Data Centers & Power Infrastructure
Real-Time Visibility Into the Power Infrastructure Your Operations Depend On
The Vignan IoT Platform connects to UPS units, battery banks, PDUs, and BMS controllers across your data center environment — delivering continuous monitoring, automated fault alerting, and the operational data your team needs to protect uptime.
Infrastructure monitored
The Industry Problem
Data Centers Are Only As Reliable As Their Monitoring
Power infrastructure is the operational foundation of any data center. UPS systems, battery banks, PDUs, cooling systems, and building management controllers operate continuously — and any one of them can fail in ways that cascade quickly into wider outages. The consequences of a missed fault are measured in downtime minutes and, frequently, in service-level penalties and reputational exposure.
Yet the monitoring reality inside most data center environments does not match the stakes. UPS units are monitored through proprietary vendor interfaces that do not communicate with each other. Battery health is checked on scheduled maintenance rounds rather than continuously. BMS alerts surface in a separate system from power alerts, requiring staff to correlate events manually. When something does go wrong, the information needed to understand what happened and why is scattered across multiple systems — or absent entirely.
IoT-based monitoring closes that gap. By connecting every critical system to a single platform that aggregates, structures, and alerts on data in real time, operations teams gain the unified visibility that fragmented vendor tools cannot provide.
Solution Overview
A Unified Monitoring Layer Across Your Entire Power Infrastructure
About the IoT Platform →The Vignan IoT Platform connects to the full range of power and environmental infrastructure present in a typical data center — UPS systems, battery management systems, PDUs, transfer switches, cooling units, environmental sensors, and BMS controllers — through native protocol support including SNMP, Modbus, BACnet, and vendor-specific APIs.
Once connected, all data flows into a centralised platform where it is structured, displayed in real time, and evaluated against configurable alert thresholds. Operations staff access a unified dashboard that shows the live state of every monitored system. Threshold breaches trigger immediate notifications — routed to the right team by severity and system type. Every event is logged with timestamp, affected system, and alert state for audit and post-incident review.
The platform is deployed on-premises, in cloud, or in a hybrid configuration depending on your security and connectivity requirements. It integrates with existing DCIM platforms and ticketing systems through its REST API — surfacing alerts and operational data where your teams already work.
Key Capabilities
What the Platform Monitors
UPS System Monitoring
Real-time monitoring of UPS input and output voltage, load percentage, bypass status, battery charge level, estimated runtime, and fault conditions. Connect to single UPS units or multi-unit configurations across multiple power zones. Vendor-agnostic — supports APC, Eaton, Vertiv, Schneider Electric, and others via SNMP and Modbus.
Battery Health & Management Visibility
Continuous tracking of battery voltage, temperature, state of charge, and internal resistance across individual battery strings and cells. Trend analysis surfaces degradation patterns that indicate a battery is approaching end of life — enabling planned replacement before it becomes an unplanned failure. Replace calendar-based battery maintenance with evidence-based scheduling.
Power Distribution Monitoring
Current, voltage, and power factor monitoring across PDUs, breaker panels, and distribution circuits. Identify load imbalances, overloaded circuits, and power quality anomalies before they affect equipment. Per-circuit trending supports capacity planning and infrastructure change decisions.
BMS Integration & Monitoring
Integration with building management systems to consolidate cooling, environmental, and access control data alongside power monitoring. BMS-sourced data — including CRAC unit status, ambient temperature, humidity, and airflow — is displayed in the same operational view as power data, enabling faster correlation between power events and environmental conditions.
Threshold Alerting & Escalation
Configurable alert thresholds across every monitored parameter — voltage deviation, battery temperature, load percentage, runtime below threshold, cooling temperature rise, and more. Alerts are severity-classified and routed to the appropriate team via email, SMS, or webhook. Unacknowledged critical alerts escalate automatically through a defined escalation path.
Remote Monitoring & Visibility
Operations staff and on-call engineers access live system status and alert history remotely — from any device. Receive alerts wherever you are, acknowledge them within the platform, and review the full event context without needing to be on-site. Critical for facilities managed by lean operations teams or across multiple locations.
Operational Dashboards
Role-based dashboard views configured for different operational audiences — from an on-floor technician view showing live sensor readings and active alarms, to an executive view showing uptime metrics, alert frequency trends, and infrastructure health scores across the facility. Dashboards are configurable per deployment, not constrained by a fixed product template.
Audit Logging & Compliance Reporting
Every monitored event, threshold breach, acknowledged alarm, and operator action is logged with a full timestamp and attribution trail. Exportable reports support internal compliance reviews, customer SLA documentation, and regulatory reporting requirements. Historical data retention is configurable based on your compliance obligations.
Why IoT-Based Monitoring
Why Infrastructure Monitoring Should Not Depend on Vendor-Specific Tools
Most data center power equipment ships with proprietary monitoring interfaces — useful for managing that specific device, but incapable of providing a unified operational view across a mixed infrastructure estate. As data centers grow and equipment from multiple vendors is deployed alongside legacy systems, the monitoring picture fragments further. Fault correlation becomes manual. Alert fatigue increases. And the operational knowledge needed to respond effectively to incidents lives in separate interfaces that no single team member has mastered.
An IoT-based monitoring layer changes the architecture of visibility. Rather than pulling data from each vendor interface individually, the platform sits above the device layer — ingesting data from all connected systems, normalizing it into a consistent structure, and presenting it through a single operational interface that your team configures and owns. New equipment is added by connecting it to the platform. Alerts are managed in one place. Reports are generated from one data source. And when an incident occurs, the event timeline and all relevant system data is available immediately — not across four separate interfaces.
Benefits for Operators
What Data Center Teams Gain
Earlier Detection of Power Anomalies
Continuous monitoring catches voltage deviations, battery degradation, and cooling anomalies that periodic manual checks would miss entirely. Operators receive early warning with enough lead time to schedule intervention — not an alert after the failure has already occurred.
Reduced Unplanned Downtime
The primary cause of avoidable data center downtime is a failure that was detectable in advance but went undetected due to monitoring gaps. Closing those gaps through continuous, platform-level monitoring directly reduces the frequency and duration of unplanned outages.
Leaner Operations Teams
Remote monitoring and automated alerting reduce the operational burden on on-site staff. Engineers can manage infrastructure from a centralised interface rather than conducting manual rounds. On-call staff receive actionable alerts with full context — reducing the time from alert to resolution.
Defensible Compliance Documentation
Continuous data logging and exportable event histories give compliance teams the documentation they need without bespoke data collection processes. Uptime records, alert histories, and maintenance logs are available on demand — for internal audit, customer SLA review, or regulatory examination.
Infrastructure Investment Protection
Battery replacement is a significant capital cost. Monitoring battery health continuously — rather than replacing on a schedule regardless of actual condition — extends the life of functional batteries and ensures degraded ones are replaced before they fail. The same principle applies to cooling and power distribution equipment.
Vendor-Independent Operational View
As infrastructure evolves and equipment from multiple vendors is deployed over time, the monitoring platform remains consistent. New devices are added by connecting them to the platform. There is no additional proprietary tool to license, no separate training requirement, and no additional fragmentation in the operational picture.
Deploy Monitoring
Your Power Infrastructure Should Not Have Blind Spots
Our team works with data center operators to scope, configure, and deploy monitoring coverage across the full range of power and environmental infrastructure — from a single facility to a multi-site estate.
Available for single-site and multi-site deployments.