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Hardware & Medicine

🧠 Devices & Interfaces

Where engineering meets living tissue — neural implants, wearable biosensors, electronic skin, and the machines that speak biology’s language.
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🧠 Devices
. bioelectronic medicinechronic animal implantelectroceuticalsflexible nerve cuff electrodemulti-contact cuff electrodenerve cuff electrodeneural interface hardwareselective vagus nerve stimulationvagus nerve mappingvagus nerve stimulation

Flexible Nerve Cuff Electrode Enables Selective Vagus Nerve Stimulation in Chronic Animal Studies

🧠 Devices
. brain-computer interface,consumer BCI headset,consumer neurotech,dry electrode EEG wearable,EEG focus tracking accuracy,EEG headset,focus tracking,Neurosity,Neurosity focus scoring headset,real-time attention monitoring EEG

Neurosity’s New Headset Achieves Real-Time Focus Scoring With 94% Accuracy

🧠 Devices
. brain-computer interface,brain-computer interface typing speed,BrainGate,BrainGate handwriting BCI,intracortical electrode,intracortical microelectrode array,neuroprosthesis,speech neuroprosthesis word rate,Stanford BCI,Stanford brain computer interface

The BCI That Let a Paralyzed Man Type 90 Words Per Minute

🧠 Devices
. bioelectronic medicine,chronic animal implant,electroceuticals,flexible nerve cuff electrode,multi-contact cuff electrode,nerve cuff electrode,neural interface hardware,selective vagus nerve stimulation,vagus nerve mapping,vagus nerve stimulation

Flexible Nerve Cuff Electrode Enables Selective Vagus Nerve Stimulation in Chronic Animal Studies

A new generation of flexible, multi-contact cuff electrodes is letting researchers dial in specific fibers of the vagus nerve, not the whole cable at once.
🧠 Devices
. brain-computer interface,consumer BCI headset,consumer neurotech,dry electrode EEG wearable,EEG focus tracking accuracy,EEG headset,focus tracking,Neurosity,Neurosity focus scoring headset,real-time attention monitoring EEG

Neurosity’s New Headset Achieves Real-Time Focus Scoring With 94% Accuracy

Neurosity says its newest EEG headset scores focus in real time with 94% accuracy. The number is real. What it actually measures is more complicated.
🧠 Devices
. brain-computer interface,brain-computer interface typing speed,BrainGate,BrainGate handwriting BCI,intracortical electrode,intracortical microelectrode array,neuroprosthesis,speech neuroprosthesis word rate,Stanford BCI,Stanford brain computer interface

The BCI That Let a Paralyzed Man Type 90 Words Per Minute

A Stanford brain-computer interface let a paralyzed man decode text at 90 characters per minute, not 90 words. The real story is why that distinction matters more than the headline.
🧠 Devices
. brain-spine interface,closed-loop spinal cord stimulation,epidural stimulation,epidural stimulation paralysis,ONWARD Medical,ONWARD Medical ARC-IM,spinal cord injury,spinal cord injury walking recovery

Closed-Loop Spinal Stimulator Restores Natural Walking Rhythm in Paralysis Patients

Closed-loop spinal cord stimulation now times electrical pulses to a patient's own gait cycle, turning paralysis therapy from a blunt current into a rhythm.
🧠 Devices
. biocomputing Singapore,biological computing,biological data center human brain cells,brain organoids,CL1,Cortical Labs,Cortical Labs CL1,neuron computing chip,wetware computing

Singapore’s New Data Center Runs on 16 Million Living Human Brain Cells

NUS and Cortical Labs built a biological server rack powered by 16 million living human neurons, betting wetware can beat silicon on energy per computation.
🧠 Devices
. aptamer cortisol sensor,continuous glucose monitoring,cortisol monitoring,electronic skin patch,electronic skin patch cortisol glucose,epidermal electronics EMG,multiplexed biosensor patch,sweat sensor technology,wearable biosensors,wearable sweat sensor

Electronic Skin Patch Reads Cortisol, Glucose, and Nerve Signals at Once

A new generation of flexible skin patches is merging sweat chemistry and electrophysiology on one substrate. The sensors are ready. The interpretation is not.
🧠 Devices
. bioelectronics,electroceuticals,implantable devices,implantable transistor longevity,organic bioelectronics,organic electrochemical transistor,organic electrochemical transistor implant,PEDOT:PSS,PEDOT:PSS bioelectronics,soft neural implant durability

Organic Transistor Operates Stably Inside the Body for Over One Year

A PEDOT:PSS organic electrochemical transistor kept switching cleanly after more than a year implanted in tissue, closing the durability gap that has stalled soft bioelectronics.
🧠 Devices
. e-tattoo,e-tattoo biosensor,electronic tattoo,epidermal electronics,flexible bioelectronics,multimodal monitoring,wearable biosensors,wearable EEG ECG EMG monitor

Electronic Tattoo Monitors Heart, Brain, and Muscle Simultaneously

A new generation of e-tattoos records ECG, EEG, and EMG from one conformal patch, solving a crosstalk problem that kept these signals apart for over a decade.
🧠 Devices
. bioelectronic medicine,closed-loop neurostimulation,deep brain stimulation,electroceutical devices FDA,electroceuticals,spinal cord stimulation,vagus nerve stimulation

Electroceuticals: The Drug-Free Future of Medicine

Electroceuticals already treat epilepsy, migraine, sleep apnea, and paralysis. The real story isn't hype, it's how uneven the progress has been.
🧠 Devices
. bioelectronic medicine,cochlear implant,cochlear implant electrode array,cochlear implant technology,drug-eluting electrode,hearing loss technology,hearing restoration devices,Neural Interface,optogenetic cochlear implant,optogenetics

Cochlear Implants Are Getting a Bioelectric Upgrade

New flexible, drug-coated, and light-based electrode designs are tackling the real bottleneck in cochlear implants: not hearing loss, but signal blur.
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