All stories tagged robotics on myBender.
Agility Robotics’ latest S-4 filing highlights the immense capital intensity of the humanoid sector, reporting $1.8 million in revenue against a $140 million operating loss.
NVIDIA's massive $99 billion equity portfolio signals a strategic pivot toward controlling the foundational infrastructure required for scaling humanoid robotics.
With a fresh $165 million infusion, Lyte AI aims to refine perception systems, a critical supply chain component for scaling production of robots like the Unitree G1.
The latest industry data from August 2026 confirms a shift toward scaling physical AI models, with significant funding and technical milestones across the humanoid landscape.
Reframe Systems has raised $40M to deploy robotic microfactories, a move that signals a shift toward localized manufacturing that could eventually integrate humanoid platforms like the Walker S series.
BlackBerry is shifting its corporate focus toward robotics and automotive software, signaling a strategic transition away from its legacy mobile business.
The 2026 RoboCup tournament achieved a significant milestone by hosting the first 11-vs-11 soccer match played entirely by humanoid robots.
Integrating humanoids into labor-intensive environments requires shifting focus from raw throughput to human-centric oversight, as seen with deployments of units like Digit.
At the Beijing World Robot Conference, Unitree Robotics showcased its latest hardware, signaling an industry pivot from lab-based demonstrations toward functional, production-ready bipedal platforms like the Unitree G1.
Component supplier Kollmorgen is focusing on the specific mechanical demands of humanoid joints, addressing the critical supply chain bottleneck for mass-market bipedal robots.
The move to take FORT Robotics public at a $500M valuation highlights the growing enterprise demand for third-party safety layers as humanoid deployments scale.
New research into universal manipulation interfaces is changing how developers train humanoid robots like the Generalist platform to perform complex physical tasks.
Manufacturers are targeting a 30% weight reduction in humanoid robot joints by replacing traditional metal components with high-performance plastics.
Chinese researchers have unveiled a novel electric-field sensor enabling robots to identify and interact with objects without physical touch, a significant leap for autonomous manipulation.
New cross-embodiment AI research enables robots like the Fourier N1 to transfer learned skills between different physical forms, potentially solving the industry's biggest scaling hurdle.
As humanoid robotics firms eye public listings, Agility Robotics' use of SPAC mergers highlights the complex financial strategies needed to scale production and maintain market trust.
The new RoboDojo platform aims to bring rigorous benchmarking to embodied AI, providing a clearer way to measure the real-world capabilities of humanoids.
Samsung Electronics is reportedly advancing internal humanoid development, prioritizing cost-effective actuation to compete with established players like the Unitree G1.
As humanoid platforms like the Unitree H1 integrate into critical infrastructure, new cybersecurity tools for NVIDIA Isaac Sim highlight the growing need to harden robots against remote exploitation.
New MIT research on AI-generated virtual environments aims to bridge the gap between training and real-world performance for robots like the Unitree G1.
Advances in conversational AI like ChatGPT Voice are setting new expectations for the human-robot interface, directly impacting the development of home-ready units like NEO.
The latest demonstration of the Figure 03 highlights advancements in autonomous navigation, moving beyond controlled environments toward complex real-world household tasks.
Proception has closed an $11M round to refine robotic dexterity, marking a turning point after settling legal disputes regarding its work on robot hands.
Advances in integrated actuators are improving humanoid robot joint performance, enabling more compact, efficient, and responsive designs critical for real-world deployments.
Cornell Tech researchers demonstrate optical receivers enabling real-time AI updates in robots, a step toward dynamic, adaptable humanoid systems.
Medtronic is launching an AI compute platform integrating pre-op planning, intra-op tele-mentoring, and post-op insights to improve surgical robotics workflows.
A humanoid robot has demonstrated the ability to learn diverse tasks such as bowling and folding towels autonomously, showcasing advances in adaptive robotics.
Humanoid, a U.K. startup focused on AI-powered industrial humanoid robots, secured $152 million in Series A funding to expand its commercial deployments amid a $1.35 billion valuation.
Unitree's new UnifoLM-OminiA-0.3 AI model aims to boost humanoid robots' thinking, movement, and assistance functions, advancing practical deployment potential.
Flexion's CEO warns that while teleoperation is essential for humanoid robot training, long-term progress depends on reinforcement learning and simulation techniques.
Sarah Downs, a graduate student, is enhancing NASA's humanoid robots by equipping them with advanced assembly capabilities, a key step toward practical deployment.
A Chinese humanoid robot successfully mounted a mechanical horse and demonstrated horseback archery, showcasing advanced balance and coordination in robotics.
TerraFirma secured $115 million to advance its platform combining AI software, remote command centers, and retrofitted heavy machinery, signaling growing investment in construction robotics.
Effective onboard power conversion and control remain central challenges for humanoid robots, directly impacting their operational duration, payload capacity, and deployment viability.