Smart Environment

CityMaking!Wien provides a new toolkit that make it easier for the people to conceive and build parklets in Vienna. A parklet transform the street into a social node where people can share with their neighboors. The webpage offers different tools that will help the user to conceive and build its own living room in the city! The basic requirements and guidelines to build parklets are also listed.  Whats more the parklet potential map helps the usre to see where it might be possible to build a parklet in their surroundings.

The Nature4Cities project aims to develop a scientific and technical database and operational tool for the effectiveness of Nature Based Solutions applied in a framework which considers a holistic approach and, which integrates multiple stakeholders.
It intents to produce knowledges and to empower urban projects stakeholders (involved in urban planning/design/management intervention) to take decision. It addresses to scientists, urban decision makers, practitioners and citizens.
Nature4Cities project is based on:

The system works by sending data received from GPS satellites and mounted sensors on the vehicles to the center through GSM/GPRS; monitoring, controlling/auditing and management are made according to transiently updated map. By knowing all these data, the following problems can be solved:
Risk reduction of traffic accidents by controlling speed and route violations,
Prevention environment pollution,
Monitorization and management of waste logistics,

Clarity is a team of passionate engineers and scientists focused on making a positive impact in the world by tackling the global air pollution crisis. They leverage their expertise in air sensing technology, IoT devices, and data analytics to create solutions that empower communities to make informed decisions and improve quality of life. At the core of their technology are the next‑generation air quality monitors - the Clarity Node and Node-S. Hundreds to thousands of devices work together to form a scalable network of high density air quality measurement points.

In addition to the existing YouBike public bike and U-Motor electric scooter sharing, Taipei City Government will start U-Car electric car sharing system to provide a more efficient transportation option.
The existing U-Car can reach maximum speed of 250km/hour. Considering the traffic need of longer distance between cities, Taipei City Government will cooperate with Keelung, Taoyuan and Hsinchu and other neighboring cities.

Vía Verde is the transformation of more than 1000 concrete columns into a more than 60 thousand square meters of vertical gardens that support Mexico City´s Beltway, one of the most important and iconic expressways in Mexico and in Latin America. Vía Verde came out as a citizen request that was formulated through the social digital platform Change.org, where more than 75 thousand signatures were collected in just 7 days.

40 parking sensors will be installed in the P + R parking lot of Kaszásdűlő. The purpose of the project is to analyze the utilization of the P + R parking lot, and to investigate the integration of measured data into public transport support software such as Waze, Google Maps and other navigation software.

With 80 installed sensors, they monitor parking space utilization, parking habits, and additional uses of sensor-generated data, such as dynamic parking assist applications or community route planning solutions.

During the successful cooperation, Antenna Hungária and their LoRa network were used for remote reading of the heat meters of 40 heat stations in a Győr-Szol service circle. The main benefits of a cost-effective solution are an 8-10 year battery life and the distance, automatic reading of measurement data, possible from closed, windowless spaces as well.