By 2030, the number of Internet-enabled devices is expected to exceed 125 billion – there are already far many more devices online than there are people on the planet.
In the future, many of these devices will be located in urban areas, where they will contribute to better services for citizens in regards to light, waste management and traffic flow.
Right now many of the new devices differ broadly in terms of network infrastructure and capabilities, so at DOLL we are testing a wide range of networking solutions, from LoRaWAN to lightning fast 5G.

LED technology and intelligent light management have the potential to cut 80% of the resource consumption of traditional outdoor lighting.
This technological development also highlights the possibility for light to be used more effectively as a means of creating security and raising our overall experience of the urban space: for example, light that adjusts to different needs and levels of activity. At the same time, street lighting infrastructure also shows great potential to support various network and sensor technologies.
The testing and demonstration of LED-based outdoor lighting is therefore an essential part of DOLL Living Lab, where more than 80 solutions are tested side-by-side.

At DOLL we measure precipitation, temperature, noise and particulate pollution in real time. Measuring in real time offers completely new possibilities for adapting activities to the current conditions, for example by directing traffic away from cloudy areas or adjusting snow clearance and salt distribution to match the current road temperature.
The real-time measurement of particulate pollution and noise, for example, can provide valuable information on how we can best organize our infrastructure. This benefits both individual citizens and society as a whole.

In Denmark alone, approximately 11 million tons of waste are produced annually. Waste collection costs time, money and resources, so at DOLL we test digital sensor-based solutions, where collection takes place as and when needed, rather than on fixed schedules.
Imagine a future where waste containers can tell when it’s time to be emptied and intelligent systems plan the most optimal collection routes – routes that may even take into account the current traffic situation.
Visit DOLL and experience the future of waste management today.

At DOLL we test several different solutions for dynamic traffic detection.
A considerable portion of road traffic in the world’s major cities is made up of drivers searching for parking spots. This creates unnecessary congestion, is waste of resources and also contributes to air pollution. At DOLL we test several different solutions for intelligent parking guidance and detection – both in traditional parking bays and along the curb.
The development of self-driven cars is also gaining momentum and in rural areas there is particularly great potential for autonomous public transport. Therefore, self-driven buses with app-based dynamic routing will also become a regular part of the street scene at DOLL from 2019.

CASE: City wifi:

• Full scale coverage
• 2 partner companies enrolled
• Around 60 access points applied
• Installed as mesh-network
• Guest-, admin-, and devices-network

CASE: Mobile/GSM network

• Full scale coverage
• 1 partner company enrolled
• Networks: NB-IoT, 2G, 5G
• 3 use-cases connected

CASE: LPWAN

• Full scale coverage
• 3 partner companies enrolled
• Networks: LoRa Wan, Sigfox, UNB
• 5 use-cases connected

CASE: Air Quality

• 4 sites involved
• 1 partner company enrolled
• 1 solution currently applied
• 4 sensors in operation
• Pollution level: CO, NOX, SOX, temp., humidity, etc.
• Data visualization

CASE: Temperature

• 3 sites involved
• 3 partner companies enrolled
• 3 solutions currently applied
• Sensors based on radar technology

CASE: Noise Pollution

• 2 sites involved
• 1 partner company enrolled
• 1 solution currently applied
• 2 sensors in operation

CASE: Housing Associations

• 5 sites involved
• 6 partner companies enrolled
• 4 different solutions currently applied and tested
• Close to 200 sensors in operation
• In-ground containers
• Residual waste, glass, plastic, paper, metal, cardboard

Public Space (bus-stops, schools, and pedestrian areas)

• 4 sites involved
• 5 partner companies enrolled
• 4 different solutions
• Close to 60 sensors in operation
• Mini, compactor, and street bins
• Residual waste, glass, plastic,
  paper, metal, cardboard, electronics

CASE: Industry, Office Buildings and Institutions

• 6 sites involved
• 3 partner companies enrolled
• 4 different solutions currently applied and tested
• Close to 40 sensors in operation
• Mini, midi, maxi, and frontloader-containers
• Residual waste, construction waste, electronics, plastic, paper, metal, cardboard