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How brain implants like Neuralink read the brain - What the future holds

Translated title. Original: Så läser hjärnimplantat som Neuralink av hjärnan - What the future

The article explains how brain implants read neural activity to control computers, comparing invasive electrodes (Neuralink, Synchron) with noninvasive EEG, and describing how signals are recorded, decoded, and used to move cursors or write. It highlights research progress in reading handwriting and speech from motor cortex signals and notes regulatory steps and performance metrics.

A facial photo and survival prognosis in cancer patients: a new AI approach | Diario Tecnología

Translated title. Original: Una foto facial y el pronóstico de supervivencia en pacientes con cáncer: un nuevo enfoque de la IA | Diario Tecnología

AI may predict cancer prognosis from facial images, offering a noninvasive tool to complement clinical data. Significant validation and ethical considerations are required before adoption.

AI-supported remote monitoring of patients: Evidence Review (DE) - DEV Community

Translated title. Original: KI-gestützte Fernüberwachung von Patienten: Evidence Review (DE) - DEV Community

AI-augmented remote patient monitoring can reduce hospital readmissions for chronic diseases by 18–32%, by early anomaly detection and risk-based triage, but faces barriers like digital literacy, device connectivity, alarm overload, and reimbursement issues.

NetMon Home tool · home network monitoring

Translated title. Original: NetMon Home tool · monitoraggio della rete di casa

NetMon Home tool monitors your home network with a compact probe that continuously checks devices and notifies you if issues arise.

Implantable AI signal processing optimizes adaptive deep brain stimulation therapy

A DGIST-led team presents NONOS, an AI-based method that cleanly separates rhythmic brain signals from background components to detect rapid changes, improving accuracy in Parkinson's-related predictions and showing potential for real-time, implantable deep brain stimulation; results published in NeuroImage and supported by Korean science programs.

Musk's Neuralink rival is developing a wearable device to curb appetite

BrainCo, a Chinese neurotech company and rival to Neuralink, is developing a non-invasive wearable that uses brain-computer interface tech to suppress appetite, framed as a digital alternative to weight-loss drugs. It is planned to launch in China in 2–3 years, with US expansion to follow.

A new neurotechnology startup wants to read brain activity with ultrasonic headphones, without implants

Translated title. Original: Una nueva startup de neurotecnología quiere leer la actividad cerebral con unos auriculares de ultrasonidos, sin necesidad de implantes

Bridge Neurotech aims to build a non-invasive, portable brain-computer interface using functional ultrasound (fUSI) to observe brain activity from outside the skull, addressing limitations of implanted electrodes and external EEG. The approach relies on blood flow changes to infer neural activity, faces skull-related imaging challenges, and plans AI-based delay compensation; a early study in California is underway with healthy participants and implant recipients.

Automated tracking of sensory impact: artificial intelligence, advanced ultrasound, and new paradigms of comfort and biosafety in clinical and surgical dentistry - CVDentus

Translated title. Original: Rastreamento automatizado do impacto sensorial: inteligência artificial, ultrassom avançado e novos paradigmas de conforto e biossegurança em odontologia clínica e cirúrgica - CVDentus

The document describes how automated sensory tracking, AI, and advanced piezoelectric ultrasound enhance comfort, predictability, and biosafety in clinical and surgical dentistry. It cites real-time monitoring and adaptive algorithms that optimize energy delivery, reduce trauma, and lower aerosol risk, supported by current research.

China builds the world’s smallest wearable brain monitor with a cortex-wide view | South China Morning Post

Researchers from Tsinghua University and the Chinese PLA Medical School announce the Airscope, the world’s smallest wireless wearable brain monitor at ~1 gram, capable of tracking thousands of neurons simultaneously in untethered lab animals. Published in Nature, the device aims to advance optical brain–computer interfaces and precision neural detection, with Dai Qionghai of Tsinghua as the corresponding author.

Production Monitoring Market To Reach US$ 11.67 Billion by 2031 – SPOT NEWS

The production monitoring market is growing as manufacturers digitalize to improve efficiency and quality. Demand for real-time visibility, IoT/AI adoption, and predictive maintenance drives a US$11.67 billion market by 2031, with segments spanning software, services, deployment models, and multiple industries.