Intelligent buildings.Absolute control.
servomatrix designs, integrates, programs and commissions building management systems for commercial, healthcare, hospitality and industrial facilities across the Middle East and Africa.
BMS architecture · HVAC controls · BACnet & Modbus integration · commissioning · lifecycle support
- BACnet/IP
- BACnet MS/TP
- Modbus TCP
- Modbus RTU
- IP Networks
- DDC Controls
- DDC Panel Engineering
- HVAC Integration
- AHU Control
- FCU Control
- Chiller Plant
- VRF / VRV Integration
- Variable Speed Drives
- Energy Monitoring
- Trend Logging
- Alarm Management
- Scheduling
- Operator Graphics
- Points Schedules
- Sequences of Operation
- Commissioning
- Secure Remote Access
- Lifecycle Support
The control system determines how the building actually performs.
Most building performance problems are control problems. servomatrix closes the gap between mechanical design intent and day-to-day building operation.
Fragmented systems
Mechanical equipment, meters and third-party systems operate in isolation without disciplined integration.
Unstable operation
Poor control logic causes comfort complaints, unnecessary runtime, hunting and recurring call-backs.
Weak handover
Incomplete documentation and untested sequences leave operators with a system they cannot confidently maintain.
Five ways we engage, mapped to what the building needs.
Solutions describe what you are trying to achieve. Each maps to a defined scope, a set of deliverables and the engineering behind it.
New-build BMS delivery
End-to-end controls delivery from design review through to commissioned handover.
- Situation
- A new facility needs its controls package resolved, delivered and commissioned to align mechanical design intent with day-to-day operation.
- Scope
- servomatrix engineers the architecture, delivers panels and programming, supports installation, and commissions the system against the design intent.
- Architecture and points schedule
- Panels and programming
- Commissioning and as-built pack
Retrofit and controls modernisation
Staged migration of ageing or unsupportable controls in a live, occupied building.
- Situation
- An existing BMS is obsolete, unsupportable or no longer meeting operational needs, and the building must keep running throughout any upgrade.
- Scope
- servomatrix audits the existing system, plans a phased migration, resolves protocol and interface strategy, and recommissions the result.
- Existing-system audit
- Phased migration plan
- Recommissioning and handover
Testing and commissioning support
Independent, documented verification of controls against the design intent before handover.
- Situation
- A controls package is approaching handover and the sequences need to be proven, documented and witnessed before the building is accepted.
- Scope
- servomatrix carries out point-to-point and functional performance testing, verifies sequences, tracks defects and produces witnessed handover documentation.
- Test records
- Defect register
- Witnessed sign-off
Energy monitoring and operational visibility
Metering, integration and dashboards that make consumption and demand visible and actionable.
- Situation
- An owner or operator needs visibility of energy and utility use across a facility to manage cost, demand and operational performance.
- Scope
- servomatrix defines the metering strategy, integrates meter and plant data, and builds dashboards, trends and exception reporting.
- Metering strategy
- Dashboards and trends
- Exception reporting
Remote support and lifecycle optimisation
Secure remote visibility, alarm review and tuning under an agreed support model.
- Situation
- An operating building needs ongoing technical support to keep its controls performing and to resolve faults without a full site mobilisation each time.
- Scope
- servomatrix provides secure remote visibility, alarm and trend review, tuning and fault support under an agreed support model.
- Secure remote access
- Alarm and trend review
- Tuning and fault support
Not sure which applies?
Send the project details and we will identify the most practical next step.
Discuss a projectEngineering evidence, presented clearly.
For every project, the controls package should be understandable in drawings, demonstrable during commissioning and maintainable after handover. The scopes below are representative of the work we perform and the deliverables we produce.
Commercial office BMS integration
A multi-tenant office requires central plant, tenant metering and after-hours control brought under one supervisory layer, with each tenancy comfortable and accountable.
- BACnet/IP
- BACnet MS/TP
- Modbus TCP
Healthcare ventilation and critical alarming
A clinical facility requires ventilation control to defined conditions, critical alarming with clear escalation, and the documentation discipline a healthcare handover demands.
- BACnet/IP
- BACnet MS/TP
- Modbus TCP
Hotel HVAC control and energy visibility
A hotel requires consistent guest comfort, quiet plant operation and energy visibility across back-of-house, running continuously through every hour of the day.
- BACnet/IP
- Modbus TCP
- Modbus RTU
From field device to operator interface — one documented architecture.
Every project is built on a single, documented control architecture, from the field devices in the plant room to the operator interface and remote support layer.
DDC control. Direct digital controllers running the sequences, local to plant and field.
- 01
Field devices
Sensors, actuators, valves, drives and metering at the plant and zones.
- 02
DDC control
Direct digital controllers running the sequences, local to plant and field.
- 03
Integration network
BACnet and Modbus over IP and serial, plus gateways to third-party systems.
- 04
Supervisor / operator layer
Graphics, alarms, trends, schedules and reporting for daily operation.
- 05
Remote support and analytics
Secure remote visibility, alarm review and trend analysis after handover.
Documentation that contractors, consultants and operators can work with.
Engineering buyers trust outputs, not adjectives. These are the deliverables a servomatrix package produces.
Network architecture diagrams
How controllers, supervisors and gateways connect across the building.
Points schedules and I/O mapping
Every input and output scheduled, budgeted and mapped.
DDC panel schematics
Wiring, terminations and components, drawn to a serviceable standard.
Sequences of operation
Plant and zone control logic written as clear, testable narratives.
Commissioning test sheets
Point-to-point and functional results, recorded and witnessed.
As-built and handover packs
The complete record the operating team keeps and maintains.
Sector experience where controls carry operational risk.
The control requirements of a hospital are not those of a hotel. We engineer to each sector's operational priorities.
Commercial and Mixed-Use
Comfort and energy performance across varied occupancy, shared plant and multiple tenancies.
Comfort across varied and changing occupancy
- AHUs and chilled water plant
- Terminal units and zone control
- Tenant and shared metering
Healthcare
Ventilation control, critical alarming and documentation discipline for sensitive clinical environments.
Ventilation control to design conditions
- AHUs and dedicated ventilation
- Pressure-controlled spaces where applicable
- Chilled and heating water plant
Hotels and Hospitality
Guest comfort, quiet plant operation and energy visibility around the clock.
Consistent guest comfort
- Guestroom control interfaces
- Common-area HVAC
- Kitchen and laundry plant
Industrial and Institutional
Uptime, plant visibility and robust field integration with full operational accountability.
Plant uptime and continuity
- Process-adjacent HVAC and ventilation
- Energy and demand metering
- Generators and standby interfaces
A defined route from design review to lifecycle support.
Six consolidated phases on every project. The full ten-step engineering process is set out in detail.
Review and scope
Review the design intent and constraints, and agree scope, interfaces and standards before drawing begins.
Architecture and engineering
Set network topology, controller selection, points schedule and integration boundaries.
Programming and panel delivery
Engineer panels and write auditable controller logic and operator graphics.
Integration and installation support
Support termination, power-up and network commissioning on site.
Testing and commissioning
Prove every point and sequence against the design intent, with documented results.
Handover and lifecycle support
Train operators, hand over the as-built pack, and support performance after handover.
What a serious controls partner is accountable for.
Open-protocol integration
We integrate across BACnet, Modbus and IP interfaces where the project specifies, rather than locking the building to a single vendor.
Documented engineering
Architecture, points, sequences and panels are drawn and recorded, so the system is understandable and maintainable.
Testing against sequence intent
Sequences are verified against the approved design intent and the results are recorded, not assumed.
Support after handover
The relationship continues under a defined support scope, so performance is maintained rather than left to drift.
Our engineering approach is informed by recognised building controls, energy and electrical frameworks. Applicable requirements are confirmed project by project according to jurisdiction, consultant specification and agreed scope.
- ASHRAE 90.1
- ASHRAE 62.1
- IEC 60364
- ISO 50001
- ASHRAE Guideline 0
Planning a BMS package, controls upgrade or commissioning scope?
Send the available drawings, specifications, points schedule or project brief. We will review the control requirements and identify the most practical next step.