One platform. Every protocol. Every door.
xSERVA unifies BACnet, KNX, MQTT and Modbus with IoT physical access control — face recognition, AI plate recognition, biometrics, NFC and MIFARE cards, Bluetooth, dynamic QR — into a single AI-powered platform for monitoring, control, entry, energy optimization and predictive maintenance.
Protocols unified
Ways through a door
AI monitoring
From a controller nobody chose, to a person on shift
Five steps, and the protocol layer that performs the first three is a roadmap module that does not ship today. Scroll to follow one temperature the whole way.
- Step one
The building already speaks
Controllers, meters, luminaires and sensors are installed, wired and talking. None of them was chosen to work with the others.
- Step two
It terminates on site
An edge gateway on the local network speaks every field protocol inward and exactly one authenticated, encrypted protocol outward.
- Step three
It becomes one object
Four incompatible addresses resolve to a single point with a name, a unit, a quality flag, and the source it came from.
- Step four
The platform reasons over it
Alarming, scheduling, the rule engine and the energy model all read that one object, which is what lets a rule span protocols.
- Step five
A person acts on it
The console, the mobile app and the API show the same numbers at the same moment, to whoever is on shift.
Four vocabularies, one floor
Each device describes the same 18.4 °C in a format its own manufacturer chose. None of them agrees on units, addressing or typing.
One way out, nothing in
Plant protocols terminate here and never cross the site boundary. The gateway dials out over TLS. Nothing dials in.
point_id pt_7f2a19 name AHU-3 Supply Air Temperature value 18.4 unit °C path Site A / Level 7 / AHU-3 quality good source bacnet://ai:3/present-value
The native address is kept, not discarded, so every value can be traced back to the register it came from.
One fault, one notification
A pump trip lights forty-eight points. Suppression, priority and escalation are what keep the alarm queue worth reading at three in the morning.
Where it lands
Illustrative simulation, generated in your browser. Not readings from a real building.
How xSERVA works
Four protocols come in, one intelligent platform goes out — live, in both directions.
Fragmented systems slow every decision
Most buildings run BACnet controllers, KNX lighting, MQTT sensors, and Modbus meters as separate, unconnected systems — each with its own interface, its own login, and its own blind spots. Operators toggle between screens to answer one question. Integrators re-engineer the same handoffs on every project. Owners pay for redundant hardware and still can’t see the whole building at once.
One platform, one source of truth
xSERVA normalizes every protocol into a single data model, so BACnet, KNX, MQTT, and Modbus devices appear side by side in one dashboard. Monitoring, alarms, scheduling, energy analysis, and AI insight all run against the same live data — no bridging software, no duplicate infrastructure, no gaps between systems.
Everything a modern building needs, in one platform
Unified Protocol Integration
Bring BACnet, KNX, MQTT, and Modbus devices onto one data model, so every subsystem speaks a common language.
Real-Time Monitoring
Live dashboards surface point-level data across every connected system the moment it changes, not on a delay.
Alarm Management
Prioritized, de-duplicated alarms route to the right team with full history, so nothing critical gets lost in noise.
Energy Optimization
Continuous load, consumption, and demand analysis identifies waste and recommends measurable efficiency gains.
AI/ML Intelligence
Machine learning models trained on live building data flag anomalies and predict equipment failure before it happens.
Scheduling & Automation
Time-based and event-driven rules automate HVAC, lighting, and access across zones without manual intervention.
Asset Management
Track equipment lifecycle, maintenance history, and service intervals in one register tied to live performance data.
Multi-Site Management
Operate one building or a hundred from a single console, with portfolio-wide reporting and role-based access.
Native support for the protocols already in your building
BACnet
The established standard for HVAC, controllers, and building-wide device communication.
KNX
The established standard for lighting, blinds, and room-level automation wiring.
MQTT
The established standard for lightweight sensor, IoT, and edge-device telemetry data.
Modbus
The established standard for meters, generators, and industrial equipment interfacing.
Physical access control, on the same platform
A building that thinks should also know who walked into it. UltraPASS readers put eight credential types on one access list — and every one of them keeps working when the internet does not.
Face Recognition
Walk up, look up, walk through. UltraPASS-VehicleVehicle Plate Recognition
The car is the credential. UltraPASS-BioBiometric Access
A credential that cannot be lent. UltraPASS-DoorNFC, MIFARE & HID Cards
Keep the cards you already issued. UltraPASS-DoorBluetooth & BLE
The phone stays in the pocket. UltraPASS-DoorDynamic QR Codes
A key that expires while you watch it. UltraPASS-DoorBarcodes & Static Passes
For everything already printed. UltraPASS-DoorPIN & Keypad
The fallback that always works.
Access data is occupancy data
Because entry and building automation run on one platform against one site hierarchy, a door event is not just a security record. It is a live occupancy signal that lighting, HVAC and the energy model can act on — which is something no standalone access system and no standalone BMS can do on its own, no matter how well either one is integrated after the fact.
Built for every role in the building lifecycle
Property Developers & Architects
Specify one platform instead of five, from design through handover.
Building Owners & Operators
Cut operating costs and downtime with one pane of glass.
System Integrators
Deploy mixed-protocol projects faster with open, documented APIs.
Enterprise & Corporate
Standardize facilities data across a growing real-estate portfolio.
Government & Institutional
Meet compliance and reporting mandates with auditable, secure controls.
Your building, in your pocket
The xSERVA mobile app puts live monitoring, alarms, and control in the hands of facilities teams wherever they are — so a flagged fault or an off-hours alarm never has to wait for someone back at a desk.
The rest of the platform
Intelligence built on live building data
Machine learning over every connected point: equipment drift caught before it becomes a fault, abnormal consumption flagged, and plain-language questions answered about what a building is doing right now.
Energy & ESGReporting drawn from operations, not a spreadsheet
Every kilowatt, every meter, every zone is already in the platform, so sustainability reporting comes from live operational data instead of a separate annual exercise.
StandardsDocumented for procurement review
Engineered against recognized building-automation and data-security practices, with protocol conformance and platform security written down for compliance review.
SecurityNo inbound path to a reader
Devices call the platform; the platform never dials into a device. There is no inbound port to expose, forward, or forget to close.
Frequently asked questions
What is xSERVA?
xSERVA is a unified building automation platform from VYROX that brings BACnet, KNX, MQTT, and Modbus devices into one system for monitoring, control, energy management, and AI-driven insight.
Which protocols does xSERVA support?
xSERVA natively supports BACnet (IP and MS/TP), KNX, MQTT, and Modbus (TCP and RTU), letting a single platform manage mixed-protocol buildings without separate siloed systems.
How do I get a demo of xSERVA?
Message Patrick directly on WhatsApp using the "Book a Demo" button on this site to arrange a live walkthrough.
Is xSERVA AI-powered?
Yes. xSERVA applies AI/ML to building data for predictive maintenance, anomaly detection, and natural-language querying of live building conditions.
Does xSERVA include physical access control?
Yes. The UltraPASS and SuperPASS range brings face recognition, AI vehicle plate recognition, biometrics, NFC, MIFARE, HID and proximity cards, Bluetooth and BLE, dynamic QR codes, barcodes and PIN entry onto the same platform as HVAC, lighting and energy — with readers that keep deciding when the internet is down.