INTEROPERABLE SMART CONTROL
Matter Home Automation Device
A connected control device created around Matter over Thread and Matter over Wi‑Fi, with flexible power and two solid-state relay outputs for modern automation.
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ENGINEERING OUTCOME
One device architecture for multiple smart-home ecosystems
The device was developed around Matter’s interoperability model so the same product concept can participate in compatible Amazon Alexa, Google Home and Apple Home environments without being designed as a closed-platform accessory. Supporting both Thread and Wi‑Fi gives integrators a choice of network architecture while preserving a consistent application model.
AC/DC input and two 2 A solid-state relay outputs with normally-open and normally-closed contacts support switching, scenes, routines and connected control in residential or professional installations.
Matter over Thread & Wi-Fi
Flexible deployment across low-power mesh and conventional wireless network architectures.
Two 2 A relay outputs
Solid-state switching with NO/NC contacts for practical automation tasks.
Multi-ecosystem direction
Designed for compatible Alexa, Google Home and Apple Home environments.
This page documents a product created through a funded research and development programme. It remains part of ABTC’s technical portfolio and records the engineering capability established through that work.
Public funding disclosure
Convocatoria de concesión de subvenciones a empresas para proyectos de innovación de pyme (INNOVA-CV) para el ejercicio 2023, con cofinanciación de la Unión Europea a través del Fondo Europeo de Desarrollo Regional.
Nº Expediente: IMINOK/2023/57
Programa: Proyectos de Innovación de Pyme (INNOVA-CV)
Actuación: Innovación de Pyme. Innovación en TeiCs (INNOVATeiC-CV) 2023 – 2ª Convocatoria
Proyecto: Tecnología inalámbrica de bajo consumo para el control de dispositivos de hogar sobre protocolo Matter (MATTER)
Ubicación: Valencia (Valencia)
Entidad Beneficiaria: A Blue Thing in the Cloud, S.L.
C.I.F.: B-42886945
Coste Total Subvencionable: 85.756,00 €
Subvención Concedida: 38.590,20 €