Identification of persons in contact with the information systems of organizations is a very important aspect of the security of the entire system. One of the options used for this purpose is a smart card. Therefore added security in form of combination of more complex architecture and chip card with biometric is desired in today's world. In the implementation of the smart card technology it is necessary to emphasize the level of security, which affect how contactless or contact chip card applications in memory chip.

In the field of Cooperative Intelligent Transport Systems (C-ITSs), the traditional approach to testing often emphasizes technological parameters, leaving the validation of message content insufficiently addressed. Since the content of these messages is crucial for the correct functioning of C-ITS, this article demonstrates the potential for automated evaluation of C-ITS message content against relevant standards. It leverages our novel tools, Karlos and C-ITS SIM, to facilitate this process. Through detailed laboratory testing and data analysis, the study showcases the effectiveness of these automated solutions in enhancing the accuracy and reliability of message content validation.

Personnel identification is everyday struggle between each individual and security personnel. This is equally important on academic grounds where unauthorized individuals could access university resources and university research. We can assume that every academic individual poses university identification card that can be used for access to restricted areas, computers, library or cafeterias but this identity card can be lost, stolen or borrowed to someone else. Therefore added security in form of combination of more complex chip card architecture and biometric is desired in today's world.

The article deals with the design of the IoT communication platform for real HVAC operation, which is designed for the design of intelligent buildings. For its own implementation, the existing RS485-based access systems infrastructure will be used, extended by wireless gateways. The data obtained is stored in a cloud environment where the datamining methods are then evaluated. The article describes the basic principle of the operation of the proposed infrastructure and demonstrates the pilot verification in a real environment.

Personal identification is everyday struggle between each identified individual and the security personnel. This is equally important on academic grounds where unauthorized individuals could access university resources and university research. Even in case that every member of the academic staff is a holder of the university identification card used for access to restricted areas, computers, library or cafeterias, this identity card can be lost, stolen or borrowed to someone else. Therefore added security in form of combination of more complex chip card architecture and biometric is desired to ensure a proper level of protection.

In the university environment, as well as in many other institutions and industrial companies there are a large number of different assets. Significant differences from other enterprises or institutions are the large variation in purchase and huge turnover of assets. Exceptionally assets are lent or transferred between faculties, relatively frequent are exchanges and long-term loans between departments. Very common is the movement of assets within a single department. Although according to the internal regulations there is mandatory for any transfer of property to create transfer documentation. It does only in the first two cases, when transfers are outside the department or faculty. The result is long-lasting legitimate inventory at the end of the year, a large number of the missing property and often critical situations acting on interpersonal relationships. The reason is clear - it is not humanly possible for asset manager to handle from several thousand to tens of thousands of shifts, loans and transfers of assets per year.