Back to home
Technology

IEEE Considers Safety Guidelines for Neurotech Consumer Products

Source

IEEE Spectrum

Published

TL;DR

AI Generated

IEEE is developing a new standard, P7700, to establish safety guidelines for consumer neurotechnology products. This standard aims to create consistent definitions for the design, development, and usage of non-medical neurodevices, such as brainwave-reading gadgets. The guidelines will cover products like audio headsets that monitor brainwave activity to enhance brain function. The proposed standard seeks to ensure the safety and ethical use of neurotech consumer products.

Read Full Article

Similar Articles

New 3D device computes using living brain cells — bioelectronic device uses 3D electronic mesh design paired with living tissue

New 3D device computes using living brain cells — bioelectronic device uses 3D electronic mesh design paired with living tissue

Researchers at Princeton University have developed a 3D bioelectronic device that merges living brain cells with advanced embedded electronics to create a neural network capable of computational tasks. The device features a 3D mesh design with living tissue that can differentiate patterns using computational techniques. Unlike previous methods using brain cells for computation, this device allows for recording and stimulating neurons' electrical activity at a finer scale. The team successfully trained the device to identify recurring pulse patterns and differentiate between distinct patterns, aiming to scale it for more complex tasks. This technology not only delves into brain computing secrets but also holds potential for understanding and treating neurological diseases while addressing AI's energy consumption challenges.

Tom's Hardware
Apex Gaming PCs recalls nearly 18,000 power supplies over missing safety labels — the fix is a warning sticker sent by mail, units are entirely safe

Apex Gaming PCs recalls nearly 18,000 power supplies over missing safety labels — the fix is a warning sticker sent by mail, units are entirely safe

Apex Gaming PCs is recalling nearly 18,000 power supplies due to missing safety labels that identify electrical shock and electrocution hazards. The affected units were sold between December 2021 and February 2026, both as standalone components and pre-installed in gaming desktops. The recall is not due to a hardware defect, as the power supplies are safe to use, but lack necessary warning labels. Customers will receive warning stickers by mail or can request a replacement PSU. The company advises users to stop using the recalled PSUs and not to open or service them.

Tom's Hardware
Empowering Advanced Autonomous-Driving Systems

Empowering Advanced Autonomous-Driving Systems

The article discusses the challenges and advancements in autonomous driving systems, emphasizing the need for a comprehensive approach beyond just software algorithms. It highlights the importance of multiple sensors, redundancy in communication and processing, and system-level safety to prevent single points of failure. Dr. Stefan Poledna from TTTech Auto shares insights on the current state of the autonomous driving market and the architectural analysis required for safe execution. The focus is on creating diverse and redundant systems to ensure the safety and reliability of next-generation autonomous vehicles.

ElectronicDesign
From COM to SMARC to OSM: The Evolution of Embedded Computing Modules

From COM to SMARC to OSM: The Evolution of Embedded Computing Modules

The article discusses the evolution of embedded computing modules from COM to SMARC to OSM, offering a wide range of high-performance, power-efficient options for developers. It emphasizes the benefits of open standards over proprietary offerings, allowing for flexibility in size, cost, and performance. The COM architecture, particularly COM Express, is highlighted for its convenience and flexibility in customizing I/O configurations. The article also delves into the rise of SMARC and OSM standards, catering to IoT and ultra-compact embedded systems with energy-efficient processors and compact form factors. The importance of selecting the right standard based on application-specific requirements is emphasized, with insights on processor architectures, form factors, and I/O constraints provided.

ElectronicDesign

We use cookies

We use cookies to ensure you get the best experience on our website. For more information on how we use cookies, please see our cookie policy.