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Anomaly Detection combining time series and unstructured data using AI/ML algorithms in a distributed cloud/edge device scenario


IoT has taken the world by storm and in 2025 there will be ~75Bn connected devices, creating an amount of data never generated before. This comes with a new set of challenges, which need to be addressed with regards to IoT device management, especially in industrial settings. Currently, there are limited tools for embedded Linux IoT device management (e.g. cameras, sensors, thermostats, routers, etc), which are not able to effectively manage the devices and keep the IoT infrastructure secure.
QBee offers the platform, a unique embedded Linux automation, provisioning and security tool enabling a highly efficient IoT device management with high security focus for the overall IoT infrastructure. With the SmartAD project, QBee targets the development of an innovative module to the platform, namely an automated smart, accurate and secure anomaly detection module, which was identified as top priority to disrupt the IoT devices management tools. Intelligent algorithms can be used for detection of malfunctioning/suspicious behavior using advanced anomaly detection, fingerprinting and the awareness of configuration changes that the device should adhere to. To achieve this, time series data as well as file and configuration changes needs to be analyzed.
Although, QBee has a strong team in the area of full-stack development, system administration, embedded devices (Linux), automation and cloud software scaling, which allowed to bring the product to a beta-version, it is also very small, and currently QBee does not have in-house skills for the next innovation stage, where forefront Artificial Intelligence/Machine Learning and data analytics skills are demanded. The SME Innovation Associate Programme fits the QBee plan on boosting R&D activities and the recruitment of an Innovation Associate will be critical to develop this module which will make platform unique in terms of detection & prevention of cyberattacks on industrial IoT infrastructures.

Call for proposal

See other projects for this call

Funding Scheme

CSA-LSP - Coordination and support action Lump sum


Rosenholmveien 25
1414 Trollasen
Activity type
Private for-profit entities (excluding Higher or Secondary Education Establishments)
EU contribution
€ 129 111,25