central Alentejo region, served as the first pilot project for smart city development. In 2010, InovCity Évora kicked off, showing both Portugal and the world real-life examples of energy efficiency, micro generation and electrical mobility. (article available in Portuguese)
Desde 2009 que Portugal tem como objetivo ser um líder em termos de mobilidade elétrica, ao desenvolver novos modelos de energia para a sustentabilidade. Uma cidade, em particular, Évora, capital do Distrito de Évora, na região do Alentejo e sub-região do Alentejo Central, serviu como o primeiro projeto-piloto para o desenvolvimento da cidade inteligente.
Smart projects typically inspire urban visions: connected skyrises, autonomous vehicles, high-tech transport. And while these are important elements to consider when it comes to urban planning for a city, there’s also a side that can benefit from smart solutions—nature. Islands such as Menorca in the Spanish Balearic archipelago are looking to smart ways to “reduce human pressure and environmental impact.” (article available in Spanish)
With a population of over 1.7 million in metropolitan Oslo, the city realized that to protect its citizens, it needs to focus its smart city efforts on one major issue: climate-friendly urban development. The 10-year-plan behind FutureBuilt is just one of the projects underway in the Norwegian capital, as the city looks to build climate-friendly buildings that not only appear aesthetically beautiful, they are also designed to reduce carbon footprints by 50 percent.
Established around 700 A.D., Somerset in southwest England boasts one of the oldest local governments in the world. But despite its age—or perhaps because of it—Somerset County Council has proved itself to be one major example of how the UK is looking to “rethink and revamp” its technologies to better serve its citizens and its goals.
Seen as the “smart city evolution,” Mantua has dubbed itself Italy’s first “Phygital City,” connecting physical and digital experiences residents can have. So what does this mean exactly? The 2016 Italian Capital of Culture, with the help of fabbricadigitale (the Italian IT company behind Telecom Italia’s digital experience at the Expo 2015), is working with big data-based, advanced machine learning technologies that can analyse smart city information in real time.
Vista come "l'evoluzione intelligente della città", Mantova si è autobattezzata la prima "Città Phygital" d'Italia, una città che collega le esperienze fisiche e digitali che i residenti possono vivere entro i suoi confini. Cosa significa esattamente? La capitale italiana della cultura 2016, con l'aiuto di fabbricadigitale, sta lavorando con tecnologie avanzate finalizzate all'apprendimento automatico dei dati, che permettono di analizzare in tempo reale le informazioni della città intelligente.