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S4AllCities Horizon2020
In cities, ‘soft targets’ are public spaces such as shopping centres, gathering places, sports grounds, transport infrastructure, i.e. potential, multiple targets located within an urban agglomeration and exposed to ‘low cost’ attacks that strongly affect citizens. The continuous progress of the Smart City, especially associated with the introduction of new technologies, brings increased operational efficiency, but also vulnerability to new threats and attacks on soft targets.
The S4ALLCities project aims to transform European cities to be more protected, prepared and resilient to physical and cyber attacks.
As part of the project, we will implement the following steps:
- To transfer our experience in the use of drones and other technologies for the Integrated Rescue System (aerial support for crisis management, image streaming, sensor drone technology, a prototype of a drone that fires flame-retardant grenades, etc.)
- Adapt existing monitoring systems to the state of the art. Implement additional low-cost monitoring technologies and solutions that enhance Smart City preparedness and defensibility in cyber and physical space.
- Design and develop an open information sharing and management platform that provides relevant situational awareness and decision support for incident management.
- Design and develop an intelligent communications architecture that provides connectivity and integration of city subsystems with systems supporting emergency management.
- Influence collaboration between all stakeholders in crisis/security management, from urban planners to infrastructure operators, private service providers, security experts, IT specialists.
- To validate and demonstrate the effectiveness of the integrated S4ALLCities SoS in relevant environments by real public authorities/end users in three European Smart Cities (Trikala, Bilbao, Pilsen), which at the end of the project reached TRL-7 level for the whole S4ALLCities platform.
dokuments S4AllCities
Drones in use
DJI Matrice 300 RTK
UAV designed mainly for the needs of the integrated rescue system. Carrying the DJI H20T and GL60 LED spotlight, we are able to monitor the required area for 45 minutes. The IP45 rating allows us to fly even in very harsh conditions for UAV operation. We can equip the DJI Matrice 300 with up to three payloads, but as standard we use "only" the DJI H20T and GL60.
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Flyability ELIOS 2
An excellent tool for inspecting the supporting structures of industrial halls, tank and boiler interiors, collectors and pipelines. It is also used in bridge inspections for detailed inspections of otherwise inaccessible areas.
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Flyability ELIOS 1
The first version of the Elios anti-collision drone from Swiss manufacturer Flyability. It is suitable for inspections of industrial hall structures, tank and boiler interiors, collectors and pipelines. We also use it during the intervention of the IZS (Integrated Rescue System), for example, for surveys of the interior of buildings before the entry of members of fire brigades.
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BlueROV 2
This submarine is used for inspections of structures and objects located under the water surface. It is also a great tool for researching life underwater.
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Flyability Elios 3
Another anti-collision UAV from Swiss manufacturer Flyability. It is again used for indoor inspections in industrial halls, inside boilers, collectors and pipelines. But much more accurately than before, thanks to LiDAR technology. Of course, this machine will be incorporated into actions for the IZS (Integrated Rescue System).
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Carried equipment
DJI Zenmuse L1
LiDAR laser scanner with RGB camera. Using LiDAR technology (a method of remotely measuring the distance to the object being scanned using a laser beam), we create point clouds. We then use an RGB camera to add colour to the point cloud. This gives us a very accurate 3D model of reality. Our applications include monitoring traffic accidents, scanning burnt or crumbled objects. It is also planned to be deployed in other projects such as scanning important objects for the needs of the IZS (Integrated Rescue System), where we will create a basis for simulating and planning a crisis scenario.
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DJI Zenmuse H20T
The most commonly used for the need of the IZS (Integrated Rescue System). Combination of a total of 4 different sensors. But there are also plans to integrate it into our inspection system. It has an optical ZOOM camera for detailed monitoring, a thermal camera for finding fire hotspots or searching for people, a laser rangefinder for GPS targeting of important points and counting their distance from the UAV, and a wide-angle camera for a general overview.
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GL60 Spotlight
LED spotlight to assist the IZS (Integrated Rescue System). This is the most commonly used payload at events in the dark. It was created as a replacement for the DJI Z15 Spotlight we have used so far. It now has the ability to adjust its focal length during flight. This allows us to direct the intensity of the light much more precisely on the object of interest. It is fully compatible with the DJI Matrice 210 and DJI Matrice 300.
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Every new contract for us always has the same and only goal - success and a maximally satisfied client.
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