Built environments are becoming more connected, more complex and more difficult to manage. Local government infrastructure, city assets, buildings, campuses, hospitals, factories, ports, depots, military bases and commercial facilities all rely on distributed systems, diverse equipment and large volumes of operational data.
But too often, that data sits across disconnected platforms, legacy systems, vendor applications, sensors, spreadsheets and manual processes. This makes it difficult for operations, facilities, maintenance and asset teams to see what is happening in real time, respond quickly, optimize performance or plan maintenance with confidence.
VROC helps built environment operators unify their data, remotely monitor and control distributed assets, and apply predictive AI to critical infrastructure — improving visibility, operational efficiency, reliability and long-term asset performance.
Built environment operators are responsible for large and diverse asset bases. Often each site includes different systems, equipment types and operating priorities, including energy usage, uptime, safety, service delivery, maintenance costs, compliance and sustainability.
VROC brings these systems together through a connected data and operations layer, helping teams move from fragmented visibility to centralized control and actionable intelligence.
With VROC, built environment teams can:
Turn disconnected operational data into a reliable foundation for smarter decisions.
DataHUB+ helps built environment operators centralize and manage high-volume time-series, sensor, SCADA, IoT and operational data. It provides the data layer needed to support dashboards, reporting, analytics, AI and enterprise-wide visibility.
This is particularly important for cities, facilities, ports, bases and campuses where data is often spread across disconnected systems. In VROC’s Singapore solar network case study, DataHUB+ was selected to aggregate, process and monitor data across approximately 5,000 solar stations, providing scalable dashboards, alerts, alarms and customer access.
See DataHUB+See what is happening across every site, system and asset — from anywhere.
VROC enables teams to monitor distributed infrastructure, visualize asset status, configure alerts, track performance and respond faster to issues. For local governments, facilities and large precincts, this reduces the need for manual checks and gives teams a single operational view across their asset base.
For example, in the City of Bunbury emergency pump station case study, IoT sensors and devices were connected into OASIS for real-time monitoring, alerts and remote control, helping the City improve operational efficiency and respond to potential issues across critical flood infrastructure.
Explore Real-Time Monitoring SolutionsImprove efficiency by controlling infrastructure remotely and automating routine operations.
OASIS gives operators the ability to monitor, control and automate connected infrastructure through a web-based interface. This is highly relevant for built environment assets such as lighting, pump stations, utilities, treatment systems, energy assets and other equipment that may be distributed across multiple locations.
In VROC’s decorative lighting case study, the City of Bunbury added eight lighting installations to OASIS so teams could remotely monitor, schedule and control lighting sequences, with live condition monitoring and alerts supporting operational efficiency.
Explore Control & Automation SolutionsPredict asset degradation before it becomes downtime.
For critical built environment assets, planned maintenance alone is not always enough. Pumps, HVAC systems, generators, energy assets, treatment equipment, compressors, lighting networks and other operational systems can fail unexpectedly, affecting service delivery, safety, cost and asset availability.
OPUS applies machine learning to historical and real-time operational data to identify early signs of degradation, reliability risk or abnormal behavior. This helps teams move from reactive or schedule-based maintenance toward predictive maintenance, giving them time to plan repairs, order spares and reduce unplanned downtime.
Explore Predictive Maintenance & Reliability SolutionsUse operational data to improve energy, cost, reliability and sustainability outcomes.
Built environment operators are under pressure to reduce operating costs, improve energy efficiency and make better use of infrastructure. VROC helps teams track performance, identify inefficiencies and optimize how assets are used.
For facilities, this may include energy baselining, equipment performance, utilization trends and maintenance optimization. For cities, it may include lighting schedules, pump operation, public infrastructure usage, billing accuracy and resource planning. VROC's sporting facility case study shows how energy consumption and usage data could be tracked and fed into billing systems, supporting more responsible energy use and future planning.
Explore Performance Optimization Solutions
Integrate existing infrastructure, sensors, equipment and operational systems, avoid fragmented point solutions and make better use of their current asset base.
Monitor buildings, sites, facilities and infrastructure from a centralized platform, with real-time dashboards, alarms and reporting.
Reduce unnecessary site visits, automate routine processes and give teams access to the information they need to respond faster.
Centralized, contextualized and reliable data makes it easier to scale analytics, predictive maintenance and optimization across the organization.
Connect public infrastructure into a centralized platform for monitoring, automation and improved service delivery.
Examples include:
Bring building systems, equipment and operational data together to improve reliability, energy efficiency and maintenance planning.
Examples include:
Improve operational visibility across complex sites where uptime, safety, comfort, cost and compliance all matter.
Examples include:
Support large, distributed and mission-critical environments with centralized data, real-time visibility and predictive asset intelligence.
Examples include:
Whether you manage city infrastructure, smart facilities, campuses, ports, depots, bases or commercial assets, VROC can help you turn disconnected systems into real-time operational intelligence.
From data management and remote monitoring to control, automation and predictive AI, VROC gives your teams the visibility and insight they need to operate smarter.
Get StartedGain real-time visibility, predict failure earlier, optimize performance, and take control of your operations with VROC’s integrated solutions.