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OSI's SCADA platform is a feature-rich and flexible platform that provides real-time monitoring and control applications for your various real-time processes. The SCADA platform, based on our monarch™ architecture, is a scalable SCADA product that is able to handle processes involving anywhere from millions of data points down to those requiring only a few hundred monitored points.

Many vertically integrated utility clients have standardized on the OSI SCADA platform as their single enterprise SCADA platform. Monitoring substations, power plants, distribution networks and transmission networks based on the same core technology and platform allows our users to consolidate and minimize their technology investments in support and maintenance of these systems, while taking advantage of rich operational features not found in lower-tier solutions.

A scalable and tiered pricing model allows cost-effective implementation of the monarch SCADA platform for virtually any size application in electric, oil & gas, transportation and water industries. You do not have to settle for lower-tier solutions with limited growth and operational quality.

With the OSI SCADA platform, you can be assured that growth and changes in sizing and business requirements will not render your technology investment obsolete. We deliver superior scalability and insure you against future technology obsolescence for the same—or lower—investment cost as other, more limited solutions available on the market.




Supervisory Control and Data Acquisition

OpenSCADA is an open, scalable and feature-rich SCADA software product. When used in conjunction with other monarch software modules, it provides very efficient real-time information management and control for demanding operating centers.


Communications Front-end Processor

OpenFEP is a modularized Communications Front-end Processor subsystem that handles all communications with Remote Terminal Units (RTU) and Intelligent Electronic Devices (IED) using a number of open standard protocols as well as legacy protocols.


Inter-control Center Communications Protocol

OpenICCP is an implementation of the standardized ICCP protocol and has been designed for optimal performance, ease of maintenance and simple configuration. OpenICCP can be deployed as an integrated module to a monarch SCADA system, or can be installed as a stand-alone product to interface with legacy SCADA systems.


Historical Information System & Data Archiving

OpenHIS is a flexible software system for the archival of real-time and calculated data in a commercial relational database management system (RDBMS). OpenHIS's architecture uses a loosely coupled RDBMS interface, thus allowing support for any commercial database with an ANSI SQL interface.


Graphical User Interface

OpenView is the Graphical User Interface (GUI) for monarch-based automation systems. OpenView is an integrated, high performance real-time database management and application development platform, intended to serve as a consistent and capable development environment for producing accurate, real-time automation and control applications.


Real-time & Historical Trending

OpenTrend is a high-performance trending application that supports real-time trending, historical trending and archival playback. The OpenTrend system has the ability to trend any real-time, calculated or application-generated data value from the system database.


Advanced Alarm Management System

ViewPoint is a powerful, next-generation alarm management system that features a comprehensive interface designed to present critical information and alarms to operators with the necessary speed and accuracy for the timely prevention and management of unfavorable events.

OSI Voyager™

Web-based User Interface

OSI Voyager is a secure, browser-based application that allows viewing of system displays via a browser on a desktop or any browser-enabled device—phone, tablet or laptop. Authenticated users can view any graphical world map display, substation one-line or real-time and application tabular display. Full rendition of displays including panning, zooming and de-cluttering are supported.


Historical Recording System

CHRONUS Data Historian is a modern, highly efficient data warehousing application suite specifically designed to handle data collection and archiving of the massive real-time data sets associated with large-scale real-time data measurement environments.

Design Studio™

Display Design & Maintenance Subsystem

Design Studio is a straightforward, intuitive, feature-rich and user-friendly display editor that employs a wide array of tool sets designed to facilitate easy and efficient display creation and maintenance. Design Studio is used to plan, design, develop and maintain all graphical, tabular and iconic displays for the OpenView Graphical User Interface.


Data Engineering & Maintenance Subsystem

DataExplorer provides a comprehensive environment for your maintenance team to manage database modifications for your production systems. DataExplorer allows the coordination of modifications to the monarch system through a modern user interface.


Calculation & Scripting Subsystem

OpenCalc Calculation subsystem is an integrated development environment that allows users of the monarch platform to design and create custom calculations logic or sophisticated control and monitoring applications.

Advanced Tabulars™

Dynamic Tabular Display Subsystem

Advanced Tabulars is used to dynamically display and interact with data managed by OSI's automation software applications in a useful row and column-based format. Advanced Tabulars is specifically designed to improve system flexibility, situational awareness and user navigation through the use of various modern interface features.


Electronic Operator Logging System

EpiLog is a powerful and versatile digital logging system specifically designed to provide a permanent and searchable repository of user-logged system activities. EpiLog effectively provides system operators with the technology to accurately record and later recall the comprehensive "who", "where", "what", "why", "when" and "how" of specific system events.