Latest Wearables News

dorsaVi has launched an evaluation program to scale its oxide-based RRAM technology from 40 nm to 22 nm, aiming for significant gains in density, speed, and energy efficiency. This move could enhance its wearable sensor devices and embedded AI applications.

HeraMED has bolstered its cash position with a $1.98 million capital raise and is on the cusp of finalizing two pivotal U.S. commercial agreements, signaling a major step forward for its digital maternity care platform.

Nanoveu Limited has reported a major leap in drone endurance through its ultra-low-power AI chip technology, alongside advancing its next-generation 16 nm chip towards fabrication and expanding its U.S. sales network.

Nanoveu’s subsidiary EMASS has partnered with Arrow Electronics to accelerate the deployment of its ultra-low-power ECS-DoT edge AI chip, aiming to simplify always-on AI integration across multiple industries.

dorsaVi reports breakthrough RRAM sensor performance and secures a major US physical therapy deal, backed by a $5 million capital raise and new leadership appointments.

BrainChip Holdings has moved its AKD1500 neuromorphic AI chip into volume production, supported by key supply agreements and expanded distribution channels, while maintaining a stable cash position.

Control Bionics has successfully raised $0.6 million through a shortfall placement, reinforcing investor confidence as it accelerates commercialisation of its neurotechnology in assistive communication and emerging sports markets.

BrainChip Holdings Ltd showcased its leadership in ultra-low-power edge AI technology, emphasizing strong partnerships and a growing product portfolio targeting high-growth sectors like defense and healthcare.

BrainChip Holdings has initiated tape-out for its AKD1500 neuromorphic AI chip, targeting volume production by late Q3 2026 to meet rising demand for ultra-low-power edge AI solutions.

Nanoveu Limited showcased its cutting-edge EMASS semiconductor technology at the Ignite Investment Summit in Hong Kong, highlighting a new ultra-low-power AI chip designed to revolutionize edge computing across multiple industries.

dorsaVi has confirmed its RRAM Reflex Platform achieves biological-grade reflexes with sub-microsecond latency and ultra-low energy use, outperforming leading digital edge AI systems by orders of magnitude.

dorsaVi has achieved a major engineering milestone by validating its RRAM-powered Reflex Platform, delivering neural reflex decisions in under one microsecond with ultra-low energy consumption. This breakthrough paves the way for next-generation robotics, prosthetics, and wearable devices that require rapid, energy-efficient reflex actions.