Monitoring and Control of Complex Technical Objects

Purpose and Field of Use

Use a mechanism for individual monitoring and prediction of technical state of long-term operating the technical object.
Use of modern nondestructive testing by implementing special software. It was developed with the object needs and designed for operation in world level developments.
Improve decision making performance by the use of information about actual technical state of objects.
Support decision-makers information about actual state of equipment.
Improve Existing Information System about Technical Condition by improving the data reliability.

Example: Monitoring and Control of Buildings

Features

Display-controlled buildings in the city maps and districts with an indication of each installed sensor measurement.
Operative Analysis of changes in measured parameters to identify dangerous trends.
Inform users about incidents at the objects (values of measured parameters exceed their threshold limits).
Planning and Monitoring the Implementation of Routine and Special Technical Operations.
Calculating Operational Deadlines of Equipment.
Evaluating the Effectiveness of Objects Maintenance.

Architecture

Advantages

Centralized visual presentation of monitoring with the use of Google and Yandex maps. 3D monitoring of all objects.
Reduced time to identify dangerous trends and conditions for emergencies with virtual models.
Reduced time to prepare reports, by automating preparation processes (tables, graphs). Sending automatic report to customers by E-mail.
Timely informing users about the occurrence of incidents at the objects through the use of modern abilities of user notification (SMS, E-mail, mobile phone)
Operate control of the implementation of routine and special technical operations at objects by automating of business planning