Wireless Neural Interfaces: Engineering Challenges and Opportunities
The design considerations for wireless neural interfaces, including power, data transfer, packaging, reliability and safety.
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Special Coverage: Evidence-conscious coverage of neurotechnology and possible future connectivity applications, separating established research from long-term 6G concepts.
Published articles
Brain-Computer Interfaces Explained: Signals, Sensors and Applications
How brain-computer interfaces acquire neural signals, decode patterns and translate user intent into device commands.
Read article →Neuro 6G: Exploring the Intersection of Neurotechnology and Future Networks
An introduction to neurotechnology and the research questions surrounding future wireless connectivity for neural devices and applications.
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Neural Signal Processing: From Brain Activity to Useful Information
How neural signals are filtered, segmented, interpreted and converted into features for research and assistive applications.
Edge AI for Neurotechnology: Local Processing of Neural Data
How edge AI can process neural signals near a wearable or implantable device while balancing privacy, power and responsiveness.
Latency and Reliability in Connected Neurotechnology Systems
Why timing, continuity and failure handling matter in connected neural devices and assistive applications.
Biocompatibility and Device Design for Neural Interfaces
An overview of materials, electrodes, packaging, heat, mechanical stability and long-term considerations in neural interface design.
Neural Data Privacy and Cybersecurity: Protecting Sensitive Signals
Privacy and security principles for neural data, connected devices, cloud services and AI-enabled neurotechnology.
Clinical Validation of Brain-Computer Interface Technology
How BCI systems are evaluated for safety, usability, performance and meaningful benefit in real-world settings.
Assistive Communication and Neurotechnology: Expanding Access
How neural interfaces and related assistive technologies may support communication, mobility and interaction for people with disabilities.
Closed-Loop Neuromodulation: Sensing, Decisions and Feedback
An introduction to closed-loop neuromodulation concepts that use measured signals to guide stimulation under controlled conditions.
Integrated Sensing for Wearable and Implantable Neurotechnology
How sensors, neural interfaces and connected systems combine to capture signals and contextual information.
Wearable vs Implantable Neural Interfaces: Design Trade-Offs
A comparison of wearable and implantable neural interface approaches, including signal quality, invasiveness, maintenance and use cases.
Ethics and Governance in Neurotechnology and Connected Devices
Ethical issues in neurotechnology, including informed consent, autonomy, data rights, safety, access and responsible innovation.
The Research Roadmap for Neurotechnology and Future 6G Connectivity
A measured outlook on neural interfaces, edge intelligence, wireless reliability and the possible role of future 6G systems.
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