Smart Home & Building Automation FAQs

A proper automation system connects different building functions so they can work together rather than operating as separate devices. Lighting, air conditioning, shading, audio, security, access control, energy monitoring and other systems can respond to schedules, sensors, conditions and user input.

The objective is not simply to control everything from an app. It is to make the building operate intelligently in the background. We have written separately on what a truly smart home means in practice.

App control means you still need to decide what should happen and press a button. Automation allows the building to make routine decisions according to programmed logic.

Lights can respond to presence and daylight, air conditioning can follow occupancy and schedules, shades can respond to conditions, and equipment can turn off when it is no longer required.

The app remains useful when you want to intervene, but it should not become another remote control that you constantly need to operate.

For a new home, major renovation or commercial project where cabling can be planned properly, Madoc generally prefers wired infrastructure for the core building systems.

Wireless technology can still be useful for retrofits, extensions or locations where new cabling would be impractical.

The right approach depends on the building rather than treating either technology as universally better. We explain the engineering differences between wired and wireless smart home systems in more detail. Loxone supports both wired infrastructure and Loxone Air for suitable retrofit applications.

Yes. With a Loxone system, the core automation is handled locally by the Miniserver. Lighting, climate, shading and programmed automation logic do not require a continuous internet connection to operate.

Internet dependent functions such as remote access, certain online services or cloud dependent third party integrations may become temporarily unavailable, but the core building automation continues to operate locally.

Loxone's core automation and system data are handled locally by the Miniserver rather than depending on an external cloud for everyday operation.

Some integrated third party products or services may still rely on their own cloud platforms. Madoc considers these dependencies during system design so the client understands which functions are local and which depend on an external service.

Yes. A well designed automation system should not make you dependent on a phone.

Wall controls remain an important part of the system while automation handles repetitive functions in the background. Manual control remains available whenever you want to override or change what the building is doing.

Ideally, no.

The app is useful for monitoring, changing settings, remote access and manual control, but a properly programmed building should perform many routine functions automatically.

The objective is fewer daily interactions, not more screens and buttons.

Loxone is a home and building automation platform centred around the Miniserver, which provides the local control and automation logic for the building.

It can coordinate functions including lighting, climate, shading, access, security, audio and energy management.

Madoc uses Loxone as the automation core on many projects because it allows different building functions to operate as one coordinated system rather than as separate controls.

KNX is an international open standard for home and building automation.

It provides a common communication standard that allows compatible products from different manufacturers to work together for functions such as lighting, climate, shading, security and energy management.

Madoc can integrate KNX into a wider automation architecture where it is appropriate for the project. Our article on KNX in Malaysia covers the standard in more depth.

DALI-2 is a standardised digital lighting control protocol used to communicate with compatible lighting equipment and control devices.

It allows lighting to be individually addressed, grouped and controlled digitally, while DALI-2 certification places a strong emphasis on interoperability between compliant products from different manufacturers.

Yes. They do not have to compete with one another.

On suitable projects, Madoc can use Loxone as the automation and logic layer, KNX for compatible building devices and controls, and DALI-2 for digital lighting.

The architecture is selected according to the requirements of the project rather than forcing every building onto one technology. We have also described how KNX and Loxone work in the same system on real projects.

Depending on the project, Madoc can bring together lighting, air conditioning, VRV or VRF systems, motorised shading, multi room audio, security, CCTV, access control, door entry, energy monitoring, professional networking and other building systems.

Integration depends on whether suitable interfaces and communication methods are available for the equipment being specified.

Often, yes.

Integration may be possible through a dedicated gateway, manufacturer interface, KNX, Modbus or another supported communication method.

The exact air conditioning model and available interface need to be checked before Madoc can confirm the level of control and feedback available.

In many cases, yes, but not every product is designed for professional integration.

Madoc first determines what interfaces the equipment provides, such as KNX, DALI-2, Modbus, RS485, dry contacts, IP communication or a documented API.

Where reliable integration is not available, we explain the limitation rather than promise a connection that cannot be supported properly.

Relay switching turns a lighting circuit fully on or off. Dimming varies the output of a circuit, usually through a dimmer module matched to the driver or lamp type. DALI-2 is a digital addressable protocol in which each driver has its own address, so individual fittings and groups can be controlled and reported on over a two wire control bus.

Each method has a proper place. Relay circuits suit service areas and fixed loads. Dimming suits general living spaces. DALI-2 suits schemes with a large number of individually controlled fittings, tunable white or colour, or where feedback from each driver matters. We select the method circuit by circuit rather than applying one approach to a whole building, and you can read more about how we approach lighting control.

The decision follows the building rather than the brand. We look at the number of points to be controlled, the systems that must work together, the size and layout of the site, who will maintain it afterwards, and how likely the scope is to grow later.

Some projects are served well by a single platform. Others use more than one, with a lighting protocol handling the fittings and a controller handling logic, air conditioning and integration. Not every project needs every technology, and we do not specify a protocol simply because it exists. For the engineering background, we have written about how KNX fits into professional building automation.

Only if the design calls for DALI control on those circuits. Many projects mix driver types, with DALI drivers where addressable control is required and conventional or mains dimmable drivers elsewhere.

Madoc does not manufacture or supply lighting fittings. Fittings are usually selected by the lighting designer, the interior designer or the client, and we review the driver specification against the control design. A driver labelled DALI still needs to be checked for its version, the current it draws on the control bus and its behaviour with the chosen modules, so we read the data sheets before an order is placed. That review sits inside our integration design work.

As early as possible.

Automation affects electrical wiring, lighting, air conditioning interfaces, network infrastructure, control panels, switches, sensors and other building services.

Early coordination with the architect, interior designer, electrical team and other contractors gives Madoc considerably more freedom to engineer the system properly and reduces unnecessary changes later in construction. Our system design and commissioning scope explains what that early involvement covers.

Yes.

The solution depends on the existing wiring, access to ceilings and walls, distribution boards and the scope of renovation.

Some buildings can accept additional wired infrastructure, while others are better suited to a hybrid approach using existing wiring together with appropriate wireless technology such as Loxone Air.

Professionally integrated residential projects typically start from around RM80,000, depending on property size, systems and scope.

These are starting automation budgets rather than fixed package prices. Light fittings, curtain or blind motors and electrical works are excluded unless separately quoted. The final project value depends on the size of the property and the required scope, including the number of lighting circuits, air conditioning zones, blinds, audio zones, sensors, interfaces, control panels and integrated systems.

Madoc develops the system architecture first and prepares the proposal around the actual requirements of the building rather than selling a generic smart home package. For a fuller breakdown of what drives the figure, see our detailed smart home cost guide.

It depends on the size of the building and its construction programme.

Madoc's work normally progresses through design and coordination, panel engineering, installation, integration, programming, testing and commissioning.

On a construction project, these stages are coordinated with the wider electrical, mechanical and interior works rather than treated as a single installation visit.

No.

Madoc is based in Kuala Lumpur and undertakes suitable residential and commercial automation projects throughout Malaysia.

Project feasibility, site coordination and support requirements are considered during the initial discussion.

Yes.

Residential projects can range from individual integrated systems to extensive whole home automation.

Commercial automation can be applied to offices, hospitality, customer facilities, places of worship, industrial properties and other buildings where coordinated control and automated operation are beneficial.

The engineering principles may be similar, but residential and commercial buildings can have very different operational requirements.

Enough to engineer the system accurately. In practice that usually means the current floor plans, the lighting layout and switching intent, the reflected ceiling plan where ceilings are being built, the electrical distribution information, and the space set aside for the control panel and network equipment.

Not every project has all of this at the same stage, and not every item applies to every scope. We work with what exists, tell you which gaps actually affect the design, and revisit the drawings as they develop. The earlier that exchange begins, the fewer changes are needed later. This is part of our normal design and coordination process.

Madoc designs the control wiring topology and the automation panel. That covers the cable types and routes required by the control system, the panel layout, the modules and their addressing, protection and labelling, and the interface points with other building services.

The electrical installation itself is carried out by the appointed electrical contractor under their own scope and licence. We issue the information they need and coordinate with them on site. Responsibility for the power installation and its statutory compliance remains with that contractor and the project’s appointed professionals. You can read more about our panel engineering and control infrastructure work.

The items that are expensive to change once walls and ceilings are closed. Typically the switching and control intent for each area, the lighting layout and driver types, the panel location and size, the network and cabling routes, and the positions of keypads, sensors and touch points.

Not every decision has to be final at that moment, and some can be adjusted later without disruption. The reason for fixing these first is that cable routes are difficult to revisit afterwards. Engineering the system before installation is how we keep the later stages predictable.

Commissioning is where the installed hardware becomes a working system. We verify the wiring and addressing, load and test the programming, configure scenes, schedules and logic, integrate the connected systems, test the user interfaces and correct what the testing reveals.

It is not a single fixed event. The time it takes depends on the size of the system and the number of integrated services, and it usually runs in stages alongside the final part of the build, with adjustments after you have lived with the settings for a while. Handover then includes a walkthrough and documentation of the system as built. These are the programming and commissioning stages of a project.

Usually, yes, particularly when future expansion has been considered during the original design.

Additional automation logic, devices, zones or integrations can often be introduced later.

The amount of spare control panel capacity, cabling, available interfaces and network infrastructure will affect what can be added without further physical work.

Security depends on the complete system architecture, not simply whether a product has an app.

Madoc favours local control for core automation and considers the network, user access, remote connectivity and dependencies of integrated third party devices during system design.

No connected system should be described as absolutely secure. The objective is to reduce unnecessary dependencies and design the system with appropriate access and network practices from the beginning.

Madoc continues to support the system after commissioning and handover.

Madoc's standard hardware warranty is 24 months, subject to the terms of the project proposal, and we can continue to assist with troubleshooting, programming changes, system optimisation and future upgrades or additions.

The intention is to maintain a long term technical relationship rather than simply complete the installation and leave.

No. Your Loxone system is not intended to depend permanently on one individual programmer.

Madoc provides the relevant project and service contact information as part of the handover, and Loxone itself maintains its own support resources and a network of trained integrators.

Loxone Config, the software used to configure the system, is available without subscription or licence fees. With the appropriate system access credentials, the current configuration can also be loaded from the Miniserver, allowing another suitably experienced Loxone integrator to work with the system in future.

As Loxone adoption grows, the pool of professionals familiar with the platform can continue to broaden. Good documentation, handover information and access credentials remain important, but the system is not designed to rely permanently on Madoc alone.

Automation can help identify and reduce unnecessary consumption through scheduling, presence based control, temperature management, shading, energy monitoring and automated switching.

The actual saving depends heavily on the building, how it is used and the systems being controlled.

Madoc does not promise a fixed energy saving percentage without project specific data.