Automated Logic supports data center teams across four core operational areas:
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Maintain Environmental Visibility & Control:
Data centers depend on close monitoring and control of temperature, humidity, pressure, and related environmental conditions. Automated Logic helps operators monitor these conditions and respond to changes through a centralized building automation interface. -
Integrate Building Systems & Data Sources:
Data centers often rely on multiple building and infrastructure systems. Automated Logic supports integration with systems such as EPMS and DCIM and can share building automation data with enterprise applications using protocols and APIs such as MQTT and RESTful interfaces. -
Support Energy & Operational Planning:
Data centers generate large volumes of operational data across cooling and building systems. Automated Logic helps teams review that data to support energy planning, system analysis, and broader operational decision-making. -
Help Protect Building Automation Networks:
Building automation networks in data centers require careful attention to connectivity and cybersecurity practices. Automated Logic supports secure communications approaches and aligns its BAS software with broader Carrier cybersecurity processes and testing practices.
DATA CENTER BUILDING AUTOMATION CAPABILITIES
Automated Logic capabilities for data centers span four operational areas:
Monitoring, Control & Alarming
Building automation and HVAC controls, environmental monitoring, fault detection, alarming, and data visualization.
Integration & Visibility
Systems integration, facility and data center system coordination, and integrated data center management.
Planning & Analysis
Trends, operational analysis, and support for planning workflows.
Multi-Site Support & Standardization
Strategic account coordination, standardization approaches, and local support models.
WebCTRL® provides browser-based access to monitor, control, and review building systems across data center environments. Teams can use WebCTRL to manage alarms, trends, scheduling, and system visibility from a centralized platform while supporting integration across connected building systems.
Automated Logic and Nlyte® can be combined in an integrated data center management approach that connects building automation and data center management workflows. By bringing together WebCTRL® and Nlyte, teams can improve visibility across facility and data center systems and support more coordinated operational decision-making.
Predictive Insights adds cloud-based analytics that can help teams review patterns in system behavior, identify developing issues, and support maintenance prioritization. It can also support remote advisory workflows for teams that want additional operational visibility.
Automated Logic supports alarm reporting, routing, acknowledgement tracking, and alarm archiving to help teams document events and follow-up actions. These capabilities can support response workflows, operational traceability, and review of building-system events across the data center environment.
Trend and Scatter Plot Tools help teams graph and review data from across the system to support diagnostics, troubleshooting, and operational analysis. They also provide documentation that can support review, reporting, and longer-term planning workflows.
Automated Logic supports organizations with multi-site data center portfolios through centralized account coordination, standardization approaches, and local support models designed to improve consistency across facilities.
Building automation systems in a data center monitor and control cooling systems, airflow, environmental conditions, and related building infrastructure so operators can maintain visibility and respond to changing conditions.
Data centers often include equipment and subsystems from multiple vendors. Open integration helps teams unify data across building systems, improve coordination, and reduce manual work caused by disconnected systems.
The WebCTRL Building Automation System provides a browser-based interface for monitoring equipment, responding to alarms, adjusting schedules, and reviewing system trends so teams can manage building systems without writing code for routine tasks.
Controls data helps teams review trends, investigate alarms, and support maintenance, capacity, and operational planning decisions over time.
Integrated data center management connects building automation and data center management workflows so teams can improve visibility across facility and data center systems and support more coordinated decision-making.
Learn more about the success we’ve had partnering with data center customers to improve the operation of their facilities.
See how Automated Logic supports DataBank with centralized building-system monitoring, control, alarming, and scalable data center operations.
See how Automated Logic supports T-Mobile data center operations with building-system visibility, monitoring, and operational coordination.
See how Automated Logic supports Iron Mountain Data Centers with building management standardization and operational consistency across sites.
Explore how the University of Rochester Data Center uses Automated Logic to support visibility and coordinated control in a critical environment.
Carrier QuantumLeap™ seamlessly integrates advanced cooling, intelligent controls, Nlyte® data center management (DCIM), and predictive service to manage the thermal lifecycle with precision across data center environments. Within this integrated ecosystem, WebCTRL® BAS orchestrates real-time automation and reporting, while Nlyte provides system-wide visibility and operational intelligence—helping data center teams monitor performance, coordinate critical infrastructure, and respond faster to changing conditions.
Together, these capabilities simplify multi-system complexity and support more reliable, scalable, and AI-ready data center operations.