Product Overview

Unlimited Sensors: IEM’s SIMS supports a virtually unlimited amount of sensors, in any configuration of types, with inherent redundancy, selfdiagnostics, and advanced data analytics.

Range of Capabilities: SIMS provides unprecedented multi-modal monitoring capability, from acceleration and vibration to temperature and even air quality.

Real-Time Monitoring: Data from configured sensors are continuously monitored, providing reliable baseline data to compare with operational requirements.

Customizable Alarms: Information and alarms generated by SIMS can be configured to support a variety of needs; from alarm text messages and emails to regularly scheduled management reports.

Product
IEM’s SIMS Structural Breakdown

Product Features

Competitive Advantages

  • 01 Immediate, Detailed Reports
  • 02 Designed to Integrate Complex Systems
  • 03 IEM-Delivered IT Support

Key Features & Details

Data from sensors is housed in a system of servers with web-based access, enabling users with varied needs to recover the information in formats that best suit them. SIMS employs a variety of analytic methods and data-mining tools for providing fast and accurate information, generating real-time reports.

SIMS monitoring is ideal for applications where problems are infrequent but potentially catastrophic if they happen, such as monitoring the integrity of structures (such as bridges and urban buildings), rail operations, traffic conditions, sensitive infrastructure (tunnels, power plants), industrial equipment and machinery, and environmental monitoring (air and water quality).

To assure full-time operation in critical monitoring situations, SIMS offers redundant systems with internal health monitoring. If a primary system fails, the backup system will automatically take over.

Product
IEM’s SIMS Conceptual Architecture

Server Redundancy

The servers collect all of the data from various sensors and sub-systems by using a dual-fiber optic, redundant backbone fed to redundant, faulttolerant servers. Fiber optic communication is the primary method of data transference; here necessary, IEM can provide additional communication channels to act as a backup should the primary communication fibers fail.

The central servers, which work within virtual machines, can automatically fail over to redundant servers located within the premises: or, at a remote location if higher levels of redundancy are required. In a typical situation, the servers can operate on data within a fraction of a second, generating alarms with less than a second’s delay of latency if needed.

Product
IEM’s SIMS Conceptual Architecture
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