Field layer
Branch Devices
AC units, sensors, meters, fans, occupancy signals, and schedule inputs installed across each site.
AC Units
Occupancy
Schedules
Sensors
Meters
Fans
Back to work
AC Automation Platform for branch-level energy control.
Energy automation
A Sensometer platform for monitoring AC units, scheduling operation, tracking occupancy, and reducing avoidable energy use.
Project overview
Cooling automation connected to people, schedules, and devices.
The AC Automation Platform centralizes device status, branch operations, schedules, people analytics, alerts, and energy trends into one operational interface.
It helps teams move from manual AC operation toward measurable control by combining live occupancy signals, schedule rules, and connected device telemetry.
186
Active AC units
892
Active sensors
Live
Occupancy-aware control
System architecture
A practical path from branch devices to operational decisions.
Sensometer connects field equipment, gateway communication, cloud processing, and user-facing controls into one closed operating loop.
Edge gateway
Branch Gateway
Collects local signals, organizes branch communication, and forwards telemetry securely.
Device sync
Local status
Secure link
Sensometer cloud
Platform Core
Processes telemetry, manages device records, detects exceptions, and prepares operational reports.
Device registry
Live telemetry
Alert engine
Reports
Operator layer
Web and Mobile Apps
Turns system state into dashboards, controls, analytics, schedules, and team decisions.
Dashboard
Control panel
People analytics
Schedule manager
Data flow: devices send telemetry to the gateway, then to the cloud for processing and reporting.
Control flow: authorized users trigger schedules, settings, and actions back to branch equipment.
Case study
Cooling control built around real occupancy and branch behavior.
AC automation is most valuable when it understands the building, not just the device. This platform combines AC status, schedules, people analytics, alerts, and energy trends so operations teams can reduce waste without losing comfort.
Operational Challenge
Branch AC systems are often managed manually, which creates inconsistent comfort, unnecessary runtime, missed faults, and weak accountability across zones, offices, and teams.
Platform Approach
Sensometer gives managers a central view of AC units, devices, sensors, schedules, people movement, and alerts, then lets teams adjust operation by branch and zone.
Business Outcome
Cooling decisions become data-led. Teams can align operation with occupancy, apply schedules, respond to faults, and track energy behavior across the portfolio.
Delivery scope
AC unit controlPeople analyticsSchedule managerBranch hierarchyAlert tableEnergy trendDevice status
186
AC units monitored
892
Sensors connected
Live
Occupancy signal
Capabilities
AC Unit Control
Monitor and manage AC units by company, branch, zone, schedule state, and live operating condition.
Schedule Management
Build branch-level AC schedules with regular, special, and break windows for precise energy control.
People Analytics
Track footfall, live occupancy, people-in and people-out patterns to align cooling with real demand.
Operational Dashboard
Unify companies, users, AC units, devices, sensors, alerts, and energy trends in a central dashboard.
Platform screens
Operational views for AC control, occupancy, and schedules.
AC control panel
People analytics
Schedule manager
More work
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Contact
Let's turn your operation into a connected, measurable system.
Tell us what you need to monitor, optimize, or automate. We will help define the right path from field devices to dashboards, controls, and measurable outcomes.
Project inquiry