When developing cloud-based information systems, developers sometimes use a native development approach. This approach does not involve the use of development environments or software libraries, but only basic programming languages such as PHP and JavaScript necessary for application development. However, this method creates a problem of lack of modularity and code reusability. In today's age, where development time and code reusability are crucial parameters, this approach is not recommended. By utilizing different libraries and development environments, web systems become more complex but reduce development time by encapsulating specific aspects. This final thesis conducted an analysis of concepts, languages, development environments, and tools that can be used in the development of cloud-based information systems. The requirements of the land registry and cadastral information system were also analyzed. Through a synthesis of the described technologies and based on the gathered requirements, an information system for land registry and cadastral purposes was developed and described.