KissMyBike

Kissmybike is an IoT tracking solution designed specifically for bicycles and small vehicles that detects theft and tracks the vehicle’s location until its successful recovery. It features an ultra-compact robust design that allows an internal installation, hiding it from hand and eye. The combination of smart adaptive algorithms and energy-efficient electronics enables several years of operation on a single charge. The system comprises cutting-edge satellite and mobile technologies in order to accurately track a vehicle’s location in different conditions in the event of theft.

Exploring Prague with a new 3D model application

IPR Prague released an application which helps to explore Prague in 3D from anywhere. Unlike Googlemaps and other programs, the application provides a wide range of detailed information about every building. The 3D model includes data on more than 200,000 buildings throughout the city. The application allows you to search by address; once an address is entered, the specified building is automatically highlighted on the map.

ENLIL Vertical Axis Wind Turbine

ENLIL is  vertical turbine designed to capture one of the most important renewable energy sources, wind power by using the dynamics of modern cities. As an addition to commonly known turbines ENLIL is designed to capture the fast and continuous flow of all traffic on the roads. The solar panels located on the top of the turbine provide extra electricity to be captured. By generating appr.

Road Zipper

The Road Zipper System is designed to create a positive traffic barrier between opposing lanes of traffic and between motorists and construction work areas.
The Barrier Transfer Machine (BTM) laterally transfers the barrier wall, one lane or more, at speeds of up to 10 mph (15 km/h).  This allows the contractor to quickly reconfigure the roadway to meet changing traffic demands and at the same time expedite construction.

CleanSpace- air pollution sensor

CleanSpace is the world's first personal air pollution smart sensor.  The Tag tracks air pollution both indoors and outside, recording your exposure to harmful carbon monoxide (CO) to help avoid harmful air pollution. Completely mobile – the users can carry it with them wherever they go. It automatically uploads the users' measurements to their phone via Bluetooth, works with CleanSpace App to plan clean routes, avoid pollution hotspots and visualise trends.

Clarity

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.

Chordant

Chordant, an InterDigital business, is part of a global company passionate about innovation and a standards-based approach that stimulates thriving global ecosystems. Solutions powered by the Chordant platform address the fundamental challenges in Smart City deployments. Like a perfect chord of musical notes, the Chordant platform brings harmony to diverse devices, data and services. We have created one of the largest Smart City deployments integrating hundreds of transport data sources into a transport data marketplace.

CARTO

CARTO is the platform for turning location data into business outcomes. CARTO's open cloud platform offers visual insights on where things happen, why they happen, and predict what will happen in the future. They accelerate innovation, find efficiencies, and power new use cases. CARTO leads the Location Intelligence revolution, empowering any organization and individual to uncover insights through location data and then makes them available to their organization or the general public in the form of location intelligence apps.