Field Communications
Connect equipment through Modbus, serial communications, device interfaces, sensors, controls, and other available protocols.
Connected Operations Platform
Field communications, edge computing, telemetry, cameras, cloud services, monitoring, and remote control were integrated into one system.
The Situation
Operating data, alarms, camera information, equipment status, and control functions existed across different devices and interfaces.
The objective was to bring those functions together without making remote connectivity a requirement for every local operation.
Scope
Edge-to-Cloud Architecture
The field layer collects and interprets equipment data, monitors health, buffers information during outages, and handles appropriate local functions.
The cloud layer provides broader visibility, history, user access, monitoring, and authorized remote interaction.
Platform Components
Connect equipment through Modbus, serial communications, device interfaces, sensors, controls, and other available protocols.
Collect, translate, normalize, buffer, monitor, and process information close to the equipment.
Present operating status, telemetry, trends, alarms, cameras, and site health through a centralized application.
Send authorized commands and retain acknowledgement, status, and visibility around the result.
System Integration
Reliable monitoring and control depend on the equipment, communications, local computing, data structure, cloud services, application, and command path working together.
The architecture was developed across the full path from physical equipment and field communications through edge processing and cloud services to the operator interface.
Related Services
ballastIQ works across field equipment, controls, edge computing, communications, telemetry, cloud services, monitoring, and automation.