One pane of glass for the building you actually run

Owners and operators don’t get to design their building from scratch — they inherit whatever mix of BACnet controllers, KNX lighting, MQTT sensors, and Modbus meters was installed over the years, and they’re judged on operating cost, tenant satisfaction, and uptime regardless. xSERVA unifies all of it into one platform so running the building doesn’t mean juggling five logins to answer one question.

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One morning dashboard answering what happened overnight, what is expensive and what will fail next, drawn from a single data model covering points, alarms, meters and doors. Beside it, the alternative it replaces: four separate logins for BMS, energy portal, maintenance CMMS and access control, producing slow triage and missed context.
One question, one console, instead of four logins and a reconciliation exercise.
A facilities technician seen from behind walking a service corridor at night, carrying a tablet held low, overhead pipework and conduit running the length of the corridor.
The round still happens. It just stops being the only way to find out.
An occupied open-plan office floor at dusk with desks, chairs and monitors turned away, warm even lighting and a dark city beyond the glazing.
The cost is not on this floor. It is in what this floor does after everybody leaves it.

Operating costs that are hard to see, let alone cut

Energy is usually the single largest controllable line item in a building’s operating budget, but when HVAC schedules, lighting controls, and metering data live in separate systems, spotting waste means manually cross-referencing reports that were never designed to talk to each other. Inefficiencies compound quietly — an HVAC schedule that never got updated after a tenant change, a lighting zone running after hours — and stay invisible until the utility bill arrives.

Tenant comfort complaints that eat facilities time

A single “it’s too cold in here” ticket can mean checking a thermostat, a controller, a schedule, and a mechanical system, each potentially on a different protocol with its own interface. Multiply that across a portfolio of tenants and floors, and comfort complaints turn into one of the largest unplanned time drains on a facilities team — time that isn’t going toward preventing the next complaint.

A building maintenance workshop at night, a pegboard of hand tools above a scarred workbench with shelves of small parts bins behind, lit by a task lamp.
Reactive maintenance is measured here — in how often somebody has to come back for the same part.

Maintenance that’s reactive instead of planned

Without live, unified data across every connected system, maintenance defaults to a fixed calendar or a reaction to failure — both of which cost more than catching a problem early. A chiller that’s drawing more current than it should, a damper that’s stopped responding correctly, a meter reporting an anomalous load: any of these can run undetected for weeks in a fragmented system, turning a minor fix into an emergency repair, a tenant disruption, or both.

An underground car park level at night, evenly spaced ceiling luminaires receding down the aisle, painted bay markings and exposed services overhead.
Lit all night, ventilated all night, and metered by nobody in most buildings.

Cost reduction, built on data you already have

xSERVA brings BACnet, KNX, MQTT, and Modbus data into one model, so energy analysis runs across the whole building instead of one protocol at a time. Continuous load, consumption, and demand analysis surfaces waste that would otherwise stay buried in separate reports — a schedule that’s running longer than it needs to, a zone that’s over-conditioned, a load pattern that doesn’t match occupancy. Every recommendation is measurable against the same live data the platform already tracks, so the business case for a change is visible before and after it’s made.

Predictive maintenance instead of reactive repair

xSERVA layers AI and machine learning over live equipment data to catch drift before it becomes a failure — a compressor trending outside its normal operating range, a controller behaving inconsistently, a pattern that historically preceded a breakdown. Flagging that early turns an emergency after-hours callout into a scheduled repair, which is cheaper, less disruptive to tenants, and easier on a facilities team that’s already stretched. Asset lifecycle and service history live in the same platform, so maintenance planning is grounded in actual equipment performance rather than a generic calendar interval.

A clipboard with a blank form resting on a plant room handrail beside a pen, insulated pipework and a pump out of focus behind.
The system this replaces is usually not a rival platform. It is a clipboard.

One dashboard, fewer logins, faster answers

When a tenant comfort ticket comes in, the facilities team needs one place to check schedule, setpoint, and equipment status — not four. xSERVA’s unified dashboard puts every connected protocol’s data side by side, so a comfort complaint, an alarm, or a routine check all resolve from the same screen. The mobile app carries that same visibility to whoever’s on the floor or off-site, so an alarm doesn’t have to wait for someone to get back to a desk.

Frequently asked questions

Will xSERVA work with the BMS and metering equipment already installed in my building?

In most cases, yes. xSERVA natively integrates BACnet, KNX, MQTT, and Modbus, which covers the large majority of existing controllers, meters, and field devices without requiring a hardware replacement.

How does xSERVA actually reduce operating costs?

Primarily through energy optimization that flags waste in HVAC and lighting schedules, and through predictive maintenance that catches equipment drift before it becomes an emergency repair or a tenant complaint.

Does switching to xSERVA mean retraining my whole facilities team?

No. xSERVA replaces multiple separate interfaces with one dashboard, which typically simplifies day-to-day operation rather than adding a new layer for the team to learn on top of what already exists.

How do I see what this looks like for my specific building?

Message Patrick on WhatsApp using the "Book a Demo" button on this page to walk through your building’s existing systems and what a unified xSERVA deployment would look like.

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