In modern conditions, as Ukraine faces numerous challenges in the fields of ecology and security, the development of comprehensive monitoring methods for restricted ecosystems becomes increasingly relevant. The research resulted in the creation of a decomposed model for data movement within this closed system, featuring a modular structure. This is a crucial aspect for the rapid expansion of the existing system's functionality and the hot swapping of complex components. Upon reviewing the issue, it was determined that the methods of adaptive monitoring research for restricted ecosystems using special services on the potentially dangerous objects and objects of critical infrastructure were not sufficiently effective. The authors proposed, modeled, and developed a new hardware-software complex that enables the implementation of a set of tools specifically tailored for monitoring in areas of anthropogenic pollution. The optimal set of sensors for the sensor module was enhanced. A unique superposition of local and cloud solutions for data accumulation, analysis, processing, and visualization is recommended for further work in this and related fields. The integration of a new solution stack in the sub-gigahertz range, with the extension of the spectrum, distinguishes the project with resilience, while the Advanced Encryption Standard adaptation implements mid-attack protection. The expected effect of implementing the multisensory system lies in the early detection of emergency situation factors, forecasting, and decision-making regarding the elimination of the arising danger, as well as the prompt involvement of relevant units of the State Emergency Service of Ukraine and other government structures. The simple implementation mechanism of the system ensures scalability and the quick replacement of key elements.