Platform and Software

27 patents already protecting the System, including those internationally registered patents pursuant to the Patent Cooperation Treaty (PCT).

22 certificates of registration with the USA Copyright Office and the Unified Register of Russian Programs for Electronic Computing Machines and Databases.

14 patent applications for registration pending with patent priority.

The PRANA System has been implemented in a two-layer architecture. The lower layer allows data acquisition from the Automated Process Control System (APCS) of each monitored object via the OPC Unified Architecture (OPC UA) server and the data collector within PRANA’s lower layer database (DB). The lower layer server is usually located within the monitored object.

Lower layer DB data are then duplicated through the WAN to the upper layer DB. The lower layer DB serves as a data buffer in case of issues with WAN data transfer. Data arriving in the upper layer DB are processed online by analytical software tools.

Analytics are also stored in the upper layer DB and used by the web server to display on thin client computers of dispatchers, experts, and specialists of a given monitored object. A system client has also been implemented to visualize APCS data and analytics on mobile devices.

PostgreSQL is used as a DB. PRANA system software tools have been implemented using the following tools: C++ in Qt, PHP, Delphi, JavaScript, Kotlin, etc. The system’s components are directly implemented using these tools which ensures the efficient functioning of the system.

Patents

Patent for Invention No. 2626780 «Method and System for Remote Monitoring of Power Stations»

Patent for Invention No. 2703846 «Method for assessing the remaining useful life of the major components of a gas turbine assembly»

Patent for Invention No. 2677429 «Method for Remote Monitoring and Predicting the Condition of Individual Machines and Complex Process Systems»

Patent for Invention No. 2680869 «Method for Automated Acquisition and Processing of Data for Monitoring and Modeling a Complex Technical System»

Patent for Invention No. 2681404 «Method for Predicting the Condition of a Technical System by Approximating its Parameters for Continuous Functioning»

Patent for Invention No. 2681701 «Method for Predicting the Condition of a Technical System Based on Difference Functions»

Patent for Invention No. 2649542 «System and method of remote object monitoring»

Patent for Invention No. 2711724 «Method for Assessing the Location of the Epicenter of the Thermal Field of a Gas Turbine Unit’s Exhaust»

Patent for Invention No. WO2020/076183 A1 «Method for assessing the remaining useful life of the major components of a gas turbine assembly»

Patent for Invention No. WO2020/071952 A1 «Method for organizing collaborative work of experts on diagnostics and technical system management»

Patent for Invention No. WO2020/080970 A1 «Method for predicting the state of a technical system on the basis of pseudo-periodic functions»

Patent for Invention No. WO2018/106150 A1 «System and method of remote object monitoring»

Patent for Invention No. WO2020/071949 A1 «Method for monitoring the functioning of a gas turbine unit»

Patent for Invention No. EP 3 553 044 A1 «System and method of remote object monitoring»

Patent for Invention No. WO2020/076184 A1 «Method for assessing the time remaining until the parameters of a technical system exceed the thresholds for warning and fault signalling»

Patent for Invention No. 2668852 «Method for Evaluating the Remaining Lifespan of a Gas Turbine Unit’s Main Components»

Patent for Invention No. 2696919 «Method and System for Evaluating the Technical Condition of Gas Turbine Units Based on Thermal Fields»

Patent for Invention No. 2681740 «Method for Controlling a Technical System by Keeping the System’s Optimal Condition Point on Aggregated 2D and 3D Groups of Parameters»

Patent for Invention No. 2686257 «Method and System for Identifying and Predicting the Development of Nascent Defects in Facilities»

Patent for Invention No. 2698416 «Method for monitoring and predicting the state of individual assemblies and complex technical systems using semantically oriented artificial intelligence»

Patent for Invention No. 2703844 «Method for Evaluating the Remaining Lifespan of a Gas Turbine Unit’s First Stage»

Patent for Invention No. 2703874 «Method for Monitoring and Predicting the Behavior of a Gas Turbine Unit Using a Defect Matrix»

Patent for Invention No. WO2020/071948 A1 «Method for assessing the position of the epicentre of a thermal field of the exhaust of a gas turbine assembly»

Patent for Invention No. WO2019/209146 A1 «Method and System for identifying and forecasting the develompent of faults in equipment»

Patent for Invention No. WO2019/203696 A1 «Method and System for evaluating the technical condition of gas turbine assemblies»

Patent for Invention No. WO2020/071951 A1 «Method for assessing the remaining useful life of the first stage of a gas turbine assembly»

Patent for Invention No. WO2020/071950 A1 «Method for monitoring and predicting the state of individual assemblies and complex technical systems using semantically oriented artificial intelligence»

Certificates

Registration in the USA

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© PRANA: Predictive Analytics and Remote Monitoring System, 2024

15 Nikoloyamskaya St., Moscow,
109240, Russia