Worldsensing is a widely recognized global IoT pioneer. What drives us is the passion to re-define the way smart cities manage mobility and how traditional industries operate infrastructures and assets.
We empower customers to make the right operational decisions based on real-time intelligence. These insights enable operators to understand the performance of distributed infrastructure, make predictions, improve efficiency and even prevent disasters.
This is what we call Connected Operational Intelligence.
Today, we are re-inventing the world we will live and work in tomorrow, with customers in more than 35 countries on 5 continents.
Founded in 2008, we were the first to develop sensors which enabled smart city operations based on wireless sensing technologies. Today, our software solutions combine location intelligence with infrastructure monitoring.
We are not only among the best in the world at connecting distributed infrastructures, we also know how to extract intelligence from collected data to transform operations.
In the next 5 years, the Internet of Things will fundamentally change many Industrial sectors, which account for a majority of global GDP.
In 2010, while no one was even thinking about the Industrial IoT, Worldsensing was already providing low-power wireless sensor networks around the world.
Today, our business is to connect difficult to reach, distributed infrastructures like on-street parking spaces or mines to the Industrial IoT. We use wireless sensor technology and real-time software solutions to provide operational intelligence, make operations smarter and transform businesses.
We are the Connected Operational Intelligence company.
Fastprk is an intelligent Parking Management System that allows cities and operators to manage parking resources more efficiently and parking operators to generate additional revenue.
The wireless system uses smart sensors installed in parking spaces and guides drivers to areas with vacancies via electronic panels and mobile Apps.
While Fastprk provides drivers with information to save gas, money, and nerves, parking operators can leverage insights and updates to optimize parking policies.
Fastprk is the only system on the market featuring an integrated monitoring tool for sensors which provides real-time sensor updates on battery status, temperature, last message transmitted, and more.
Bitcarrier is a system for real-time traffic and road monitoring. Vehicle movements are captured with a network of smart sensors, which are placed at strategic locations in city streets, on roads and on highways.
City and road operators wirelessly collect traffic information and can visualize and analyze results to better manage traffic flow.
While drivers obtain instant updates about journey times and incidents, road operators receive all the data they need to develop agile mobility policies.
Loadsensing is a monitoring and data acquisition system which combines state-of-the-art wireless monitoring devices and advanced software tools. It is widely recognized as leading solution for connecting and monitoring infrastructures in remote locations.
Loadsensing devices are battery-powered and equipped with long-range, low-power wide area network (LPWA) radio communications and are compatible with a wide range of geotechnical sensors. The software component is web-based and facilitates real-time data capture and analytics. It is also possible to set automatic alarms to make operations safer.
Mining and construction companies and operators of bridges, tunnels, dams, railways and many other inaccessible assets can now work with reliable data. Having access to this information and real-time insights enables operators to anticipate needs, manage workforces, diminish risks, and even prevent disasters.
The Spidernano data acquisition system is a low-power Seismic Recording Unit suitable for a variety of geophysical applications within civil engineering, such as critical Structural Health Monitoring (SHM) or microseismic monitoring. Spidernano provides high-resolution data acquisition and is easy to connect and operate due to its small form factor. Offering customizable data acquisition options and being compatible with most geophysical sensors, makes the recording unit extremely versatile.
The Spidernano monitoring unit can be used to measure and control induced vibrations generated during the construction of infrastructures, blasts, resource extractions and reservoir operations. Once deployed, it increases safety for contractors, insurances, and citizens.
Application areas of the Seismic Recording Unit include the assessment of mines and civil engineering works, critical infrastructure health monitoring, the passive seismic oil and gas exploration and extraction monitoring, microseismicity, gas injection monitoring, seismology, earthquake engineering and structural vibration control.