The article deals with an attempt to consider integration cooperation in the field of landscape architecture needs when providing it with an engineering infrastructure and capabilities of the available park for work in the urban environment. The historical aspect of the importance of integration relations between the urban environment and the development of technical support in cooperation in the construction of landscape facilities is analyzed. A substantiated proposal for creating a passport of compliance with the needs of landscape objects and machines and mechanisms as a system of minimization of costs of economic, term of implementation, avoiding negative impact on the creation of the preservation of architecture and the natural environment. The article formed technological processes and proposed complexes of mechanisms for their implementation, as a rule, with minimization indicators under execution of works, the distance of movement, according to the physical characteristics, by the number of necessary staff to maintain the process. As an option, the article proposes to create a clear program of interaction with the necessary needs of engineering works and the conformity of typological technical support.

The article provides an analytical review of scientific developments to improve the process of cable laying in general and specifically the working body of the cable layer in the trenchless laying of cables in different geological conditions. Using the patent documentation, the search and analysis of materials for the improvement of the working body of the cable layer and the main advantages of trenchless cable laying were carried out. The task of trenchless laying is: laying of water supply networks, sewerage, gas pipeline; laying of power supply cables, telephone and fibre-optic cable communication and alarm lines; laying on the bottom of rivers and reservoirs; laying in mountainous areas; replacement of worn-out communications with new ones. The article analyzes the improvement of the design of cable-laying with active earth-moving working bodies (ZRO), the principle of operation of which is based on the trenchless method, which has limited working speed and relative working speed, design complexity and low operational reliability.