Automotive.

Shaping next-generation vehicle technology.

With two decades of automotive experience, we support the evolution of safe, connected, and intelligent vehicles. From functional safety and embedded systems to radar, AI, and process improvement, we help drive next-generation mobility solutions for OEMs, suppliers, and research partners.

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Experience.

Expertise in functional safety, embedded systems, project leadership, and training.

Supporting next-generation vehicle technologies in ADAS, autonomy, EV architectures, and connectivity.

Trusted partner in large-scale automotive projects, working alongside OEMs, suppliers, and research institutions.

Capabilities.

Functional safety & compliance

ADAS, autonomy, and vehicle safety architecture.

Radar & sensor technology

High-precision sensing and signal processing.

Embedded systems & connectivity

Advanced HMI, IoT, V2V, and software-defined vehicles.

Process improvement & certification

Automotive SPICE®, ISO 26262, and next-gen vehicle standards.

Automotive clients and customer stories.

  • Volvo
  • Zenuity
  • Veoneer
  • Toyota
  • RGNT
  • Sensrad

RGNT

Gothenburg-based RGNT is building electric motorcycles with an IoT-era dashboard that rethinks what a bike's HMI can be. Getting from rapid prototype to production demanded a rare combination of hardware, software, and embedded systems expertise — and a team small enough to move fast.

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Sensrad

Sensrad is a spin-out product company from Qamcom's radar division, born to redefine what a radar sensor can do. Their 4D high-resolution radar technology serves vehicles, infrastructure, and surveillance — generating point clouds detailed enough to enable assistant driving, full autonomy, and complex object detection.

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Automotive research cases.

ESPLANADE

Before autonomous vehicles can be allowed on public roads, the industry needs robust methods to assess their functional safety. ESPLANADE set out to build that methodological framework — covering decision hierarchies, architecture patterns, and sensor integrity for both passenger cars and commercial vehicles.

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Radcom

As automotive radars become ubiquitous, interference between them threatens both performance and safety. The Radcom project investigates how combining radar and communication into one waveform can mitigate that interference — and open the door to new collaborative driving applications.

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Contact us.

Emil Rylén

Automotive Sales Responsible
+46 760-03 33 25
emil.rylen@qamcom.se

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