We will contribute to the development of truly open, multi-supplier, interoperable, multi-transport wireless communication solutions for Smart Cities and utilities
The City of St. Gallen, Switzerland, has kicked-off a Smart Lighting project which is expected to save up to 65% of power thanks to Paradox Engineering and Osram Lighting technologies
Tinynode brings to Intertraffic Amsterdam 2018 the very best of its Smart Parking solutions and introduces new Parking Sensor Fusion technology. A unique Augmented Reality experience allows visitors to immerse into IoT applications for Smart Cities
Tinynode, Paradox Engineering’s company specialized in wireless vehicle detection systems, introduced an enhanced version of its sensor technology offering superior performance, robustness and extended life-time. Thanks to substantial achievements in algorithm, hardware, software and firmware, Tinynode parking solutions grant over 99% radio communication availability, 98% detection accuracy and up to 10-year battery life with a single sensing technology that assures outperforming stability and reliability.
New sensor technology will be unveiled at Parkopolis 2017, the parking and mobility event taking place at Paris – Porte de Versailles on June 21st and 22nd 2017. Tinynode will be exhibiting in Hall 5.1, Stand E03.DOWNLOAD PRESS RELEASE
PE Smart Urban Network is the revolutionary and next generation connectivity platform and applications ecosystem for Smart Cities. Providing a unified, interoperable technology to manage both Wireless IoT and Wireless Highspeed IoT networks over the same infrastructure, it enables sensor based applications on one hand, and pervasive WiFi and high-bandwidth applications on the other hand.
PE Smart Urban Network is being showcased simultaneously at Light Fair International 2017 (Philadelphia, US – May 9 to 11, 2017) and Smart Cities India 2017 Expo (New Delhi, India – May 10 to 12, 2017).
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Azienda Elettrica di Massagno and Paradox Engineering will collaborate to the development of innovative technologies for managing power distribution networks and design new utility services.
The agreement has been signed for three years and includes the field trial of new Smart Grid and Smart City solutions based on the Internet of Things, with the common goal of improving efficiency of existing infrastructures, promote sustainable growth and boost local economy.DOWNLOAD PRESS RELEASE
Paradox Engineering is partner of enCOMPASS, the project funded by the EU Commission under the Horizon 2020 program. Through enCOMPASS, we’ll contribute to create a highly innovative ICT platform to facilitate a newer and more effective approach to energy saving, leveraging data generated from smart sensors to feed user-friendly digital tools, and provide energy recommendations by applying advanced consumer behavior models. In the next three years enCOMPASS will be piloted in Germany, Switzerland and Greece, considering residential buildings, schools and public administration offices.DOWNLOAD PRESS RELEASE
Czech engineering company SPEL Inc. and Swiss technology company Paradox Engineering SA are collaborating to design and implement next-generation solutions for Smart Mobility and Smart Cities, pooling respective competences and expertise in industrial and urban services automation.
First achievement of this cooperation is the innovative Smart Parking project just completed in Kolin, Czech Republic, entirely based on Tinynode’s technology and SPEL’s parking management systems.DOWNLOAD PRESS RELEASE
Danish regional energy and fiber broadband provider EnergiMidt signed an agreement with Swiss technology company Paradox Engineering SA to develop innovative smart city networks and provide advanced services to the public sector and private business customers in Denmark. Acting as local representative for Paradox Engineering’s solutions in the Danish market, EnergiMidt will integrate PE.AMI in existing and future infrastructures, leveraging its system integration experience and know-how in the intelligent street lighting market.
The two companies have already been collaborating on a pilot project for the community of Viborg, in the village of Almind, to be completed by the end of March 2016. About 50 light poles will be equipped with smart lamps and PE.AMI Lighting Management Nodes, thus connecting each light point to a wireless network and enabling remote monitoring and control. The same architecture supports the smart parking system to be deployed at the local community house, where about 40 car lots are being equipped with PE.AMI Parking Management Nodes to detect vehicle occupancy and provide drivers with real-time parking availability information. The intent of the community of Viborg is to test both smart lighting and smart parking solutions to evaluate possible extension of the same network to other smart urban services such as WiFi hot spots, solid waste management and smart metering.DOWNLOAD PRESS RELEASE