Discover now how data exchanges can help saving lives and preventing accidents

Discover now how data exchanges can help saving lives and preventing accidents

Increased safety thanks to the connected cars. Discover now how data exchanges can help saving lives and preventing accidents.

Every year, road accidents are responsible for 1.25 million deaths and 50 million injuries around the world. There is one vehicle per ten inhabitants, a figure that is likely to explode with the development of emerging countries. Improving security is therefore a key issue. Since 90% of accidents are due to human error, it is hoped that full or partial automation of the operation could reduce their number or severity.

In general, on the six-level autonomous driving scale, vehicles with advanced interactive driver assistance systems and cooperative intelligent transportation systems can be considered connected. Safety applications are designed to increase situational awareness and limit traffic accidents through communications between vehicles and infrastructure vehicles.

Driver assistance technology can be based on camera systems, sensor technology and vehicle data networks. Functions may include adaptive cruise control, automated braking, GPS integration and traffic warnings, smartphone connection, driver alert and hazard warning.
In terms of security, vehicle-to-vehicle communication technologies could mitigate traffic collisions and improve traffic congestion by exchanging basic safety information such as location, speed and direction between vehicles in range. It can complement active safety features, such as forward collision alert and blind spot detection.

Vehicle to vehicle data exchange
Cars connected to the network will be able to “talk” to each other and avoid risky situations. In case of sudden braking of a vehicle, the system will communicate with surrounding vehicles to improve the flow of traffic and avoid accidents.

The coordination between the vehicles allows a better management of traffic lanes, optimal fire management and avoidance of bottlenecks. The creation of dynamic local maps becomes possible, thanks to the sharing of the information captured by each vehicle. Data management is not only about safety, it helps smart cities to deal with mobility issues.

Just feeling safe is already considered a great benefit. “Ecall” is a technological innovation allowing to make an automatic emergency call. With systems like this, already present in a few vehicles, emergency services can be faster and save more lives.

Automatic detection of technical problems
Automatic detection of technical problems is an advantage for both the user and the manufacturer. The vehicle has software that can monitor it in real time, providing updated information to the driver. This system will also facilitate the tasks performed by professionals: the detection of a defect and its origin or the need for maintenance or wear of certain parts.

The automobile insurance sector (personal and professional) is also entering a phase of change. Thanks to behavioral data from car drivers, insurance companies can now better determine premium rates and terms, incentivize eco-driving safe-driving, develop new economic models.

Connected cars and data diversity
A connected autonomous car integrates wireless telecommunications systems that allow it to collect information that it can record, process, operate, predict and transmit to other vehicles, or send to the road infrastructure. The data collected is numerous and varied. Some are related to the flight, such as distance information with another vehicle measured by a radar, or geolocation data. Other data concern the life on board, for example the transfer of music stored on a smartphone or a movie … It is easy to imagine that future autonomous cars will be able to process up to several gigabytes of data per second.

What can DataBroker DAO bring to the mobility and safety market players?
The growth of the urban world creates challenges in terms of mobility. Both Data Providers and Data Users can benefit from a safe and reliable platform to face those challenges. Self-driving cars can safely exchange data with other vehicles, service providers, road infrastructure and Smart Cities. The platform even provides data monetization functions and automated revenue sharing between the parties, allowing the creation of new data services based on a revenue sharing model of data.

If you have any interest in selling or buying self-driving cars data to improve our Smart Cities mobility, environment and safety, please register on our website


Achieve your full potential with retail location planning

Achieve your full potential with retail location planning

The challenge

Location is one of the most important keys to the success of a point of sale, whether it is a boutique, a restaurant, a pharmacy or a large supermarket. Of course, other elements like customer friendliness, the product range and the quality of the goods or services offered are just as important, but the location is a crucial factor that is often forgotten. As many companies have learned by bitter experience.

Where are there many visitors? How many competitors are there in the neighbourhood? Is the location easily accessible? Is there plenty of parking? These are all factors that can make or break the success of your business. How do you get an answer to these questions, so that you can make an informed decision?

The solution

Geodata gives you insights into the minds and habits of your consumers, so you can cleverly respond to market trends and changes. And geocoding provides a wealth of location intelligence, allowing your business to act on competitive opportunities. A few examples …

Thanks to wireless data you learn more about your customer’s behaviour, allowing you to respond to their needs and habits. You can also combine your customer and prospection data with socio-demographic insights, domestic information and purchase behaviour, competition, and not forgetting your store data.

By using satellite images, geospatial data and the data from important retail players like Locatus (collecting information about stores, shopping areas, and shopping passers-by) and Belmap (providing you with an accurate 3D digital model of Belgium) you can further increase your competitive edge.

And for some sectors, the resulting data can even be checked against specific criteria, so that nothing is left to chance. Such as the Pharmacy Establishment Act for example, which imposes strict conditions regarding the location of pharmacies in Belgium.

As a result, you can beat your competitors to valuable information, enabling you to establish the perfect location for your store and to know exactly when it’s time to expand or open a new branch.

Data provider: GIM

GIM gives your organisation relevant geographical insights by providing a diverse and up-to-date range of geospatial data. Thanks to partnerships with leading providers, GIM has an extensive portfolio of satellite images. The geo experts at GIM analyse your needs and help you choose the images you need, combining their know-how in GIS and Geo ICTLocation Intelligence and Earth observation to provide you with a tailored solution.

Tree health monitoring for greener cities

Tree health monitoring for greener cities

The challenge

Trees give us oxygen, store carbon, and stabilise the soil, thus improving air quality and contributing to a healthier environment. Recent studies have shown that they can have a beneficial effect on acute respiratory symptoms. People living in a tree-filled area are less stressed and have healthier babies. And patients heal faster and have less pain after surgery if they have a tree to look out at through the window of the hospital room. Just to say that trees are extremely important!

However, trees in urban areas are continuously exposed to numerous stress situations, like air pollution, soil compaction, exhaust gases and physical damage to the tree trunks. Which not only has negative consequences for our health but might even cause damage or accidents (falling trees, broken branches, …)

Therefore, it is vital for responsible authorities to anticipate these problems. But without the proper tools and information, this is easier said than done.


The solution

Fortunately, these tools do exist. The basis of tree inventory and mapping is the acquisition of aerial or satellite images, while the physiological tree status is assessed with colour infrared (IR) images. Vegetation reflects much more in the IR spectrum of light and can hence be better analysed than in the normal light spectrum.

An inventory of the tree patrimony – tree species identification, tree height, trunk circumference measurements and the spatial localization of trees – is essential for good tree management. Based on semi-automatic aerial or satellite image analysis, the crown diameter of every tree can be calculated. The location, the extent of trees and their proximity to buildings can be visualised in a GIS (Geographic Information System) environment. And in the field, each tree can be labelled to assure the correct identification. Trees can even be evaluated through time by making evolution maps, visualizing the improvement or deterioration of the health status of trees.

All this enables the green city service to map the physiological status of every tree and to establish a well thought out tree policy for the years to come.


Data provider: Eurosense

Eurosense offers high-quality geographical information – certificated according to the ISO 9001: 2015 standard – derived from spaceborne and airborne remote sensing sources. The company can provide you with a whole range of satellite images from all over the world, whereas airborne surveys are performed with four company-owned airplanes (or with helicopters, for corridor mapping and more detailed surveys). Eurosense has sensors for aerial photography, laser altimetry, and thermography, enabling them to acquire data day and night, and is specialized in the production of value-added products, such as land use maps and flood models.