Detektia S. L. is a spin-off of the Laboratory of Topography and Geomatics of the Civil Engineering School of the Universidad Politécnica de Madrid (UPM). Detektia gathers and integrates the knowledge acquired in more than 20 years of applied research in-ground and infrastructure monitoring. Detektia is formed by a team of one MSc and four doctors that master Differential SAR Interferometry (DInSAR) technology and artificial intelligence techniques with a wide vision of the energy, civil engineering, environmental and water sectors.

Detektia has systematized the Laboratory of Topography and Geomatics’ experience in applied research to create a web solution that is easily adaptable to different infrastructures, allowing the analysis of the integration of DInSAR processing results with artificial intelligence in a visual and dynamic way, facilitating the interpretation and decision-making. Detektia collaborates with the UPM in the development of basic research promoting the use of satellite RADAR technology in multiple dimensions of engineering and society through MSc and PhD theses.

Detektia has developed EyeRADAR, a low-cost infrastructure monitoring tool integrating DInSAR deformation time series analysis with other technologies such as cloud computing, online interactive data analysis and visualization. EyeRADAR allows early detection of anomalies increasing: i) Security and reduction of incidents through the improvement of early warning systems, ii) exploitation efficiency and preventive maintenance of the infrastructure, iii) Infrastructure profitability due to the reduction of in-situ control instrumentation costs, iv) Maintenance efficiency in all the phases of the infrastructure.

Centiloc is a team of 10 engineers specialized in IoT innovation. The company is based in France, developing disruptive IoT sensors for various markets, providing innovative IoT sensors to geolocalize objects.

Centiloc’s innovative product is a sensor able to recognize objects and people in close proximity. This will allow replacing the manual check of the shelves by a cloud-based application which will report the exact placement of products in real-time. The solution proposed is a connected shelf including IoT sensors to geolocalize perfectly the placement of the products on shelves.

BotX is an artificial intelligence platform that allows companies to automate their processes and tasks. Some of our customers have been able to replace 80% of staff by our robots and perform the specific functions 99.9% faster, which has brought them millions of euros of new business deals and saved their expenses. We are a team of highly enthusiastic individuals from multiple fields and a solid engineering background. The most significant advantage of BotX is that it is a conceptual platform running in the cloud as SaaS. It’s a very flexible system with user-friendly interfaces, which makes it fully prepared for future growth.

Access to the AI and automation without engineering skills. BotX is not only about the AI itself but also provides an ecosystem with other sets of innovative data instruments that are combined into a single product. The concept of BotX is the most significant unique innovation.

The mission of BeOn is to help secure that sensitive and valuable products are transported and stored in proper conditions for people and organizations who need them most. For instance, pharmaceuticals, vaccines, and critical healthcare products are dispatched worldwide thanks to air cargo. However, annual product losses are estimated at US$15 billion and in fact, over 50% of all temperature excursions occur while products are in the hands of airlines and airports. Thanks to our expertise in aviation standards and experience in air transport industry, we have developed a tracking device that is compliant with airworthiness requirements to ensure BeOn solution may be used worldwide on any transportation means including air freight. Users access tracking and monitoring services on BeOn web platform to monitor their valuable and sensitive shipments in real-time. BeOn enables users to cut financial losses and reduce ecological footprint by improving logistics performance.

On the BeOn web platform, users access their assets localization map and receive real-time notification when storage or transport conditions are out of nominal range. Users have simple tools to visualize asset positions and conditions history to prevent asset deterioration and improve logistics performance.

BeOn tracking devices are light, easy to install, have years of autonomy and connect to a network that is available in more than 65 countries. A GPS module, a temperature sensor, a shock sensor, and a movement detection sensor are embedded in BeOn tracking devices that are designed and tested to comply with air transport regulations.

ALDA ROBOTICS is a company of the present and the future, based in Belgrade, Serbia. We have brought humanoid service robots into our and your lives. These robots existed in science fiction movies and in dreams before our founding. Today, service humanoid robots exist in your offices and apartments. These robots greet us at airports. They escort us to the train stations. They want to welcome us to the malls. They serve us in restaurants and cafes. They help us in health facilities. They assist us in hotels, car showrooms, in all office buildings and offices. Humanoid service robots are our friends, our associates, our advisors.

In practice, it has been shown that our clients have specific requirements according to the nature of the work and are often not even aware that robots can solve their problem. Our team consists of creative, professional and dedicated people with experience. Invite us to get to know each other and together find a solution that will best suit your needs.

Currently, the company develops a robot to fight COVID–19. The new situation of the pandemic in the world has initiated many of us to be actively involved in solving problems, which, according to the nature of our work, has led to the use of robots in the given conditions. Our solution enables contactless communication with patients, monitoring of medical devices, transport of medicines and protective equipment as well as information on protection measures. We have also developed a new device used as an accessory for our robots and used to disinfect buildings with germicidal lamps.