44 Terms All Smart City Leaders and Urban Mobility Professionals Should Know

1. (Driver) adoption

The (driver) adoption is the level of acceptance of the new solution among the intended user group. In other words: does their new behavior reflect what was intended? Do they accept and follow the newly implemented system? Cleverciti, for example, together with their clients, monitors the behavior of drivers before and after implementation of the smart parking solution to measure adoption.

2. AI / Artificial Intelligence

AI or Artificial Intelligence, which is a broader name for the theory and research that involve the intelligence showcased by machines, instead of the natural intelligence displayed by humans and animals involving consciousness and emotionality. 

3. Arrival experience

The arrival experience is the first impression customers/guests get after they have arrived. The moment the customer parks is the first experience he/she has with your service level. That is why it is so important to create a pleasant arrival experience. 

4. Carbon footprint / CO2 footprint

The carbon footprint or CO2 footprint is a calculation of the carbon dioxide that enters the atmosphere as a result of the activities of a particular individual, organization or community.

5. Carbon neutrality

Carbon neutrality means having a balance between emitting carbon and absorbing carbon from the atmosphere with the goal of achieving net zero emissions.  

6. Circling

Circling is the behavior of drivers when they drive around a certain area constantly searching for a free parking spot.

7. (Traffic) congestion

Congestion is also described as overcrowding or blockage. Traffic congestion occurs when the space of the road is not enough anymore to handle the amount of vehicles in traffic.

8. Curb management

With more people ordering online and using ride-hailing services, managing the curb is becoming increasingly important. Curb management solutions include monitoring the loading zone occupancy, identification of vehicle types, issuing permits in advance and more. 

9. Deployment

Deployment is a term used in IT to describe the installation or activation of a new solution. 

10. Dynamic pricing

Dynamic pricing is adapting the price for rental of parking space based on the demand.

11. Dynamic reservation

Dynamic reservation means offering the possibility to drivers to reserve a parking spot ahead of time via an app or website. These reservations can be altered at any point, and become free for another reservation. 

12. Edge-computing

Contrary to cloud computing, with edge-computing, data is not processed in a data center, but in the device itself or by a local computer or server. That is why it is also called a decentralized computing paradigm. 

13. End-to-end-solution

An end-to-end-solution is a solution that covers a process or service from beginning to end and is completely functional on its own without being dependent on a third party.

14. Environmental impact

The environmental impact is defined as any change to the environment resulting from a certain activity, service or product. More recently, this term is used mostly to describe negative effects on the environment.

15. Floating parking spaces

Floating parking spaces are parking spaces that aren’t marked with lines on the ground, for example along the street. Cars can freely park in a line depending on the size of the car. As floating parking spaces cannot be detected by ground sensors, Cleverciti works with overhead sensors that view the object, not the space.

16. Full-service solution

Instead of buying sensors or signs separately, full-service solutions offer a subscription to a full parking solution. This includes support, software as well as hardware upgrades, and even replacement of any failed or updated hardware—making your life easier and parking management more efficient than ever before.

17. GovTech

GovTech is about applying new technologies (such as artificial intelligence, advanced data processing, etc.) to improve the delivery of public services through increasing efficiency and minimizing costs.

18. Internet of Things (IoT)

IoT refers to a system of objects that are interconnected and together make it possible to collect and transfer data over a wireless network without human intervention.

19. Maximizing ROI / Maximize return

Return on investment is a standardized measure for profitability. Maximizing the return on investment for parking assets can be done by for example installing a parking guidance system or applying dynamic pricing.

20. Multimodal transport

Multimodal transport is the transportation of goods under a single contract(or), but performed with at least two different modes of transport.

21. On-street parking

On-street parking is parking by taking up room on the actual street alongside the curb, as opposed to parking in a parking garage or a designated parking lot. 

22. Overhead parking sensors

Overhead parking sensors, unlike ground parking sensors, are mounted above parking areas to more efficiently analyze the individual cars below. This type of sensor uses AI and IoT technology while being conveniently mounted on existing lampposts or buildings. 

23. Parking assets

Assets are items of property owned by a person or a company, regarded as having value and available to meet debts, commitments, or legacies. With parking assets are meant: any assets that can be used for parking, such as surface parking lots, parking garages, on-street parking, etc.

24. Parking capacity / occupancy

The parking capacity or occupancy is the measurement of the number of taken parking spots, preferably measured in real-time, so that data on how many parking spots are still free is available at any given time. 

25. Parking data

Parking data is any data related to parking, e.g. parking occupancy, length of stay, specific rush hours in a region, average parking price, parking revenue generated.

26. Parking guidance (system)

Parking guidance is a system that guides the driver to the best available parking space. The most reliable way to do this is with local digital signage.

27. Parking request for proposal (RFP)

A parking request for proposal (RFP) is a public business document that announces and provides details about a parking project, as well as solicits bids from suppliers who will help complete the project. RFPs are commonly used by governments. RFPs usually don’t go into as much detail as tenders. 

28. Parking revenue

Parking revenue is the revenue that is derived from the rental of parking space against a certain price.

29. (Smart) parking tender

A (smart) parking tender is a formal, structured procedure for generating competing offers from different potential smart parking solutions providers.

30. Payment compliance

Payment compliance is the inclination of drivers to pay for their parking spot when they are requested to do so. Cities around the globe struggle to increase parking payment compliance.

31. Real-time data

Real-time data is information that is available immediately after gathering it. There is no delay between gathering the data and being able to access the data. Therefore, it depicts the status of that exact moment.

32. Search traffic / parking search / parking search time

Search traffic, also called parking search or parking search time, is the traffic that is caused by people searching for a parking spot. Around 30% of all traffic is attributed to parking search.

33. Smart city

Smart cities are cities in which the use of technology, information, and data is promoted to enhance and improve the overall infrastructure, quality of life, environmental impact and publicly accessible services. Smart parking solutions, as part of an overall smart mobility or transport plan, are key to the development of a smart city.

34. Smart city mobility plan

A smart city mobility plan is a strategic plan that addresses ways to apply urban mobility solutions to contribute to the development of a smart city. These plans aim to improve the quality of life for citizens and visitors with innovative and efficient methods of moving people and vehicles around the city.

35. Smart lamppost

Smart lampposts are the next generation of the traditional street lamppost equipped with connectivity, (solar) power, and other smart city devices. Existing infrastructure such as traditional lampposts can be transformed into a smart hub easily by adding innovative battery-powered solutions to reduce cost and hassle.

36. Smart mobility

Smart mobility focuses on new and other forms of transport rather than using your own car; such as ride-sharing, car-sharing, public transportation, walking, biking, electric charge stations and more.

37. Smart parking

Smart parking makes data available to drivers at the points where they need to make a decision and allows them to make informed decisions on where to park which gives drivers back time, reduces CO2 emissions and alleviates traffic congestion.

38. Smart parking system

A smart parking system uses real-time data to guide drivers to the best possible parking spot by using overhead sensors and digital signage.

39. Smart tourism

Smart tourism helps tourism destinations become more attractive to visitors by applying information and communications technologies to provide its guests with access to tourism and hospitality products, services, spaces, and experiences.

40. Solution as a Service (SaaS)

SaaS is a new approach to cloud computing that focuses on delivering all aspects of an IT solution as a one packaged deal.

41. Space management

Managing parking spaces effectively and efficiently by, for example, monitoring the real-time occupancy, visualizing actionable trends based on historic data or detecting floating spaces. Data is generated to make parking operations more efficient and increases ROI of the parking asset.

42. Transportation master plan

Transportation master plans are formulated by city governments and serve as a roadmap for investments in long-range transportation infrastructure.

43. Turn-by-turn guidance

Turn-by-turn-guidance shows the driver—in real-time and on every corner—where there are parking spots available and therefore guides them turn-by-turn to the nearest available spot.

44. Urban traffic

Urban traffic is a specific term for any type of movement of people and vehicles in a city. Urban areas worldwide seek innovative solutions to reduce urban traffic.

On November 19th, 2020, Cleverciti & Itron came together during their latest webinar that was focused on the implementation of smart lampposts in smart city projects around the world. This virtual event, joined by a record number of attendees representing more than 12 countries, was moderated by Cleverciti’s very own Joe Survance, who leads the US organization. The speaker panel consisted of:

• Itai Dadon, Global Head of Smart Cities at Itron

• Thomas Hohenacker, CEO & Founder at Cleverciti

• David Parker, COO at Cleverciti

Joe Survance

Thomas Hohenacker

David Parker

Itai Dadon

Itron, an important Cleverciti partner, for the implementation of smart city projects around the world, is a global leader in the management of energy, water, and other utilities in cities. Mr. Dadon, Global Head of Smart Cities at Itron, started off by stressing how important smart cities really are for us. “They are entirely created for us, for the citizens that the cities serve. Cities are under tremendous pressure these days, and COVID is adding to that,” Mr. Dadon shared. Smart cities help to make the lives of their residents better. The challenges that cities face are global. There are 3 categories of challenges cities face:

• Environmental (lower emissions)

• Social (improve quality of life)

• Economic (increase compliance and revenue)

It is of great importance to both Itron & Cleverciti to contribute with their technologies to directly help solve these challenges. 

Next, Mr. Hohenacker brings the topic to lampposts and explains the vital role they play in smart city projects. “First of all, they are everywhere. There are over 30 million streetlights in the US alone. And they are of extraordinary importance as they ‘overlook’ very important assets.” 

Cleverciti was able to solve parking search in cities by utilizing lampposts in 2 steps:

1. Building an accurate data layer of the whole city to be able to say which spots are available and which are occupied (by using Cleverciti Sensors)

2. Creating guidance technology to bring you to the nearest available spot (by using Cleverciti Sign, Cleverciti Circ)

We’ve said it before and we’ll say it again: parking search is extremely costly to society. 30% of all traffic is search traffic. It is no surprise that cities these days are eager to solve this problem and lower the ‘cost’. Lampposts play a key role in solving parking issues in cities. 

Cleverciti moves on by sharing three real-life examples of implementation projects in which streetlights were key in the solution to smart parking:

• City of San Antonio (in close collaboration with Itron)

• City of Bad Hersfeld

• City of Cologne

Curious about these real-life examples and their smart parking solutions? 

Watch the full recording of the event here: 

The presentation that was shared during the event can be found here:

An overview recently presented by leading institutions in the field of artificial intelligence (AI) of all relevant tech start-ups whose solutions use artificial intelligence (AI) includes numerous pioneers in the field as well as the German leading smart parking startup Cleverciti.

Earlier this year, appliedAI (Germany), Ignite Sweden, AI Sweden and RISE Research Institutes of Sweden decided to come together to initiate a mapping of the current AI startup ecosystem in Europe. On November 17, 2020, during the virtual Sweden Innovation Days event the first version of the landscape was presented which includes over 500 deep tech startups from France, Germany, and Sweden, among which Cleverciti, as part of the subcategory of “Transport & Mobility”. Cleverciti applies AI extensively in its smart parking and smart mobility solutions.

The aim of the mapping is to shine a light on the top AI startups in Europe in order to drive AI adoption and create more partnership opportunities between startups and corporations. It was felt that once a centralized database of quality AI startups existed, corporations and SMEs would have easier access to AI partners they can trust.

The initiators of the mapping see great value in collaborations with AI startups in particular, simply because, while almost all companies require a broad selection of AI solutions, startups tend to focus on one specific niche, which can be the exact niche that the corporations are looking for. Secondly, AI systems increase in performance with more data and applications. Therefore, in non-competitive use cases, a technology from a startup that supplies many companies tends to perform better than a stand-alone solution for one specific application in one company. With AI being one of the most rapidly changing development fields, partnering up with startups allows companies to focus on value creation.

The first version of the European AI Startups landscape is subdivided into the following subcategories:

• Cross-industry startups

• Information technology & services

• Health and pharma

• Retail & commerce

• Enterprise software

• Transport & mobility

• Manufacturing

• Consulting

• Finance & insurance

• Agriculture, forestry & fishing

• Administrative & support services

• Energy

• Autonomous systems

• Language & communication

• Media & publishing

• Arts, entertainment & recreation

• Logistics

• Legal

• Public administration, defense, aerospace & social security

• Fashion

• Water, waste & environment

• Construction

• Education

• Real estate activities

• Mining & quarrying

Other German deep tech startups that are included in the “Transport & Mobility” subcategory are:

• Konux, the leading German AI/IoT startup providing smart sensor systems and AI-based analytics to deliver actionable insights and enable predictive maintenance,

• Lilium, a Munich-based startup working towards developing an all-electric jet with VTOL (Vertical Take-Off and Landing) capabilities,

• German Autolabs, a pioneer in automotive voice AI. 

Click below to see the full landscape. 

During these difficult times when public health is of the highest priority and traveling is difficult or impossible, most of us have come to realize just how much we appreciate visiting new destinations. It’s become such a big part of our lives, and now, during the Covid-19 pandemic, it turns out to be one of the things we miss most. 

Typically, tourism is one of the major components of economic growth for communities worldwide, but the pandemic has hit the tourism industry hard. The industry has been forced to find new ways to come back from this setback stronger. Right now, more than ever, it is important for the tourism sector to think differently and embrace innovation in preparation for the inevitable influx of visitors. 

Innovations and initiatives are on the rise in the area of ‘smart tourism’. But what is smart tourism exactly? According to the European Capital of Smart Tourism Initiative, a smart tourism destination is:

“A destination facilitating access to tourism and hospitality products, services, spaces, and experiences through ICT-based tools. It is a healthy social and cultural environment, which can be found through a focus on the city’s social and human capital. It also implements innovative, intelligent solutions and fosters the development of entrepreneurial businesses and their interconnectedness.”

Founded in 2019, the European Capital of Smart Tourism is an initiative that aims to raise awareness about smart tourism tools, measures, and projects implemented in cities across four categories: sustainability, accessibility, digitalization, and cultural heritage and creativity. In 2019 and 2020 two European cities were named European Capital of Smart Tourism and four cities have been awarded a prize in one of the four above-mentioned categories. 

Smart tourism plays a vital role in the development of smart cities, as initiatives to attract tourists can cause a significant increase in people and cars in even the smallest of towns. This, in turn, greatly affects the traffic in the location in question, with more and more people searching for parking spaces. The average tourist aims to park their vehicle in the city center or as close to major tourist attractions, such as beaches or ski resorts, as possible. The resulting search traffic not only increases congestion and traffic hazards but also influences the quality of life of residents and visitors alike. Smart parking solutions can remedy the situation and considerably enhance the experience that smart tourism provides. 

There are 9 cities in Europe that have already been praised by the European Capital of Smart Tourism Initiative for their smart approach to tourism. When the time comes, and we are able to travel again, perhaps visiting one of these 9 European smart tourism destinations should be high on your list:

1. Gothenburg, named European Capital of Smart Tourism 2020 and winner of the European Capital of Smart Tourism Award 2020 in the category of Sustainability.

Gothenburg, according to the European Capital of Smart Tourism Initiative, has implemented far-reaching measures, to ensure future generations can continue to enjoy the city. The recently released Smart Map encourages citizen engagement by gathering all the places you can rent, exchange, borrow, share, give and get in Gothenburg. Min Stad is a 3D city model that can be used by developers, architects and planners to host public consultations, anticipate the impact of future development and make better-informed decisions. Gothenburg bases 60% of its district heating on waste/recycled heat. In Gothenburg, 90% of all buildings are heated using district heating, while the corresponding figure for the EU is 12%. The city was a pioneer in issuing green bonds and was one of the first places to set consumption-based emission targets. 92% of the city’s hotels and 100% of meeting facilities are now environmentally certified and events that take place in the city benefit from the “Event Impact Calculator”, a tool that has come as a result of local tech and science partnerships that forecasts potential environmental impacts and supports organizers to value events from an economic, social and environmental point of view. It is because of these initiatives that, for the past three years, Gothenburg has been named the world’s most sustainable destination, by the Global Destination Sustainability Index.

For more details, visit www.goteborgco.se/en/ and www.goteborg.com. 

2. Málaga, named European Capital of Smart Tourism 2020 and winner of the European Capital of Smart Tourism Award 2019 in the category of Accessibility. 

Málaga has been awarded by the European Capital of Smart Tourism Initiative, because - in their own words - “Málaga has been incorporating the concepts of sustainability, innovation, and culture into their strategic plans for many years. There is a constant exchange between visitors and the government’s tourism services so that Málaga can do more to meet the needs of visitors. In terms of sustainability, Málaga works in all spheres – it has installed public LED lighting, offers over 20 bike hire stations, and created bike lanes that now add up to over 40km. The city has installed smart watering systems for parks and gardens in order to save water and has introduced an Air Quality Sectoral Plan to reduce air pollution, monitor pollen levels, and improve noise quality. Málaga has also upgraded street cleaning equipment and has worked on better waste separation in the city center.” The city has a fully-adapted bus network, vast pedestrian spaces including the refurbished Alameda Principal, plus 50% of Málaga taxis have been upgraded. Digitalization forms an essential part of the tourism experience in Málaga too and the city has a high-profile digital sector. This includes the Polo Digital at the Tabacalera and the Andalusian Technological Park (PTA). Over the last 15 years, the city has transformed into the “City of Museums” with well over 30 museums to visit. 

For more details, visit: www.malagaturismo.com/es/site/smarttourism

3. Breda, winner of the European Capital of Smart Tourism Award 2020 in the category of Accessibility. 

Examples of initiatives from Breda include the use of technology and ICT to improve the visiting experience in Breda and to measure those results. For example, animations are used to illuminate iconic buildings in the city, such as the Spanjaardsgat and the castle of Breda. In addition, sustainable LED lighting puts locations such as the Onze-Lieve-Vrouwekerk and Willemstraat, the smartest street in Breda, in the spotlight. Various further developments are also planned for 2020. For example, Breda will focus on smart experience, maximum accessibility, and hospitality during the Vuelta a Holanda. There will be a special stand for people with a disability and route maps in Braille for the blind. The Vuelta will be the living lab for testing new digital technologies of flow, crowd management, and digital experiences.

4. Ljubljana, winner of the European Capital of Smart Tourism Award 2020 in the category of Digitalisation ánd winner of the European Capital of Smart Tourism Award 2019 in the category of Sustainability. 

According to the European Capital of Smart Tourism Initiative, Ljubljana’s proactive approach to sustainability has meant it has been able to exceed its own tourism quota for the period of 2014 – 2020. Over 90% of local residents agree that developing tourism leads to development for the city. As one of Europe’s green capitals, 20% of the city consists of protected natural areas, and new initiatives are helping to turn degraded areas into even more public space. There has also been a push to get more local produce into hotels and restaurants, supporting the environment while promoting Slovenian food, wine, and beer. The jury was particularly impressed by Ljubljana's various smart solutions including the official tourism website with its rich content and a series of apps - especially the Tap water app for locating water fountains all around the city.

5. Karlsruhe, winner of the European Capital of Smart Tourism Award 2020 in the category of Cultural Heritage & Creativity.

Home to Germany’s oldest technical university and Europe’s largest IT cluster, Karlsruhe has long been a digital hub and innovation hotspot. Karlsruhe is working on the consolidation and digitalization of all offers in a unique “digital@KA” app to simplify visitors’ experiences with cultural programs, local transport, and citizen services. From the Karlsruhe NaturRADtour, which invites visitors to explore Germany’s most bicycle-friendly city, to the “Kombilösung” project to improve accessibility, the City of Karlsruhe has implemented several projects and innovative mobility technologies to cultivate an accessible and sustainably managed city for locals and travelers alike. 

6. Helsinki, named European Capital of Smart Tourism in 2019.

The city’s smart public transport system enjoyed a rise in user satisfaction over the last two years and Helsinki isn’t standing still. An ‘Uber boat’ system is under consideration and driverless buses are being trialed on open streets. Helsinki ranked second at the Accessible City Awards in 2015. And, if you do need any extra help, multilingual ‘Helsinki Helpers’ are stationed at main attractions to offer assistance.

Visitors will see first-hand some of the 143 measures in place to help Helsinki become carbon neutral by 2035. The Helsinki Road Map prevents overcrowding and supports local business as it guides tourists around the city, while 75% of hotel rooms are certified environmentally friendly. Helsinki is also increasing the share of cycling, walking, and electric cars and trains.

Powered by its open approach to public data – available free for all since 2009 – Helsinki has become a hotbed of software innovation. One of the major successes is the MyHelsinki.fi website, an ad-free service platform featuring recommendations from the people who know the city best – the locals. Read more about it here: Helsinki’s Preliminary Programme of Activities as 2019 European Capital of Smart Tourism.

For more details, visit myhelsinki.fi.

7. Lyon, named European Capital of Smart Tourism in 2019. 

Lyon has won several accolades for accessibility — including the 2018 Access City Award — having put its plan at the center of urban life. Visitors with disabilities and reduced mobility can move around the city with complete autonomy, taking advantage of a completely adapted transport network and smart signage. Lyon’s museums offer adapted tours — those with hearing impairments are allowed to touch works of art — and many restaurants provide speaking menus.

This year, 40,000 visitors to the city experienced the benefits of the Lyon City Card, which provides users with free public transport, entrance to 23 museums and other attractions, discounts, and more. In the future, visitors will be able to take advantage of the ONLYLYON Experience, receiving live geo-located tourist information direct to their smartphones to reduce congestion.

Read here: Lyon’s Preliminary Programme of Activities as 2019 European Capital of Smart Tourism

For more details, visit ONLYLYON.com.

8. Copenhagen, winner of the European Capital of Smart Tourism Award 2019 in the category of Digitalisation. 

The European Capital of Smart Tourism Initiative chose Copenhagen because of the following reasons: On arrival in the city, the innovative Copenhagen Visitor Service is the first point of call, where tourists can grasp everything the city has to offer, through moving posters, robotics, or even by putting on a pair of VR goggles and experiencing the city’s best attractions through the eyes of a couple, locals, a family or seniors. Once tourists leave the visitor service they can make use of the city’s app, which guides users between attractions. Within the app, a tracking module that asks users for consent before activation gathers data so that the authorities can better understand movement patterns both around the city and at attractions on the outskirts. The data that is collected is helping to continually improve services.

9. Linz, winner of the European Capital of Smart Tourism Award 2019 in the category of Cultural Heritage & Creativity. 

Among other reasons, Linz was selected by the Initiative, because it boasts 43 galleries and exhibition rooms and 13 cultural centers, the most prestigious of which are located on the Kulturmeile (culture mile), a popular route for tourists that traces the bending Donau river. Whilst these spaces boast world-class collections, art in Linz isn’t just confined to galleries. Innovative formats such as Höhenrausch (loosely translated as “high jinks”), an art exhibition on the rooftops, are typical of the city’s creative approach. In addition to the art on display, Höhenrausch visitors will also be able to glimpse signs of Linz’s impressive industrial heritage, in the form of the factory chimneys that pierce the city’s skyline. Linzers are conscious of incorporating this aspect of history into the city’s cultural repertoire: the Voestalpine Stahlwelt museum pays homage to the steel industry that has been the backbone of Linz’s economy for almost a century; the Tabakfabrik is now a hub for the creative industry and the Mural Harbour is an industrial port turned blank canvas for graffiti artists from around the world.

These are the 9 European smart destinations to watch and learn from as smart tourism will become increasingly important over the next few years. Will your city be next?

Curious to see a real-life example of a smart tourism destination solving parking search and visitor congestion?

By Founder & CEO Thomas Hohenacker

The answer is yes. Smart parking should be an integral part of a city’s streetscape. Now and in the future. Innovative smart parking systems can help reduce congestion and vehicle emissions in urban areas while also assisting drivers in finding the most convenient parking space.

Most of us are used to parking without any outside guidance – and while we do know that it is possible, it is also stressful and ineffective. In major cities such as Hamburg, Germany, up to 40% of traffic is caused by drivers looking for a space to park their vehicle. The average worldwide search time amounts to 20 minutes. With the help of smart parking, unnecessary driving in an already complicated environment can be reduced significantly.

Modern AI-overhead sensors on lampposts, in-ground sensors and other approaches detect available parking spaces in real-time, relaying the information to mobile applications and websites. Ideally, the information regarding the occupancy of spaces is also made available to drivers on local digital signage.

Smart parking in an urban context

Readily available parking spaces tend to be a rare commodity in crowded cities with drivers circling an area repeatedly on the look-out for a free spot. Smart parking systems can help maximize available parking by detecting all free spaces and guiding drivers to the most convenient one, allowing them to avoid unnecessary time loss.

The intelligent data gathered by these systems can be used by civic authorities, city planners, and parking operators to develop concepts for the smart city of the future.

In addition, smart solutions improve the monitoring of the appropriate use of dedicated zones such as handicap or delivery and of illegally parked vehicles while also decreasing operational costs.

Smart parking in a commercial context

In shopping centers and corporate car lots, smart parking can also improve the driver experience by guiding customers and employees to the nearest available parking space.

Furthermore, using visual displays in the form of dynamic LED signs for parking guidance enhances communication and allows operators to build revenue by adding advertising and informational messaging. By offering extra services such as smart guidance and informational messaging, customers can be incentivized to pay for said services, thereby increasing the parking revenue for parking operators.

Interested in learning more about smart city parking solutions? Click the button below to schedule a demo with a smart parking expert now.

Munich, Germany - Welcome to our brand new Resource Library! As this section didn’t exist before on the old Cleverciti website, so we’ll take a moment to introduce it properly. 

The Resource Library is designed entirely for you, whether you’re a one-time visitor that’s simply interested in one of our topics, whether you are an existing customer looking for some tips on the use of our products, or whether you are a city representative exploring the possibilities of having smart parking solutions in your city. 

In the Resource Library you will find the latest news on our products or new installations, you will find informative blog articles on the topics of smart city, smart parking and smart tourism, we discuss the latest trends in the industry as well as specific use cases we’ve had with our customers and you’ll find some stories from our very own (leadership) team members.

Additionally we keep an up-to-date list of our upcoming events as well as a list of applications we integrate well with, such as Cisco, Innogy, Google Maps & Waze. 

Of course, our FAQs cannot be missed in our Resource Library. And last but not least, in our Resource Library you can view Cleverciti’s presence in the media. Follow the links to the original sources and read the articles or watch the videos in which Cleverciti was featured. 

Overall, the goal of the Resource Library is to give you a well-rounded view of Cleverciti, its products, how they can be utilized best, to whom they could be relevant, what the benefits of smart parking solutions are, what has been achieved with our deployments already and how we see the future of parking. 

That leaves us with nothing left to say but this: Go explore and have fun! 

Please don’t hesitate to contact us for any questions, concerns or feedback you might have. 

In Kerken, the Cleverciti PowerRing, with night-time charging, provides an independent solution that supplies 24/7 power to the most modern smart city sensors from Cleverciti. Thanks to this technology, the smart parking system was implemented in a short amount of time and with minimal infrastructure costs.

The customer

The Nieukerk P+R in Kerken is a typical P+R parking lot that belongs to the Verkehrsverbund Rhein-Ruhr. The community of Kerken is located on the train line from Kleve to the state’s capital, Düsseldorf. Kerken has about 12,000 inhabitants and numerous commuters who use the NordWestBahn to Düsseldorf, Krefeld, and the surrounding towns. As in many other cities, the local lampposts are only supplied with electricity during the night

The case 

The municipality of Kerken wanted to provide commuters and train passengers taking a car to the train station with accurate information about the availability of parking spaces before they arrived. If all parking spaces are taken, commuters can head directly to an alternative P+R parking space, thus avoiding a waste of time, stress, traffic, and unnecessary emissions. 

Decision-makers wanted: 

• Quick installation with minimal cost 

• Supply current lampposts with continual power 

• The following should be avoided: 

  • Construction work

  • Interference with the lighting system

  • Obtaining permits

The Cleverciti solution

Six of the eight lampposts did not have 24/7 electricity, which would normally prevent the installation of IoT sensors. With Cleverciti's battery solution, called the PowerRing, specially designed for nighttime charging and sensor integration, the sensors could run without changing the lamppost power supply.

Read more about the Cleverciti PowerRing here. 

The result

Thanks to this technology, the smart parking system could be implemented in a short amount of time and with minimal infrastructure costs. Without Cleverciti‘s battery-powered solution, the plans for a smart parking service would have come to a standstill in Kerken and would likely still not have been put into action.

“After not having been able to find a short-term solution for the electricity issue at the P+R facility, we were glad that Cleverciti offered a suitable battery-powered solution with night-time charging that allows for a permanent power supply of the sensors. This enabled us to implement the project on short notice and at lower costs compared to alternative solutions. The batteries have been running perfectly since the start.“ - says Detlev Grimm, Project Manager in the Department of Construction/Planning/Technology of Kerken municipality. 

Lower emissions and improve quality of life while growing revenue

19 November 2020

When:

10 - 11 AM (PCT) / 7 - 8 PM (CT)

Time: 

Representatives of utility companies and cities or anyone else who is interested in the topic

Expected audience: 

English

Spoken language:

Sign up here

How to join the event:

Streetlights have extraordinary strategic importance in the development of smart cities as they ‘overlook’ essential properties of a city: on-street or surface parking spaces, delivery and drop-off zones, e-charging stations, as well as no parking zones such as fire hydrants.

Meanwhile, parking search traffic causes up to 30% of all inner-city traffic. Smart parking solutions provide the data and guidance required to help cities reduce traffic and emissions and increase parking and shopping revenue while allowing drivers to enjoy a smooth, stress-free arrival experience.

Each streetlight has a staggering ability to manage $80K-$400K in annual revenue potential for a city. How? Cleverciti’s streetlight-mounted AI sensor can typically monitor 10-50 parking spaces, whereas each parking space has an annual revenue potential of about $8,000.

For utilities, generating valuable data via existing streetlight assets opens new opportunities to generate revenue while making cities more livable by reducing traffic and emissions. Higher parking turnover and increased compliance helps local retailers to attract shoppers and grow their businesses.

In addition, with the growth of delivery vehicles, managing the curb has become a crucial challenge: avoiding double parking and monitoring dwell times of delivery vehicles in dedicated loading zones improves traffic flow and safety.

This webinar will dive deep into crucial topics for the evolution of smart cities:

• How utilities can enter the data business by leveraging their streetlight assets

• How to effectively manage the curb to make the best use of this valuable real estate while improving safety and congestion

• How to make cities more livable by reducing traffic and emissions with smart parking

Join Cleverciti, the leading smart parking solution, and Itron, the world leader in smart city solutions, delivering critical infrastructure to help utilities and cities manage energy and water” to gain insights and examples of how cities and utilities can manage their on-street assets in a highly efficient way and turn data, generated directly at each streetlight into a valuable smart city revenue driver.

We look forward to seeing you there!

Munich, Germany - Welcome to the new Cleverciti website! The past few months, we at Cleverciti, have been working very hard to revamp our website to structure the information better for you, give it a fresh look that fits our brand better, and make it future-proof! Many developments are happening in the fields of smart cities and smart parking which means Cleverciti needs to be ahead of the curve. By looking through our website, you’ll learn what we believe in, what ambitions we have for the future, and what solutions we offer. We are green, we are clean and we are ready to transform your city into a Cleverciti!

From now on, you will only see the new website. The URL remains the same (www.cleverciti.com), but the structure of the website is slightly different. What’s new or changed are the following sections:

• Verticals

• Solutions 

• Innovations 

• Resources

With ‘Verticals’ we mean the specific entities that we can support with our smart parking solutions, for example, cities, tourism destinations, shopping malls, airports, stadiums etc. 

With ‘Solutions’ we mean the smart parking solutions that we offer, for example, our parking guidance system or curb management solution. 

Under ‘Innovations’ you can find the technologies that we’ve developed ourselves over the years to elevate these solutions, such as the CIRC360™ or the Cleverciti Card.  

Under ‘Resources’ you will find the newly developed Resource Library, containing our latest news as well as informative articles on the topics of smart city, smart parking or discussing the latest industry trends. You can also find our upcoming events, a list of products we integrate well with and our media coverage.  

We look forward to welcoming you back to our website. Please don’t hesitate to contact us for any questions, concerns or feedback you might have.

Stay tuned - additional features and updates will be released in the weeks to come.

In smart cities, the use of technology, information, and data is promoted to enhance and improve the overall infrastructure, quality of life, and publicly accessible services. Negative side effects of living in densely populated urban areas (e.g. environmental pollution and stress-related illnesses) are to be minimized. Typical features of smart cities include 4 main points:

Smart administration and society

Government services in smart cities are made more accessible to people by making them available online. Processes such as registering a business or filing a complaint are simplified by digital offerings while also adhering to data security and protection regulations.

Online service can help improve accountability and transparency while also allowing citizens to take an active part in local governing processes.

Smart housing

Housing in smart cities should be affordable while also ensuring safety and security for its residents. Open and green spaces, public services, community areas, jobs as well as social facilities raise the housing standard in a smart city and enhance the quality of life in any given neighborhood. Poorly planned areas are redeveloped to improve the housing situation there.

Smart mobility

A central aspect of a smart city is its public transit network. Access to public transportation has increased in tomorrow’s cities. To further reduce emissions, smart cities are aimed towards being more pedestrian and cyclist-friendly.

Creative solutions such as smart parking can further help to reduce emissions and environmental pollution, while also decreasing complexity for drivers in a complicated urban environment. Smart parking data reduces traffic hazards and accidents as drivers are not distracted while desperately looking for a parking space.

It also enables drivers to choose the best options to arrive at their desired destination quickly and efficiently.

Smart parking solutions can thus decrease parking search traffic, as drivers know which streets are fully occupied, and they can avoid circling around. In addition, drivers can make intelligent decisions based on precise parking data and choose to park in the nearest garage for example, or take a scooter if on-street parking in the inner city is not available.

Furthermore, smart cities aim to create walkable neighborhoods, where congestion, air pollution, and resource depletion are reduced to promote interactions and boost the local economy. Road networks are improved to not only provide space for vehicles and public transport but also to accommodate cyclists and pedestrians.

Modern surface parking hubs slightly outside the inner city ring should also provide real-time occupancy data for parking, making it appealing for drivers to park their vehicles there and take alternative means of transport – such as e-vehicles or a bus – for the last miles to reduce emissions in the city center.

Smart infrastructure

The infrastructure in smart cities should be geared towards being sustainable and eco-friendly. In addition, many smart cities aim for climate neutrality. Structures for supplying electricity, gas, and hot water, as well as those for the disposal of refuse, need to be transformed to move towards more sustainable infrastructure.

This can be done by reducing the amount of waste generated and more effective recycling of refuse among other things. In addition, the use of natural resources can be reduced by establishing renewable energies.

Interested in learning more about smart city parking solutions? Click the button below to schedule a demo with a smart parking expert now.

Smart parking is an efficient and cost-effective system to monitor the availability of parking spaces in real-time. Technologies such as sensors and cameras detect free parking spaces and direct drivers to the most convenient spot via digital signage such as LED-displays. By leveraging the power of artificial intelligence, edge computing, and interconnectivity, the complexity of driving in a complicated environment is simplified.

Benefits of smart parking solutions

Smart parking solutions not only significantly minimize search traffic, but also help ease congestion in cities and reduce vehicle emissions. Finding a free parking space easily in an often-confusing commercial car park enhances customer experience, thus improving revenue. Simultaneously, parking operators and civic authorities can gather intelligent data on parking and customer habits that can be used to drive future infrastructure developments.

Generating data easily

Data is generated via in-ground sensors that have to be installed in each parking space or via Overhead sensors as developed by Cleverciti. The latter can be easily mounted on existing infrastructure such as lampposts or buildings and provide a comprehensive real-time overview of the occupancy status of up to 100 parking spaces per sensor.

Overhead sensors scan the vicinity and identify the position of a parked car or an empty parking space while also measuring the length of an available parking space and registering whether vehicles have been in an illegal space (e.g. in front of a fire hydrant or other no-parking zone).

The data gathered by these sensors is transmitted via cellular (LTE), Wi-Fi or wired Internet connection. The best smart parking solutions process data “at the edge”, which means the only data leaving the sensor itself is the GPS coordinates of a parking space and its availability. This approach ensures compliance with all the relevant data privacy regulations.

Real-time parking information

Relevant insights can then be passed on to drivers via a mobile application, website or digital signage. LED displays such as Cleverciti’s Circ360™ and Circ180™, both of which are multi-directional LED signs that can be installed on existing lampposts, show live parking information and messaging. 

Parking meters can be integrated into the system, showing parking operators whether time-limits are being observed.

See how smart parking works in a city environment in the video below:

Interested in learning more about smart city parking solutions? Click the button below to schedule a demo with a smart parking expert now.

Munich, Germany - On October 1st Cleverciti hosted its very first online event about the smart parking pilot that is happening in Cologne-Nippes as we speak. The pilot is a collaboration between the city district itself, RheinEnergie AG and Cleverciti. The event that took place from 3-4PM was moderated by Dr. Günther Picker, Senior Vice President Strategic Partnerships & Business Development at Cleverciti. The panel of speakers consisted of:

• Thomas Hohenacker, Founder & CEO of Cleverciti

• Bernd Schößler, district mayor of Cologne-Nippes

• Christian Remacly, Project manager of Rheinenergie AG

Dr. Günther Picker

Thomas Hohenacker

Bernd Schößler

Christian Remacly

After briefly introducing the speakers, Dr. Picker asked Mr. Hohenacker to open with explaining a little more about the project in Cologne-Nippes and what the mission of the project was (f.e. to reduce traffic and improve the arrival experience of people visiting the commercial center of Cologne-Nippes). 

Mr. Hohenacker shares a short presentation in which he explains the technology that was used in the pilot: a combination of Cleverciti’s own 80 overhead sensors with 27 Circ360™ LED displays, that can be mounted onto existing lampposts. Each sensor can monitor 10-70 parking spots at a time. Therefore the district knows at all time how many parking spots are taken and how many are free and their exact location. The sensors are also able to identify parking spots without marking (also called ‘floating parking spots’). The technology of the sensors is a combination of artificial intelligence with edge computing. 

After sharing a bit of background information about the Cleverciti Cockpit and the data that can be found  there, Mr. Hohenacker shows the actual Cockpit of Cologne-Nippes live. If you click on a specific parking spot, you can find specific information about that spot, f.e. the length of stay of the car that is currently parked there. The Cockpit also contains overall statistics, analyses and historical data.

Dr. Picker continues the conversation by asking a few questions about the project himself as well as asking questions from the audience to the panel members. The audience shows a high level of engagement and asks many detailed questions which are each answered by one of the panel members. Examples of questions were:

• What was the traffic situation like in Cologne-Nippes?

• How did the execution of the project go?

• Why did RheinEnergie choose Cleverciti?

• Have you seen a difference in Cologne-Nippes? 

• What were the first reactions of the residents?

• Is it also possible to get power from other systems, such as solar systems or batteries?

To hear the full answers of the panel members to these questions, watch the full recording that is added below. The questions and answers start at 14:45.

When the clock almost hits 4PM, Dr. Picker ends the conversation by thanking the attendees and the speakers for their attendance. He commends them on their detailed questions and states that if further questions pop up, they are welcome to contact Cleverciti at info@cleverciti.com or via Cleverciti’s homepage. Attendees of the event included, but not limited to: the cities of Hamburg, Wuppertal & Trier. 

Cleverciti would like to thank the speakers and all attendees for joining. And stay tuned for the next one! 

Missed it? Watch the full recording here (in German):

The PowerPoint slides that were shared by Mr. Hohenacker can be viewed below (in German):

Interested in learning more about smart city parking solutions? Click the button below to schedule a demo with a smart parking expert now.

There’s a lot of talk about smart parking these days. But what is Smart Parking exactly?

Smart parking describes parking management solutions geared towards assisting drivers to avoid circling around without information regarding available and occupied parking spaces. Reliable smart parking provides accurate data and immediate guidance, therefore reducing search traffic and vehicle emissions. 

Modern AI overhead sensors on lampposts, covering a large area of all types of outdoor spaces, provide real-time data that can be fed into mobile applications, websites, and local digital signage. In the past, magnetic field in-ground sensors have been used for marked parking bays. 

Real-time insights

Today’s smart parking solutions enable immediate and up-to-date detection of available parking spaces, helping to optimize on-street parking in urban areas or the use of surface parking at shopping malls, train stations, hospitals, and corporate campuses. In these surroundings, smart parking management aids in minimizing unnecessary driving in an already complicated environment while also reducing emissions and a waste of fuel and time.

Smart guidance for drivers, businesses, parking operators, and civic authorities

Smart parking is relevant for four main target groups: the general public, businesses, parking operators, and civic authorities. The average driver spends ten to twenty minutes looking for a parking space, which is not only a waste of time and a serious stressor but also has a negative environmental impact. Smart parking systems provide reliable guidance for drivers, thus simplifying their journey.

In business settings such as shopping centers and corporate offices, smart parking management can not only help improve the customer experience, thus increasing revenue, but also positively impact productivity. Less time spent looking for available parking spaces means less stressed and more productive employees. Dynamic LED displays used as part of smart parking systems can be mounted on existing infrastructure such as lampposts and are visible to drivers from any direction. They also offer the opportunity to build revenue by adding advertising and informational messaging. 

For parking operators, smart parking can provide valuable input on parking and customer habits, making it easier to enhance the customer experience and streamline parking management. In addition, smart parking enables parking operators to improve monitoring (for example, the appropriate use of dedicated zones such as handicap or delivery zones). Furthermore, the hourly or daily parking rates can be adjusted based on supply and demand.

In many cities around the world, civic authorities are trying to reduce emissions and the environmental impact cars are having on urban areas. By employing smart parking solutions, search traffic and therefore also emissions can be reduced significantly.  

In a larger context, smart parking solutions reduce traffic hazards and emissions, therefore contributing substantially to the quality of life in cities. These concepts are part of smart cities, where IT infrastructure is put into place and used to enhance the quality of life.

Real-life example: Cologne

In the German city of Cologne, smart parking has been put in place to reduce search traffic in one of the busiest districts, Cologne-Nippes. 360 degree LED displays at road intersections inform drivers where they can find parking in any direction and how many spaces are currently available. The data is also fed into a mobile application. Drivers no longer have to rely on sheer luck when looking for a parking spot, saving time and fuel as well as reducing emissions and noise pollution. 

To achieve this, a total of 89 Cleverciti Sensors monitoring approximately 890 parking spaces were installed on existing lampposts together with 27 Circ360™ LED displays, fitting seamlessly into the streetscape. By leveraging artificial intelligence, these solutions and technologies allow for a real-time overview of available parking spaces. 

Also watch the video below in which CEO Thomas Hohenacker explains what he believes is smart parking.

Interested in learning more about smart city parking solutions? Click the button below to schedule a demo with a smart parking expert now.

City of Koblenz and evm have kicked off their smart city projects with a smart parking initiative using Cleverciti Sensors in the busiest shopping street the city has to offer

Munich, Germany - Less traffic looking for a parking space, fewer harmful emissions, better quality of life: three funded smart city projects promise great progress in climate protection in the city of Koblenz. Together, Energieversorgung Mittelrhein (evm) and the city intend to use modern digital solutions to achieve better air quality and air pollution control. 

Installed Cleverciti Sensor in Koblenz

In July 2020 the evm announced the kick-off of the project in the upper Löhrstrasse. The busy shopping street plays a central role in the project: "We are going to test smart parking in the upper Löhrstrasse and want to reduce the so-called parking search traffic here," explains Lord Mayor of Koblenz David Langner. In the next few weeks, certain parking spaces along the street will be equipped with 44 ground sensors that will provide information on occupancy. "In another part of the street, overhead sensors are used as well, which we install on street lamps," explains evm Board Chairman Josef Rönz. One sensor is able to detect up to 100 parking spaces. Digital display boards around the lampposts use this information to show drivers how many parking spaces are still available. Data protection is fully guaranteed: the sensors neither record videos nor photos, but only pass on information according to the pattern “occupied” and “not occupied”. 

High federal funding

One look at the statistics shows why it is important to reduce parking search traffic in Koblenz: between 18 and 25 percent of traffic in the city center is due to the search for parking spaces. This is one of the reasons why Koblenz exceeded the NOx (Nitrogen Oxides) limit value determined by the European Union - and thus has access to federal funds. The Federal Ministry of Transport is funding the Smart Parking project with around 170.000 euros from the „Saubere Luft“ (= Clean Air) program and the associated „Digitalisierung kommunaler Verkehrssysteme“ fund (= Digitization of municipal transport systems).

Progress since July 2020

On September 30, 2020 the evm published another press release in which they announced that all sensors, which areCleverciti Sensors, have been installed for the intelligent parking guidance system in the making. The installation covers the Löhrstraße section from the Rizzastraße intersection to Bahnhofsplatz, as well as the Peter-Altmaier-Ufer parking lot. Based on the information gathered from the sensors, drivers will soon be able to see on the Internet and on digital display boards how many parking spaces are still free.

By the end of the 2020 project year, traffic counters, air quality meters and a parking guidance system that digitally displays free parking spaces are to be installed. The benefits and effects of the projects will be measured over a period of three years. The projects are being implemented with the help of federal funding and the Thüga, the largest cooperative network of municipal energy and water service providers in Germany.

Interested in learning more about smart city parking solutions? Click the button below to schedule a demo with a smart parking expert now.

Munich, Germany, October 14th 2020 - Cleverciti, the German and US scale-up that is leading the smart parking revolution, announced today it has raised $5.6 million USD in an A+ funding round. All existing institutional investors participated in the round led by SPDG Ventures, including The Westly Group, EnBW New Ventures (ENV) and KfW. The investment brings Cleverciti’s total funding since 2015 to $28.3 million and will help the company expand its sales and marketing activities as well as accelerate deployment of its parking Solution as a Service (SaaS).

Cleverciti’s smart parking solutions help cities and organizations reduce traffic and emissions and increase parking and shopping revenue while allowing drivers to enjoy a smooth, stress-free arrival experience. Cleverciti has been deployed in a wide variety of use cases across the globe – at over 200 locations in over 20 countries. One of Cleverciti’s latest large-scale installations is the comprehensive on-street parking guidance in Cologne that launched in June 2020. Drivers are now guided turn-by-turn to an available on-street parking space with Cleverciti’s innovative digital signs on each street corner and a mobile app.

Since pioneering its edge-computing, AI-based IoT sensors, 360-degree guidance solutions, and vehicle location cards, Cleverciti has solidified its place as the technology leader in smart parking solutions and services. The sensors and digital signs are typically mounted on lampposts and up to 100 spaces can be monitored by a single sensor. Vehicle location cards identify the precise location of a vehicle in a parking area and automate payment and permits. With deployments in smart cities, park & rides, shopping malls, hospitals and corporate campuses, Cleverciti is defining the future of smart parking with innovative technologies. 

Olivier Périer, Chairman of the Board and Lead Investor, notes: “We are proud to have all of Cleverciti’s investors around the table in the middle of a worldwide crisis. It reflects the unique position Cleverciti is in: well-funded, leading the reduction of traffic and emissions in our cities, and allowing parking operators to manage their assets in a holistic way”.

“We evaluated smart parking solutions from all over the world before investing in Cleverciti.  We believe Cleverciti has developed the world’s best solution for smart, efficient parking and guidance, that will help cities reimagine how they can reduce congestion in downtown and retail areas.” said Steve Westly, Managing Partner of the Westly Group.

Thomas Hohenacker, CEO and David Parker, COO, are thrilled to be partnered with this esteemed group of investors to transform the parking experience: “We must reduce CO2 emissions, make our cities smarter and more livable and reduce wasted time and energy. Cleverciti makes an immediate impact in each of these areas, by allowing drivers to use our smart parking data and turn-by-turn guidance systems to park quickly and seamlessly.”

The international Cleverciti team consists of some of the brightest and most experienced experts from the fields of IOT, AI, and parking. Cleverciti’s headquarters are in Munich, Germany and Atlanta, US and their global sales and customer support organizations are designed to meet customer needs around the world.

Interested in learning more about smart city parking solutions? Click the button below to schedule a demo with a smart parking expert now.

Munich, Germany - On September 8, 2020, the German Federal Minister of the Interior, Building and Community, Horst Seehofer, announced the 32 projects that will receive funding in the second round of the “Smart Cities Model Projects”. The projects selected this year will be funded with over 350 million euros. 

With the Smart Cities Model Projects, the Federal Government is helping municipalities and/or cities to strategically shape digitization in support of integrated sustainable urban development. The aim of the funding program is to develop and test cross-sectoral digital strategies for future urban life.

A huge part of the project is knowledge transfer to benefit all municipalities in Germany. Therefore, the selected projects are obliged to participate in organized knowledge-sharing events as well as make sponsored software solutions available to other municipalities as open source or free software. 86 cities, districts and municipalities as well as intermunicipal cooperations from all over Germany applied for the tender by the Federal Ministry of the Interior. A new funding round was announced for next year already.

Cleverciti would like to congratulate all winning projects of 2020 (in alphabetical order)*:

1. Bamberg

2. Berlin

3. Darmstadt

4. Freiburg i. Breisgau

5. Gelsenkirchen

6. Gemeinde Barleben

7. Gemeinde Eichenzell

8. Gütersloh

9. Hagenow

10. Iserlohn

11. Jena

12. Kassel

13. Kirchheim b. München

14. Köln

15. Lohmar

16. Lübeck

17. Mannheim

18. Mönchengladbach

19. Paderborn

20. Rostock

As well as the following intermunicipal cooperations and districts:

1. Aalen & Heidenheim

2. Bad Belzig & Gemeinde Wiesenburg/Mark

3. Dortmund & Schwerte

4. Eifelkreis Bitburg-Prüm

5. Gemeinde Fuchstal with Gemeinden Apfeldorn and Unterdießen

6. Hamburg in collaboration with Leipzig & München

7. Landkreis Hof

8. Kiel with local communities from the regions Rendsburg-Eckernförde & Plön

9. Landkreis Mayen-Koblenz

10. Landkreis St. Wendel

11. Lemgo & Gemeinde Kalletal

12. Osnabrück with Gemeinden Hagen am Teutoburger Wald, Bissendorf & Samtgemeinden Fürstenau, Artland and Neuenkirchen

For more information about the individual projects follow the links mentioned above in the list (when available). More information about the Smart Cities Model Projects program in general can be found on: www.bmi.bund.de/smart-cities or on www.smart-city-dialog.de. 

Interested in learning more about smart city parking solutions? Click the button below to schedule a demo with a smart parking expert now.

Partnership with energy supplier RheinEnergie AG brings stress-free parking, cleaner air and lighter traffic to city of Cologne

MUNICH, COLOGNE (June 2, 2020) – Cleverciti Systems, the leading smart parking provider, went live today with one of the world’s most innovative and modern parking guidance systems for residents and visitors in the Cologne district of Nippes, one of the busiest districts on the Rhine. Now, motorists can read the exact number and direction of the remaining free parking spaces along the streets on local LED displays at road intersections, avoiding unnecessary searching and idling, and improving the overall quality of life. The ‘blind’ search for parking spaces, which has contributed significantly to the traffic volume and emissions pollution, is now a thing of the past.

A Circ™ on a lamp post in Cologne-Nippes

The installation was made possible through a partnership with RheinEnergie AG, the fifth largest energy supplier in Germany, and supports the “SmartCity Cologne Program”, a platform that brings together private individuals, companies, and associations to promote climate protection and renewable energy initiatives. The Cleverciti smart parking system installation significantly reduces traffic and emissions, and is supported by the Federal Ministry of Transport and Digital Infrastructure as part of the program “Digitalization of Municipal Transport Systems”.

“We are proud that with our modern systems and services we have been able to implement one of the world’s most innovative and comprehensive parking guidance systems in the inner city area,” says Thomas Hohenacker, CEO and founder of Cleverciti Systems. “From now on, all motorists in Cologne-Nippes will have exact information on the availability of parking spaces and will be able to navigate to the best parking space in a targeted manner and without delay. We want to make a decisive contribution to making parking stress-free through this service, improving the shopping experience in the city and significantly reducing emissions.”

“The Cleverciti solution was optimally integrated into the existing infrastructure in Cologne-Nippes,” says Dr. Andreas Cerbe, Network Director of RheinEnergie. “We operate thousands of light poles in Cologne, which are now equipped with the smart sensors and LED displays with little effort to reduce traffic and emissions.”

A Circ™ on a lamp post in Cologne-Nippes

A total of 89 Cleverciti Sensors, which monitor around 800 parking spaces along the streets in the district, and 27 Circ™ LED displays are installed on existing lamp posts and seamlessly fit into the local environment. The system takes into account all data protection regulations in public areas. The sensors are designed using artificial intelligence (AI) and edge computing to provide precise data on parking space availability. These available spaces are displayed in real time on the omnidirectional LED displays and in a mobile app, and direct drivers to the nearest available parking space.

“A mobile app will also be available to motorists beginning the end of July, which will be provided by Cleverciti on behalf of RheinEnergie. It will show the current occupancy status of the parking spaces in Cologne-Nippes, navigate drivers to the nearest available parking space, and offer mobile payment options,” says Dr. Günther Picker, SVP for Strategic Partnerships and Corporate Development at Cleverciti Systems.

According to a survey by the National Platform Future of Mobility, intelligent parking solutions could reduce pollutant emissions by 900,000 tons per year in Germany alone.

For more information on the SmartCity Cologne initiative, please visit here. For more information on Cleverciti Smart Parking Systems, click here.

We are currently in an exciting time for the parking industry and parking managers specifically. Finally, technology is entering a space where, for a century, parking management has remained reasonably stagnant. The best part about it is that this technology is available to a range of organizations, not only the most elite shopping districts or enterprise business customers.

Whether through sensors, intelligent signage, or dynamic pricing, every parking manager can bring new technologies to push their entire parking organization forward. Read the 5 tips below to see how you can evolve your parking management.

1. Give yourself more (accurate) data

Data needs to be accurate and up-to-date to be useful. Parking managers can have a single person walk around the parking lot with a clipboard recording open and occupied spaces. Hypothetically, let’s say they cover the whole lot in an hour, reporting back that 207 out of 305 spaces are occupied, and even writing down which ones – does this help? The short answer: no. By the time that person returns to the office, any number of factors could change and the only information you would have is that in a specific time window, certain spots were now occupied.

Manual tracking is an out-of-date method. Today, technologies can automatically track which spaces are available and occupied, and report that back in real-time, keeping the parking management office always up to date throughout the day. These data are archived and can be analyzed to reveal valuable trends about which areas of the lot fill up first, when that happens, and how signage in the parking lot could best enhance a customer’s experience.

2. Give your patrons more data

Once you have this valuable mine of data, its value increases by sharing it. A business’s leadership certainly has a need and use for it, but the most value comes from exposing these data to the driver. Drivers spend several minutes searching for an available parking space near their desired location, before potentially having to give up and find parking further away (or just give up and go back home to order online). While the futile search is a shame, it’s also preventable. With smart parking guidance linked to real-time parking data, a driver knows upon entering the lot whether a spot is open nearby or not, and exactly where to find it. Whether they get their ideal space or have to drive a little further away, they have the benefit of not spending time, energy, or fuel looking in vain.

When a patron receives helpful, welcoming guidance upon their arrival, they begin their overall customer experience on a very positive note. This first impression helps the customer approach the rest of their experience with a positive, can-do approach, leading to higher revenues and higher return-visitor rates.

3. Improve your pricing

One of the best ways to improve your parking management is through further optimizing your pricing models, which is only possible once you have the right data. When you thoroughly understand your parking availability and trends throughout the day, week, or month, then you can discover new opportunities for pricing optimization. For instance, dynamic pricing models can vary the price of a parking space depending on demand – adjusted by an algorithm based on up-to-the-minute needs or pre-set prices for specific times. Or, spaces that are in higher demand could have higher pricing. The pricing for a parking area can be adjusted to maximize revenue and ensure that fill rates and revenues are maximized.

New technologies like the ClevercitiCard can even automate the arrival and payment process. A regular visitor can arrive with a ClevercitiCard in their vehicle, be guided to the nearest available space, and automatically charged just for the parking time they used. This service reduces another challenge in the parking industry: the confusion of how or where to pay. If an organization is bringing smart parking solutions to help shoppers quickly find a nearby space, it doesn’t make sense to have them locate a kiosk or double-check signs for hours of operation. Giving data directly to drivers eases their parking difficulties and shows a level of investment in their overall experience.

4. Manage from the cloud

Gone is the day when parking technologies were on isolated systems with no access from the outside world, forcing managers to be on-site to see the data they need, or making integrations with third-party systems complex and expensive. With modern, cloud-first technologies, data are now always accessible: from home or even the beach. When you want to add an innovative third party, you can now do so with a simple API integration – no astronomical costs or extra hardware required.

5. Do better for the community and the environment

Evolution is about the series of steps it takes to improve from a current iteration toward the ideal. Everyone should be more conscious about the impact our daily lives and processes have on climate change or the environment in general. Each individual person would probably like to drive less for the sake of convenience. Cutting out needless driving in the search for parking also diminishes the emissions that negatively impact the environment and contribute to climate change.

There are also two different ways to look at parking search and its impact on the environment: the grander sense of how emissions negatively affect the natural world but also how the unnecessary search for parking impacts people in the direct vicinity. Increased traffic means more noise and lower air quality for the people living and walking near parking areas. By taking steps to revolutionize the parking process, it lessens this impact. People living in these communities may have a more favorable view towards large businesses or districts that implement smart parking for the increase in living quality, and shoppers might find it more enjoyable to stroll in the area, potentially increasing shopping revenue.

With one simple step, you can help the businesses near your parking facility, improve the lives of shoppers and locals, and start making a positive change for the environment. All of these benefits come when you bring your parking organization into the 21st century.

We at Cleverciti know this, but the everyday citizen may not: Parking has an enormous impact on traffic congestion and the resulting emissions lead to negative environmental impact. Take this statistic for instance: In many cities, more than 30% of traffic is the result of people searching for a parking spot. Can you imagine how much that affects the environment?

So, what can be done? Quite simply, smart parking is the answer. Earlier this month, the German newspaper Der Tagesspiegel wrote a powerful article about the negative impacts of inefficient parking search and found smart parking can make a significant contribution to reducing climate change — saving up to 900,000 tons of CO2.

“This is about half as much CO2 savings as is produced for all flights within Germany,” said FDP member of the Bundestag, Daniela Kluckert, who is in the Tagesspiegel Background. Furthermore, she stated the Federal Government must now stand up for “making smart parking a reality.“

The government in Germany is currently looking for a solution to solve the parking problem, which is an important step forward. Studies find that “Germans currently spend around 41 hours a year looking for a parking space” while the time wasted searching, the fuel required for it and the additional pollution cost Germans more than 40 billion euros per year.

The government is prioritizing the issue but that can take time. In the meantime, we can all work together to solve this problem because what we do every day directly addresses climate change. At Cleverciti, we get excited each time we deploy a parking space management and guidance system because we know we are reducing miles driven, pollution emitted and energy consumed. (And here is a cool fact for you: For every sensor we deploy, the environmental benefit is akin to planting more than 50 trees!)

What can you do today to reduce your impact? Let us know in the comments below. And if you’re ready to make an organizational commitment, contact us to learn more about our solutions.

At Cleverciti, we see a bright future. That outlook is directly in line with the impact we realize through reducing the search for parking, urban traffic and congestion to help eliminate the effects of climate change. As a company, we are always looking to the future to envision how we can create a positive change. We predict some smart trends for our environment, cities and the smart parking market in the next 12 months but we are excited to be part of a collaborative effort to address them.

Smart cities will rise

In 2019, there was a lot of buzz around the concept of “smart” or connected cities. And it wasn’t all talk. When we attended the Smart City Expo World Congress in November, we saw that there was an incredible amount of activity and interest from cities that want to incorporate intelligent technologies to build smarter environments. But there is a digital transformation that has to happen first. Smart city project ideas are broad, budgeting is complex, and sales cycles are long, but we predict that 2020 will be the year that more smart city projects will be deployed across the globe.

When a city aims to adopt smart trends, it’s often to improve the overall experience for visitors, residents and businesses alike. That’s precisely where smart parking fits in. Drivers that have a great experience finding parking are more likely to travel into the city or different neighborhoods to explore stores or restaurants. The residents that are walking the street can also breathe easier when cars aren’t circling the block looking for an open spot, producing needless emissions.

Parking will continue to be an uphill battle

We expect parking issues will get worse before smart parking trends get better. Although some areas are already implementing smart parking measures, most cities are experiencing significant population growth, which affects traffic, parking and air quality. Smart parking solutions help to alleviate these problems, but still won’t be deployed to the scale they should in 2020. As populations increase, causing more congestion and fewer available spots on average, the need for smart parking will become more apparent and residents will demand them — but it will take a few years for this convenience to catch on.

The difficulties associated with parking and urban congestion from increasing populations will get better in the future as more areas implement intelligent technology solutions. Additionally, these technologies can easily scale from that point on to further grow and change to fit the expanding needs of a business, city or other parking administration. While it may not be an immediate change, we are convinced there will be a very real, positive impact from smart parking at massive scale in nearly every city in the future.

The opportunity of ride-hailing services

The complexity of parking has propelled the popularity of ride-hailing services like Uber or Lyft. The use of these services is growing — a trend that will likely continue into 2020. However, while ride-hailing seems convenient for the user, it does not help the broader issues of traffic and urban congestion, excess emissions or parking availability. A driver still has to drive from their location to pick up the rider then take them to their destination — on average about 40% more distance driven. However, this transition to more ride-hailing presents opportunities for cities to repurpose existing parking assets to create mobility hubs and queuing areas. If ride-hailing services have real-time availability data of a nearby queuing area, they can improve their efficiency and reduce congestion and emissions.

Rich parking information also facilitates the use of public transportation. When smart parking is implemented at train stops, bus stations or parks and rides, users can know ahead of time which lots have space and which modes of transportation they can use. We have seen that when a driver knows in advance that they will be able to park at a station to use the train or bus, they are more likely to do so, consolidating the number of vehicles that traverse city streets.

Entering mainstream conversations

While consumers innately understand the parking challenges they face every day, awareness of smart parking solutions has been low in the general population. However, as consumers start to experience these smart trends firsthand in 2020, we expect consumers to start demanding them from their cities, shopping malls, office campuses, and other places they go each day.

No matter how these individual trends will shape next year and the years to come, Cleverciti is proud to be leading the way in helping cities to become smart by addressing parking issues, reducing vehicle congestion and cutting down on unnecessary emissions. We certainly see a bright future ahead.