Sensor Based Parking Intelligence
AI-Powered Smart Parking & Parking Guidance Solutions
Improve quality of life and reduce emissions & congestion, while generating additional revenue.
Effectively manage capacity and reduce traffic congestion by getting visitors parked as quickly as possible.
We use integrated technology solutions to parking and congestion problems by leveraging real-time occupancy, traffic & payment data.
Our sensor agnostic parking solutions provide the right sensors mix, for your specific parking project.
The sonah ai enabled, camera based sensor technology serves as a highly effecient detection system for marked, unmarked parking spots, as well as digital loop counting systems -One systeme for mutliple use cases- In additon we offer a wide range of in- & onground sensor technology.
The sonah Sensor can cover up to 70 parking spaces and can be easily installed on existing infrastructure, such as lampposts, buildings or masts. It measures measure the exact GPS position and size of open parking spaces. It is build for smart parking operations in urban areas. This leads to a purpose built GDPR complient detection system, which deos not generate or save any images during the detection process. It only sends small metad data packages, like GPS location and occupancy status quo.
Depending on the existing infrastructure we provide a different set of solutions to power our overhead sensors 24/7, 365 days per year!
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Modular smart parking hardware from our different suppliers for on/inground sensor technology, is the basis for cost effective and easy to maintain smart parking solutions. All senosrs come with up to 10years of battery live (depending on the number of parking events over time).
Depending on your specific requirements, we offer a wide range of sensor types, like
No Extra Gateway Infrastructure in Most Countries;
- Sensors run on existing NB-IoT / LTE-M networks, so there’s nothing additional to deploy or maintain.
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Extra Gateway Infrastructure, anywhere;
- Sensors communicate its data via a local LoRa Gateway or the local LoRaWAN Gateway.
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Fully integrated into third-party ecosystems such as parking payment applications, our API enables a seamless parking, payment, and navigation experience across your city, as demonstrated by our integration with swarco's PARCO app.
Monitor and assess the real-time occupancy of individual parking spaces with precise data refreshed every few seconds.
Access historical information to forecast parking demand and habits, aiding in informed decision-making for infrastructure improvements and beyond.
Dynamic Traffic Signs
Realtime traffic & parking data displayed in an dynamic parking guidance systems make cities more liveable.
Transform urban mobility with an intelligent, highly adaptable parking guidance system built for modern smart cities. Combining sleek, architectural hardware with an open-architecture software backend, our solution turns complex traffic routing into a seamless, visual experience.
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Dynamic Traffic Signs provide guidance and significantly reduce stress & the time spent searching. This sensor-neutral software suite processes real-time data from all input sources, such as cameras, barriers and parking apps, and seamlessly integrates third-party APIs or local smart city data platforms – to optimise traffic flow and reduce emissions.
Data integration
The sensors provide real-time data which can be used to define complex scenarios and control them automatically; for example, when area A is at full capacity, redirecting traffic to area B, etc.
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Customization
In full-matrix displays, you can customise messages to suit your requirements, display graphics and integrate third-party systems.
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Automatic Messages
By scheduling announcements, as you would in an events calendar, you save yourself the hassle of having to manually put up and take down signs or posters at the entrances to towns, as was done in the past.​
​Improved Visibility
The signposts feature high-quality printing on glass, engineered to maximize contrast and legibility.
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Backlight
Integrated backlighting transforms the directional signs into premium pieces of urban furniture.
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No alieniated hardware in the city
Thanks to their aluminium casings, the signs and poles are protected from the elements and blend into the cityscape as a piece of street furniture.
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Modularity
The LED directional signs have a modular design, which forms the basis for efficient installation and customisation or expansion.​
Potential impact on your CO2 & NOx budget/ emisssions?
If you manage to increase the number of P&R drives (switch from car to public transportation), you can reduce the emission of CO2 & NOx in your region. The Rheinbahn (public transportation service provider for Düsseldorf) concludes, that a digitized parking lot with ~100 parking spots, in combination with a public transportation abo incentive (parking for free) will lead to an increase of 40x additional daily switches, leading to an decrease of CO2 by 131t and 205kg of NOX, yearly.