everything starts with...
Proper Design & Planning
Planning is Problem Solving, while Design is Problem Setting

Infrastructure for "seamless living"
In smart homes, planning ensures that all technical aspects like wiring, systems integration, and functionality are executed efficiently, while design focuses on creating a living environment that aligns with the homeowner's lifestyle, offering new and unexpected value.


A "structured approach"
Implementing a proper smart home installation using KNX technology involves a structured approach through four essential steps:

01
Design
This step involves thorough planning based on the homeowner's needs and preferences. The designer will assess the home layout, determine the devices to be integrated (lighting, HVAC, security, etc.), and define how these devices will communicate using KNX technology.

02
Programming
Using specialized KNX software (such as ETS), each device in the system is programmed to communicate with others according to the design plan. This involves defining group addresses, setting device parameters (such as lighting dimming levels, sensor sensitivity, etc.), and configuring communication links between sensors, actuators, and control interfaces (e.g., touch panels, apps).

03
Commissioning
This step involves physically installing all the KNX devices according to the design and connecting them via the KNX bus system. Once everything is installed, the system is powered up, and the programming is uploaded to the devices. The commissioning engineer then conducts thorough testing to ensure all devices are communicating correctly and functioning as intended (e.g., lights turning on/off at the right time, sensors detecting motion, travel time of the shades, heating and cooling, etc.).

04
Fine-tuning
The fine-tuning phase of a KNX smart home installation involves optimizing device settings, automation, and system performance based on user preferences. It includes testing functionality, adjusting lighting, HVAC, and shading controls, ensuring seamless integration with third-party systems, and verifying network stability for reliable operation.