New Technology– category –
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Wearable Underwater Robot “RADMCS” Demonstrated Effective Diver Guidance in Confined Spaces During Human Trials
arXiv Unknown Overview The wearable underwater robotic system, RADMCS (Robotic Assisted Diver Movement in Confined Spaces), was developed to aid scuba diver movement in confined or hazardous underwater environments. Combining monocular d... -
WHOI’s CUREE Underwater Robot Detects Coral Reef Fish Hotspots from 80m via Acoustics
The Times of India USA Overview The autonomous underwater robot CUREE (Curious Underwater Robot for Ecosystem Exploration), developed by Woods Hole Oceanographic Institution (WHOI), has established a novel method for identifying coral re... -
TurboVLA Model Achieves 97.6% Success Rate and 32Hz Real-Time Performance on RTX 4090 with Sub-1GB VRAM
arXiv Unknown Overview A new research introduces TurboVLA, a Vision-Language-Action (VLA) model that demonstrates real-time performance on an RTX 4090 GPU, achieving an average 97.6% task success rate with only 31.2ms (approx. 32Hz) infe... -
Kinematic MeanFlow (K-MF) Policy Slashes Robotic Foundation Model Action Generation Latency by Up to 74.4%
arXiv Unknown Overview A new research paper introduces Kinematic MeanFlow (K-MF), a novel one-step action generation policy for robotic foundation models (RFMs) that significantly reduces inference latency. K-MF demonstrates a remarkable... -
arXiv Paper: 5-Billion-Parameter ‘Rho’ Models for Bimanual Robot Manipulation Unveiled, Designed for Data-Efficient Environmental and Task Adaptation
arXiv Unknown Overview An arXiv report introduces the 'Rho' family of open-weight, 5-billion-parameter models for bimanual robot manipulation, explicitly designed for data-efficient environmental and task adaptation. Rho's core premise d... -
China Unveils World’s First Embodied AI Robot with Fully Domestic Electronic Architecture, Achieving Millisecond Vision-Control and Microsecond Motion Response
Sina Finance China Overview China has officially launched the world's first embodied intelligent robot featuring a fully domestically developed electronic architecture. This innovative system integrates the operating system, network, too... -
Queen Mary Team Redesigns Camera Lens with Graphene and Artificial Muscles, Enabling Low-Cost Soft Lens Manufacturing
Queen Mary team UK Overview Researchers at Queen Mary University have developed a soft actuator utilizing transparent spray-coated graphene electrodes on a pre-stretched acrylic elastomer membrane, functioning as artificial muscles. This... -
National University of Singapore Develops 70μm-Thick ‘eLuminator’ E-Skin Integrating Pressure Sensing & Real-time Visualization at 847dpi
National University of Singapore (NUS) Singapore Overview A research team at the National University of Singapore (NUS) has developed 'eLuminator,' a soft, ultrathin electronic skin capable of real-time pressure sensing and direct visual... -
Australian Li-S Energy Drone Completes Nearly 2-Hour, 75km Test Flight with Lithium-Sulfur Battery, Demonstrating 1.8x Energy Density
BigGo Finance Australia Overview Australian lithium-sulfur battery developer Li-S Energy (LIS.AX) announced its 'Pegasus' drone successfully completed a nearly two-hour, 75km test flight on a single lithium-sulfur battery pack. This flig... -
Zhejiang Sci-Tech University Boosts Soft Actuator Bending Performance by 139% with Wood-Derived Nanocrystals, Integrates Proximity Sensing
Journal of Materials Science (Zhejiang Sci-Tech University) China Overview Researchers at Zhejiang Sci-Tech University in China have enhanced the bending performance of soft actuators by over 139% (approximately 8.38mm at 1.5V) through t...
