Tower development where building systems are designed to work as one environment

01 / Capability · Building Automation

Intelligent Buildings

Whole-building integration — automation, security, networking and communication designed as one environment.

Whole-building intelligence — every subsystem talking to every other, on a single design language.

02 / The control layer

An intelligent building is one where the technology behaves as a coordinated environment rather than a set of independent systems. Automation, security, networking, communication and safety share the same network, the same interfaces where appropriate, and the same operating discipline.

Zentrum designs this integration deliberately — the point of connection between systems is the design decision, not the afterthought.

Part of Building Automation.

03 / System layers

How control is structured.

The interfaces between systems are the hardest work in an intelligent building and the easiest to get wrong. They are best resolved with the architect, the MEP consultant and the wider technology team early in design, when interface definitions can shape both sides.

  1. 01 /

    Sensors and devices

    Sensors, actuators, keypads, thermostats and metering points distributed through the spaces.

    • Climate
    • Lighting
    • Shading
    • Metering
  2. 02 /

    Controllers

    Local controllers and panels holding the logic for a room, a floor or a plant item.

  3. 03 /

    Control network

    Cabling, containment and network segments carrying control traffic reliably and separately.

  4. 04 /

    Automation layer

    Scenes, schedules, setpoints, trends and alarm logic written against how the space is actually used.

    • Scenes
    • Schedules
    • Trends
  5. 05 /

    Interfaces

    Defined interfaces to security, communication and life-safety systems, with life safety taking priority.

  6. 06 /

    People

    Residents, facilities teams and engineering staff, each given only the level of control they need.

Outcome /

One control layer instead of several unrelated systems.

The same shape of architecture serves a villa and a workplace; the interface and the exposure change.

Conceptual automation diagram: sensors and devices report to local controllers on a dedicated control network, an automation layer holds scenes, schedules and trends, defined interfaces reach other disciplines with life safety taking priority, and people operate the result at the level of control appropriate to them.

04 / Design principles

What good control behaviour looks like.

  • System integration design

    Deliberate interface design between BMS, security, networking and communication.

  • Common infrastructure

    Shared cabling, containment and equipment environments where they belong together.

  • Unified operating information

    Consolidated dashboards and alarm handling for the operating team.

  • Coordinated commissioning

    Systems tested together, not just each on their own.

  • Documentation

    One set of as-built information covering the coordinated environment.

01 /

Open protocols to avoid vendor lock-in over a 15–20 year building life

02 /

Governance model between building owner, facilities and tenants

03 /

Cybersecurity posture across OT and IT boundaries

05 / Where it is used

Systems that agree with each other.

Workplaces and headquarters

Offices where the systems are judged on how little attention they need day to day.

Explore

Also delivered in: Corporate headquarters · Mixed-use developments · Hospitality · Larger residential developments.

06 / Coordination and delivery

How the package runs.

  1. 01 /Agree the integration scope with the client and design team at the start.
  2. 02 /Define interfaces between systems on paper, not on site.
  3. 03 /Coordinate common infrastructure across every discipline.
  4. 04 /Commission the systems together and validate the integrations.
  5. 05 /Hand over a coordinated environment the operating team can run as one.
  • 01Cross-subsystem integration: HVAC, lighting, security, access, AV, comms
  • 02Occupancy-aware energy and comfort strategies
  • 03Tenant-portal graphics and digital-twin overlays
  • 04Analytics on top of BMS trend and event data
Turnkey delivery →Assessment and support for existing systems →

07 / Related systems

What this connects to.

Electronic Security
Access, CCTV and intrusion state can inform building logic through defined interfaces.
Data & IT Infrastructure
The network is the fabric that carries the integrated environment.
Connected Communication
Voice, intercom and PA can be triggered by, and trigger, building events.
Safety Systems
Life-safety signals take structured priority across the integrated stack.

Technology ecosystem /

Siemens logoSchneider Electric logoCisco logoHoneywell logo

Next step /

Talk to us about the control layer.

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