Core contributor to mmMAGIC (mmWave 5G), SILIKA (Ka-band massive MIMO), and Hexa-X (B5G/6G flagship), spanning the full evolution from 5G research to 6G vision.
QAMCOM RESEARCH AND TECHNOLOGY AB
Swedish R&D SME specializing in 5G/6G wireless systems, IoT analytics, and autonomous cyber-physical systems for agriculture and transport.
Their core work
Qamcom Research and Technology is a Swedish technology SME specializing in advanced wireless communications, signal processing, and sensor systems. They develop solutions spanning from millimetre-wave 5G/6G radio access networks to cyber-physical systems for autonomous vehicles and precision agriculture. Their R&D work bridges the gap between academic wireless research and industrial deployment, contributing technical components in areas like massive MIMO antenna systems, IoT analytics, and real-time data stream processing.
What they specialise in
Participated in SafeCOP (safe cooperating cyber-physical systems) and AFarCloud (autonomous farming robots and semi-autonomous vehicles).
Contributed to RAIS (real-time analytics for Internet of Sports using IoT, big data, stream processing) and AFarCloud (distributed IoT for farming).
AFarCloud involved smart farming, livestock management, crop monitoring, and farming robots — an application domain for their wireless and sensor expertise.
Coordinated PACS (Pantograph Active Control System for e-Highways), their only coordinator role, applying sensor and control expertise to electric road transport.
How they've shifted over time
Qamcom's early H2020 work (2015–2017) was tightly focused on next-generation wireless infrastructure — millimetre-wave 5G radio access (mmMAGIC), massive MIMO antenna systems (SILIKA), and safe wireless cyber-physical systems (SafeCOP). From 2018 onward, they broadened significantly into applied domains: precision agriculture with autonomous robots (AFarCloud), real-time IoT sports analytics (RAIS), and the 6G flagship Hexa-X. The trajectory shows a company moving from pure wireless R&D toward deploying that expertise in vertical application areas like agriculture, sports, and transport.
Qamcom is expanding from wireless infrastructure R&D into applied verticals (agriculture, transport, sports analytics), positioning itself as a bridge between 6G connectivity research and real-world autonomous systems.
How they like to work
Qamcom operates almost exclusively as a participant or partner rather than a consortium leader — they coordinated only once (the small SME Instrument project PACS). With 138 unique partners across 21 countries in just 7 projects, they join large, diverse consortia rather than working in tight clusters. This signals a flexible specialist that integrates into big research teams, contributing specific wireless and sensor technology components without seeking to drive the overall project direction.
Qamcom has built a remarkably broad network for a small company: 138 unique partners across 21 countries from just 7 projects, driven by participation in large flagship-style consortia like Hexa-X and AFarCloud. Their reach is pan-European with no visible geographic concentration beyond their Swedish base.
What sets them apart
Qamcom occupies an unusual niche as a small Swedish R&D company that has been involved in flagship 5G-to-6G research (mmMAGIC, SILIKA, Hexa-X) alongside major telecom players — rare for an SME. Their differentiator is the ability to apply deep wireless and signal processing expertise across very different verticals: farming robots, sports analytics, electric highways. For consortium builders, they offer specialized technical depth in wireless systems without the overhead or agenda of a large corporation.
Highlights from their portfolio
- Hexa-XTheir largest funded project (EUR 409,750) and a major EU 6G flagship — involvement signals recognition as a credible contributor to Europe's next-generation wireless vision.
- AFarCloudDemonstrates Qamcom's pivot into applied domains, combining their wireless and CPS expertise with precision agriculture, autonomous vehicles, and farming robotics.
- PACSTheir only coordinator role — a small SME Instrument Phase 1 project on pantograph control for electric highways, showing entrepreneurial initiative in electric transport.