Every operation depends on a network of connected activities. The condition of a motor affects production. Production schedules influence energy demand. Building conditions affect the people and equipment inside, while the infrastructure beyond the facility keeps everything moving. Managing these relationships becomes difficult when the information behind them is scattered across separate systems.
CorGrid, Corvalent’s Industrial Internet of Things (IIoT) platform, brings equipment, sensors, and cameras into a shared environment for real-time monitoring, predictive analytics, and automation. Its five verticals—Smart Building, Smart Machine, Smart Process, Smart Energy, and Smart City—apply these capabilities to different parts of an operation. Together, they provide a framework for understanding how individual assets contribute to broader performance.
Consider a manufacturing facility as a practical example. Before production begins, its HVAC and lighting systems may already be running. As employees arrive and spaces fill, ventilation, temperature, and lighting needs change. CorGrid Smart Building helps facility teams monitor these conditions through occupancy, environmental, and infrastructure sensors. Connecting occupancy information with HVAC and lighting controls can help align building operation with actual use, while air quality and leak monitoring give staff additional visibility into conditions requiring attention.
This approach reflects the role of advanced controls in efficient facilities. The U.S. Department of Energy identifies building controls as a way to improve energy performance while responding to occupant needs. For facility managers, that means having better information to guide adjustments throughout the day and address issues before they become larger disruptions.
Once production is underway, attention extends to the equipment keeping it moving. A motor that develops an unusual vibration or rising temperature may need investigation. CorGrid Smart Machine connects machine monitoring with predictive maintenance capabilities and overall equipment effectiveness (OEE) tracking, helping teams evaluate equipment condition alongside availability, performance, and quality. A NIST review of condition monitoring explains how this discipline supports detecting, diagnosing, and predicting equipment faults. With that information, maintenance teams can make more informed decisions about inspections and service.
Keeping equipment available is closely tied to producing consistent results. Even when a machine is running, a missing component or incorrect product position can cause waste further down the line. CorGrid Smart Process brings industrial sensors, AI-enabled cameras, and real-time analytics into production monitoring and automated inspection. Depending on the application, these tools can check component presence, identify visual defects, and verify packaging or labels. The inspection principle is well established: NIST research on vision and touch sensors describes how sensor measurements can verify manufactured parts against specified geometry.
Viewed together, machine and process information can guide different responses to a production problem. A developing vibration trend may warrant a maintenance inspection, while repeated assembly defects may call for a process adjustment. Connecting these observations gives teams a clearer basis for deciding where to focus their effort.
Energy runs through all of these activities. HVAC systems, production equipment, and supporting infrastructure contribute to demand, making consumption difficult to understand without detailed monitoring. CorGrid Smart Energy connects data from power meters, electrical sensors, thermal cameras, and other devices to help teams investigate usage patterns and equipment conditions. Its applications also extend to utilities and renewable energy installations, where inverter data or transformer temperatures can help operators identify assets needing attention.
The Department of Energy’s guidance on energy management information systems describes how combining facility data supports energy analysis, fault detection, and operational improvements. It also emphasizes the people acting on those insights. Monitoring creates value when teams use the information to make and follow through on operational decisions.
The same need for timely information continues beyond a facility’s boundaries. Municipal teams oversee roads, public buildings, lighting, and water infrastructure spread across large areas. CorGrid Smart City applies connected monitoring to traffic, parking, environmental conditions, flood detection, and other public infrastructure needs. Water level sensors, for example, can help teams monitor flood-prone areas and assess changing conditions. The USGS National Streamgaging Network demonstrates how near-real-time water data supports flood warning, water management, and local decisions.
Across these settings, the practical goal remains consistent: give the people responsible for operations a clearer picture of what is happening and where action is needed. CorGrid’s verticals address specific challenges within that larger picture, connecting the management of buildings, equipment, production, energy, and public infrastructure through a common platform.
An organization can begin with a defined problem, such as unexpected machine stoppages or unexplained energy consumption, and identify the data needed to investigate it. That starting point establishes a clear purpose for connected monitoring and a way to evaluate progress. Contact the CorGrid team to explore how the platform can support your operation.