In the conditions of rapid development of software and hardware that automatically monitor destabilizing factors of natural and technogenic nature, technologies of oil production and transportation processes, increasing requirements for ensuring the safety of the population and territories from technogenic disaster, technological and structural solutions for the creation of a system for the explosion-and-fire hazard monitoring of objects production and transport of oil (SMOI). In this paper, we propose modern technological solutions for the creation of SMOI, which are developed on the basis of the requirements determined by the technological principles of the integrated safety of potentially dangerous objects and capital construction projects and the technology of building automated control systems, taking into account an integrated approach to solving security and antiterrorist security problems. The technology of SMOI construction is based on software and hardware that automatically monitors destabilizing factors of natural and man-made nature and provides information to the everyday management bodies of the General subject about the threat and occurrence of an accident, emergency situations, including those caused by terrorist acts. Structurally, the monitoring system includes three subsystems: § for data collection and message transfer (SDCMT); § of communication and management in crisis situations (SCMCS); § for engineering (bearing) structures monitoring, hazardous natural processes and phenomena (SMES). The organizational and engineering-technical measures for the creation of SMOI are proposed, the technological stages of its creation are determined, the necessary normative base for ensuring interaction with the everyday management bodies of the RSES and technological solutions for providing management of engineering systems with integrated monitoring and management functions is considered.