Smart Building Infrastructure
Coordinated infrastructure
Plan controls, sensors and communication networks as part of one building-wide strategy.
Flexible integration
Connect compatible systems and equipment through established building-control interfaces.
Efficient installation
Use appropriate wired and wireless technologies to suit the building and construction programme.
Scalable architecture
Extend automation across additional areas, units or development phases as requirements grow.
Future-ready design
Provide the capacity and documentation needed to support later changes and additions.
Smart Building Infrastructure
What is smart building infrastructure?
Smart building infrastructure is the underlying network of controllers, sensors, cabling, communication technologies and interfaces that allows compatible building services to exchange information and operate together.
When should the infrastructure be planned?
Ideally, planning begins during the early design stages. This allows control requirements, cabling routes, distribution boards, plant interfaces and future capacity to be coordinated before construction begins.
Does every device need its own cable?
No. The installation approach depends on the equipment and project. Loxone Tree can connect multiple devices through a structured cable route, while suitable bus systems, network connections and wireless technologies can support other parts of the installation.
Can wired and wireless devices be used together?
Yes. Wired infrastructure is often preferred for permanent building services, while compatible wireless devices can support areas where cabling is impractical or where requirements change after construction.
Can third-party building systems be integrated?
Possibly. Integration depends on the equipment and its available interface. Compatible systems may communicate through technologies such as BACnet, Modbus, DALI, EEBUS, digital or analogue signals, and supported network connections.
Can the infrastructure support future expansion?
Yes. Distribution-board capacity, cable routes, network architecture and controller allocation can be planned with future phases or additional functions in mind. The extent of expansion still depends on the installed infrastructure and available capacity.
Does smart building infrastructure depend on the cloud?
Core Loxone automation runs locally on the Miniserver. Internet access is required for selected remote services, external integrations and optional cloud-based functions, but normal local automation does not need to depend entirely on the cloud.
Intelligence begins with infrastructure
A smart building is only as dependable as the foundation behind it.
Lighting, climate, shading, access and energy systems may be supplied by different manufacturers and installed by different contractors. If their control requirements are considered too late, integration can become unnecessarily difficult.
DY-Techniek works with developers, architects, engineers and installers to define how compatible systems will connect, communicate and operate. The result is coordinated infrastructure designed around the complete development.
Build intelligence into the specification.
Important automation decisions affect more than the final controls.
Sensor positions, cable routes, panel space, network connections and equipment interfaces all need to align with the intended operation of the building. Addressing these requirements early helps coordinate responsibilities and reduce avoidable changes during construction.
- Define which building services will be monitored and controlled.
- Identify the interfaces required for compatible equipment.
- Coordinate sensor, control and communication points.
- Plan distribution-board space and controller locations.
- Allow suitable capacity for future functions and project phases.
Local control with building-wide coordination.
A structured automation architecture
Different areas of a development may need to operate independently while remaining part of a wider control strategy.
A Loxone Miniserver can manage its assigned area locally, coordinating connected sensors, controls and equipment. Larger projects can use multiple Miniservers to divide responsibilities across units, floors, buildings or technical systems.
This distributed approach creates clear system areas while allowing appropriate information and operating modes to be shared.
Local intelligence
Keep essential automation close to the equipment and spaces it controls.
Defined system areas
Organise control around units, floors, communal spaces or building services.
Coordinated operation
Allow appropriate systems and areas to respond to shared modes and conditions.
Scalable structure
Extend the architecture as additional buildings or development phases are delivered.
A dependable foundation for permanent functions.
Wired infrastructure
New developments provide an opportunity to install purpose-designed cabling before walls and ceilings are completed.
Wired connections can support dependable communication and power for sensors, controls, lighting equipment and other permanent building functions. The exact topology depends on the selected products, interfaces and electrical design.
DY-Techniek coordinates these requirements with the wider building-services specification.
Tree infrastructure
Connect compatible Loxone sensors, controls and actuators through an appropriate wired topology.
Control cabling
Provide the connections required for supported digital, analogue and communication interfaces.
Network infrastructure
Plan suitable data connections for Miniservers, visualisation and compatible networked equipment.
Panel coordination
Allow appropriate space, power supplies, protection and ventilation for control equipment.
Extend intelligence where cabling is impractical.
Wireless flexibility
Not every requirement is known before occupation.
A room may be reconfigured, an additional sensor may be required or an existing area may need to join the wider automation system. Compatible wireless technology can support these changes without always requiring extensive new cabling.
Wireless performance depends on building construction, distance, interference and device placement, so coverage should be assessed during system design.
Existing buildings
Add compatible functions where opening walls or installing cables would be disruptive.
Changing layouts
Support suitable controls and sensors as internal spaces are adapted.
Later additions
Introduce selected automation features after the main construction phase.
Hybrid installation
Combine wired infrastructure with wireless devices where appropriate.
Give compatible equipment a common strategy.
Interfaces between building systems
Smart infrastructure does not require every product to come from one manufacturer.
Lighting controls, HVAC equipment, energy meters and other technical systems may each use different communication methods. Appropriate interfaces allow Loxone to exchange supported information and commands with these systems.
Available functionality depends on the specific product, protocol and implementation provided by its manufacturer.
BACnet
Exchange supported information with compatible building-management and HVAC equipment.
Modbus
Connect suitable meters, plant equipment and technical devices through supported registers.
DALI
Coordinate compatible digital lighting equipment and control functions.
EEBUS
Exchange supported energy information and commands with compatible devices.
Physical and network interfaces
Connect appropriate equipment through digital, analogue, relay or supported network communication.
Repeatable where useful. Adaptable where necessary.
Infrastructure across a development
Developments often contain repeated unit types alongside unique communal and technical spaces.
A coordinated automation specification can establish consistent principles for controls, sensors, system naming and commissioning. These standards can make delivery more predictable while still allowing each area to be configured around its individual purpose.
Standard unit designs
Apply an agreed infrastructure approach across similar homes, rooms or commercial units.
Communal areas
Coordinate lighting, climate, access and other shared building functions.
Technical spaces
Connect appropriate plant, meters and status information to the wider system.
Multiple phases
Maintain a consistent automation strategy as successive parts of the development are completed.
Clear information throughout the building lifecycle.
Ready for commissioning and operation
Infrastructure must be installed, tested and documented before intelligent operation can begin.
Defined responsibilities help ensure that field devices, panels, networks and third-party interfaces are available when required. Once installed, each function can be tested against the agreed control strategy.
Accurate documentation also supports future maintenance, investigation and modification.
Coordinated responsibilities
Clarify which contractor supplies, installs and commissions each part of the system.
Point verification
Confirm that connected sensors, outputs and interfaces provide the expected information.
Functional testing
Check that automated routines and manual controls operate as specified.
System documentation
Record relevant equipment, connections, configuration and operating information.
Designed for change
Infrastructure that can adapt after handover.
Buildings continue to evolve after construction finishes.
Occupiers change, spaces take on new purposes and new technologies become available. A considered infrastructure provides a practical starting point for these changes.
Future additions remain subject to compatibility and available capacity, but early provision can make later adaptation more straightforward.
Spare capacity
Allow appropriate panel, power and controller capacity for anticipated additions.
Accessible routes
Plan suitable pathways for future control, network or sensor cabling.
Modular control
Organise the system so appropriate areas or functions can be extended independently.
Maintainable design
Use clear system structures and documentation to support future work.
The foundation behind every intelligent function.
Smart-building infrastructure technology
A reliable automation system combines appropriate controllers, communication technologies, power supplies and field devices.
DY-Techniek selects and coordinates the infrastructure according to the building-services design, required functions and construction method.
Miniserver
Provides local intelligence and coordinates connected automation functions.
Loxone Tree
Connects compatible wired devices through a flexible communication topology.
Loxone Air
Supports compatible wireless devices where an appropriate radio-based solution is required.
Extensions and interfaces
Add suitable inputs, outputs and communication options for connected equipment.
Sensors and controls
Provide the measurements and user interactions required for intelligent operation.
Compatibility
Planned around the complete building specification.
Successful integration depends on understanding what each system can provide and what it expects to receive.
DY-Techniek reviews equipment schedules, interface documentation and control responsibilities to establish how lighting, HVAC, energy, access and other compatible technologies can connect with Loxone.
Early coordination helps identify interface requirements, avoid duplicated controls and ensure that the necessary infrastructure is included before procurement and construction progress too far.
Intelligent Developments
Energy Optimisation
Building Management Systems
Commerical Development
Residential Developments
Build intelligence into the foundations.
Smart infrastructure designed for long-term flexibility.
Create a coordinated automation backbone that supports connected building services today and provides a practical foundation for future change. Bring controllers, sensors, communication networks and third-party interfaces together through one considered design.