Building Data Lived In Separate Systems
Energy, equipment, and occupancy information each required checking a different tool or report.
Facilities teams often have to check separate systems for energy use, equipment alerts, occupancy, and maintenance, piecing together a picture of the building's status instead of seeing it at a glance. We designed and built a dashboard MVP bringing together building status, energy information, equipment alerts, occupancy, maintenance, and facility operations.
A modern building generates information about energy use, equipment status, occupancy, and maintenance across separate systems, and stitching that together by hand slows down the facilities team's ability to respond.
The dashboard gives facilities teams one place to monitor building status, review energy information, catch equipment alerts early, and track maintenance and occupancy across the property.
Energy, equipment, and occupancy information each required checking a different tool or report.
Without a central alert view, equipment problems were often caught only after they escalated.
Maintenance activity wasn't visible alongside the building conditions that triggered it.
A dashboard built around unified building status, early equipment alerts, and connected maintenance tracking.
Facilities teams see the building's overall status in one view instead of checking separate systems.
Energy consumption data is surfaced on the dashboard, giving teams visibility into usage trends.
Equipment issues are flagged on the dashboard as they arise, so teams can respond before escalation.
Occupancy information is shown alongside other building data, supporting day-to-day operations.
Maintenance activity is tracked alongside the equipment and status data that prompted it.
Facilities teams keep a running record of operational activity across the building in one place.
We reviewed the separate systems facilities teams check for energy, equipment, and occupancy data.
We defined how status, alerts, and maintenance should come together in one dashboard layout.
Our engineers built status overview, equipment alerts, and maintenance tracking as one dashboard.
We tested the dashboard against real facilities team workflows to confirm it fit daily monitoring.
The MVP launched ready to support live building monitoring, with room to add more integrations next.
A building status split across five tools is a status nobody actually checks — bring it into one dashboard, and monitoring finally happens.
Energy, equipment, and occupancy data are structured together for a single, coherent dashboard view.
Equipment alerts are raised on the dashboard as conditions change, not after issues compound.
Maintenance activity is linked to the building status data that triggered it, keeping context intact.
The MVP's data model supports adding live sensor feeds in later product phases.
× Energy, equipment, and occupancy checked separately
× Equipment issues caught only after escalation
× Maintenance disconnected from the status data
× No single view of overall building operations
✓ Building status visible from one dashboard
✓ Equipment alerts surfaced as they arise
✓ Maintenance tracked alongside status data
✓ Facilities teams see the full operational picture
Check the building once. See everything that matters.
Facilities teams can't respond to what they can't see. By combining building status, energy information, equipment alerts, and maintenance in one dashboard, the MVP turns fragmented monitoring into a single view teams can act on.
"A facilities team checking five separate systems isn't monitoring the building — it's reconstructing it after the fact. Bring the data together, and problems get caught while they're still small.
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If your facilities team can't see energy, equipment, and maintenance in one place, MVPHUB can help design and build the building management MVP your property needs.
AI-accelerated. Expert-verified. Built around the outcome your first release needs to prove.