Projects described by scenario and operating characteristics

The problem

In high-footfall conditions occupancy, environment and consumable levels change fast; fixed inspection shifts cannot keep up, and complaints tend to arrive before detection.

What we did

• Occupancy and footfall sensing linked to entrance guidance displays
• Environment and odour monitoring consolidated through the gateway
• Threshold breaches raise cleaning work orders dispatched to on-duty staff
• Handling logged on mobile, producing per-shift statistics

Outcome

• Occupancy and environment visible in real time
• Exceptions shift from complaint-driven to alarm-driven
• Cleaning dispatch and handling become traceable

The problem

Visitor volume fluctuates, facility and environmental data sit in separate zones, and staff lack a single view.

What we did

• Unified onboarding of environment and facility status across zones
• Alarm severity configured by zone and device type
• One dashboard for uptime and exception distribution

Outcome

• Environment and equipment status centrally visible
• Exceptions across zones dispatched from one place
• Records support service-quality review

The problem

Service areas are scattered across regions with limited on-site staffing, so detection and handling rely on manual reporting.

What we did

• A gateway per site, all consolidated into a multi-site view
• Alarms routed by site and severity to named owners
• Remote status review to avoid unnecessary trips
• Monthly reports consolidate handling across sites

Outcome

• Unified management across sites
• Exception response becomes traceable
• Cross-region coordination cuts repeated communication

The problem

Rooms run unattended while temperature, leak, smoke, access and power status sit on separate devices, so risks surface late.

What we did

• Unified capture of temperature, leak, smoke and access status
• UPS and switchgear onboarded over SNMP / Modbus
• Parallel on-site audible-visual alarm and remote notification
• Alarms become work orders, with results written back to the asset record

Outcome

• Critical environmental risks alarm in time
• Multiple rooms visible on one screen
• Handling builds an equipment service record

The problem

Dissolved oxygen changes fast, often at night; manual rounds cannot cover it, and late aeration causes direct production loss.

What we did

• Continuous water-quality acquisition with trend logging
• Dissolved-oxygen breaches trigger aeration at the edge
• Night-time alarms reach the duty phone
• Local interlocks continue during network outages

Outcome

• Faster response to water-quality anomalies
• Reduced burden of night rounds
• Production data accumulates for review

The problem

Only master-meter bills, so consumption cannot be attributed; manual reads are slow and anomalies surface only at month-end reconciliation.

What we did

• Onboard meters and build the metering topology
• Data validation for gaps, spikes and ratio errors
• Sub-metering statistics by area and end use
• Abnormal consumption alarms feed remediation work orders

Outcome

• Consumption attributable by area and end use
• Anomalies detected within the current period
• Remediation verified with comparable data