Abstract
The article explores the potential application of various solutions that allow monitoring noise and vibration to some extent on construction sites. Over 20 scientific articles presenting experimental research and experience with noise and vibration monitoring systems were reviewed. The articles were collected from leading journals indexed by scientometric databases. The reviewed articles were categorized into solutions for noise monitoring, vibration monitoring, and multifunctional solutions. As a result of the review of solutions in the field of acoustic monitoring, important trends and prospects for further research were identified. There is a recognized need for the development of more accurate methods for filtering background noise and accounting for the characteristics of different construction sites. Regarding solutions for vibration monitoring, the review revealed a need for a more in-depth investigation into the identification and classification of vibration sources for accurate assessment of their indicators. The review of multifunctional solutions and systems showed that additional research and testing are required for a full assessment of their effectiveness and applicability in practice. Successful implementation of such systems requires attention to their flexibility and the ability to install various types and scales on construction sites. Furthermore, emphasis should be placed on training personnel for the effective use of equipment or ensuring their qualifications match the ability to use vibroacoustic complexes.