Technology
Hardware, firmware, the local hub and interfaces are designed together. Here we explain what exists, what is being tested and what cannot yet be guaranteed.
System architecture
Sensing · local computing modules
Depending on the system, mmWave radar, thermal sensors and environmental sensing capture presence, thermal contrasts, room conditions and selected indoor-climate parameters. Local computing modules process the signals directly on the device.
Firmware · sensor fusion · events
The firmware combines measurements into zones, states and relevant events. Processing takes place as close to the source as possible, so that only the information needed for the use case is passed on.
Local hub · interfaces · automation
Depending on the project, we assess possible integration paths including MQTT, Zigbee, Matter, Apple Home/HomeKit and LoRaWAN. Availability, compatibility, licensing and validation are determined separately for the specific configuration. Naming these technologies does not imply certification, partnership or approval by their respective rights holders.
Apps · displays · voice assistance
Apps, displays and voice assistance make room conditions visible and automation accessible. The app is currently an internal prototype; selected voice-AI functions may require external services.
Data paths
The aim is to minimise raw data and derive events locally. This is an architectural choice, not a blanket guarantee for every function.
Sensor readings, zone events and automation signals can be processed between device and hub within the local network.
Voice AI and, depending on the configuration, other services may transmit data to selected providers. Such functions require separate information and configuration.
We assess how sensor events can be integrated into your building automation, dashboards or warehouse processes. We tailor interfaces and data formats to your existing infrastructure and the specific use case.
From prototype to product
Technical validation, security testing and the applicable conformity assessment procedures are planned before a product is released.
Reproducible hardware, firmware, calibration, failure behaviour and update paths.
Authentication, signed updates, data minimisation, deletion and support processes.
Identification of applicable EU legislation and standards; depending on the product, these may include RED, EMC, RoHS and product-safety requirements, as well as conformity assessment and technical documentation.
Registrations and processes for electrical equipment, packaging, take-back, labelling and product information.
Technical context
Describe your sensing, data paths, interfaces and intended automation. Together, we will identify which local processing, optional external paths and validation steps should be assessed.
Email your technical context1