Focus areas
The former NEUTEC project brought participants together around areas where Swedish capabilities could contribute to next-generation intelligent systems. These are directions for collaboration—not claims of finished products.
Adaptive, energy-efficient user equipment, radio access networks, signal processing and integrated sensing and communication.
Sweden can connect strengths in telecommunications, embedded systems and signal processing with emerging hardware and cross-layer design.
Low-power local perception, sensor fusion and responsive autonomy without continuous dependence on cloud infrastructure.
Automotive, industrial automation and robotics provide demanding settings for low-latency perception under strict power, privacy and connectivity constraints.
Persistent sensing and autonomous operation in space, subsea, industrial, environmental and critical-infrastructure settings.
Space, subsea, critical infrastructure, environmental monitoring and dual-use applications require systems that continue to operate after deployment with limited maintenance.
Wearable and implantable sensing, continuous monitoring, prosthetics and interfaces built from biocompatible materials.
Swedish research in organic electronics, bioelectronics and medical technology creates a long-term foundation for wearable and biointegrated systems.
Multimodal sensors and near-sensor intelligence that interpret real-world events before higher-level reasoning.
A local perceptual layer can filter and structure real-world signals before higher-level planning, reducing unnecessary communication and supporting trustworthy autonomy.
What makes progress possible
The final NEUTEC study places shared foundations and ecosystem capacity around the application portfolio.
