Embedded Linux Engineer – Wi‑Fi & System Connectivity

Verisure; Madrid; Híbrido; EUR 55.000 - 85.000; Jornada completa

Ventajas ofrecidas por este puesto de trabajo

Lunch included

Hybrid work model

Performance bonus

Descripción de la vacante

Verisure is seeking an Embedded Software Engineer focused on Linux-based platforms to join our Madrid and Malmö teams. You will work on Wi‑Fi, modem, and system connectivity stacks across devices in homes and businesses, collaborating with hardware, operations, and product teams.

You will design and maintain embedded Linux solutions, implement security features, persistence mechanisms, and middleware components, and use D‑Bus and DDS for inter‑process communication.

Formación

• Experience in embedded Linux development (Yocto-based).
• Strong C/C++ programming in Linux environments.
• Proficient in English, with clear technical communication.
• Experience with system-level debugging and troubleshooting.

Responsabilidades

• Develop and maintain embedded Linux solutions across Wi‑Fi, modem, and system connectivity stacks.
• Design, integrate, and improve middleware libraries and HAL components.
• Implement and harden security capabilities (access control, secure communication).
• Build persistence mechanisms for configuration, state, and data across reboots/updates.
• Work with Linux IPC frameworks like D‑Bus and DDS for inter‑process communication.
• Collaborate with hardware teams, operations, and product teams to ensure end‑to‑end reliability.

Conocimientos

Embedded Linux

C/C++

Yocto-based

System-level debugging

English communication

Herramientas

D‑Bus

DDS

Linux Kernel

Descripción del empleo

Verisure is seeking an Embedded Software Engineer focused on Linux-based platforms to join our Madrid and Malmö teams. You will work on Wi‑Fi, modem, and system connectivity stacks across devices in homes and businesses, collaborating with hardware, operations, and product teams.

You will design and maintain embedded Linux solutions, implement security features, persistence mechanisms, and middleware components, and use D‑Bus and DDS for inter‑process communication.