By Chris Scheppmann
The urban transportation landscape is rapidly changing, with ride sharing services becoming ubiquitous and self-driving vehicles on the horizon. No longer do most travelers drive themselves to a parking facility near their ultimate destinations; today they are just as likely to be dropped off by an Uber or Lyft driver right at the curb in front of their destination.
This trend has had a significant impact on downtown traffic, cluttering the curb with unmanaged vehicle movement and creating an unsafe environment for drivers and pedestrians alike. And curbs will become even more cluttered when self-driving vehicles begin to populate our streets in significant numbers, dropping off their passengers and then taking off.
In fact, over the past two years we have already begun to experience these changes because of the Covid-19 pandemic. At the height of the initial wave of Covid, restaurants and stores introduced curbside pickup to serve their customers (and to survive). In many neighborhoods curbsides are now more like a free-for-all, with drivers pulling up wherever they like for however long they want. The proliferation of self-driving vehicles will just exacerbate this already serious issue.
A Technological Solution
The answer to these new curbside pressures can be found in Intelligent Camera Technology. Intelligent Camera Technology leverages the latest advancements in vison-based software technology to provide accurate and affordable curb management. The cameras monitor curbside activity in real time, analyzing what types of vehicles are using the curb and for how long, and transmitting that information to a cloud-based platform that determines whether each vehicle’s use of the curb is appropriate.
The heart of the curb management suite is specialized software that constantly receives data from curbside cameras and analyzes that data in real-time. The software manages a host of essential curb-related tasks, including TNC monitoring,…
By Geoffrey Garnier
What does the city of tomorrow look like?
The city of tomorrow, which calls itself “smart,” will implement connected solutions (thanks to sensors, artificial intelligence, Internet of Things, etc.) that will collect a set of usable and concrete data to make the best possible decisions.
The benefits for these cities are multiple: first, it allows them to improve the engagement of public authorities and citizens by providing solutions that involve them and offer them a better quality of life. But also, to solve their environmental problems with solutions that are ecologically oriented.
Cities are therefore more connected, efficient in their decision making and eco-responsible.
North American cities are particularly ahead of the curve on this smart city concept with the aim of improving their productivity as well as their connectivity. Many of them have joined the Cities for Climate Protection™ campaign organized by the UN, which commits them to implementing eco-responsible solutions to promote the climate transition. Of the 650 participating municipalities, nearly half are North American: 159 are American and 133 are Canadian.
Some sobering parking figures…
95%, 17h, 900,000 tons… But what do these numbers correspond to? These figures are all related to parking and are the results of different studies around the world:
- 95%? The time that a private vehicle remains in a parking space. (International Parking Institute, Why parking matters, 2015)
- 17h? The average time a typical user spends looking for a parking space over the course of a year. And that same average is 107 hours in New York. (INRIX, The Impact of Parking Pain in the US, UK, and Germany, 2017)
- 900,000 tons? Greenhouse gas emissions that can be avoided through smart parking solutions. (Köln auf dem Weg zur Smart City, 2017)
These figures can be thought-provoking.
Indeed, parking lots are very often neglected and little…
When is a parking solution not about solving a parking problem? It may surprise you to find out that parking garages can also provide solutions to non-parking challenges facing building owners.
Cell phone coverage poses unique challenges in urban high rise residential and commercial buildings. It can be difficult to provide consistent service throughout high-rise buildings, particularly in underground parking areas. The deeper the underground parkade—the tougher it is to provide consistent cell service.
And the problem is only getting worse. The latest cellular standard, “5G”, operates at very high frequencies and doesn’t penetrate buildings as easily as previous generations of Cellular did. While 5G may be great if you’re sitting in your car downtown, you may not be so lucky in areas with less direct sightlines.
Traditionally, developers and building owners have had to install distributed antenna systems ‘DAS’ to provide consistent cell service in their buildings. A distributed antenna system is a network of separated antenna nodes connected to a common source to provide wireless service throughout a structure or geographic area. DAS technology is effective but very expensive—a system can cost hundreds of thousands of dollars to install in a single building. And with cellular technology changing so rapidly, there’s no guarantee that these
DAS systems will continue to work with each new generation of cellular technology. That’s a lot of financial risk for a building owner to take on. The challenge is particularly acute in underground parking facilities, where 5G is particularly unreliable.
A Parking Solution
That was the challenge facing Goddard Investment Group in Dallas. Fountain Place, an office building owned by Goddard Investment, was ready for a cell upgrade that would extend reliable cell service into the building’s underground parkade. But the prospect of spending hundreds of thousands of dollars on technology that may…