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Robotics News
Siliconangle
10h
21
Image Credit: Siliconangle
Why private cloud is AI’s next battleground, and Broadcom’s big advantage
- Private cloud is becoming increasingly important, with companies like Broadcom at the forefront of the AI battleground.
- Diane Bryant, a board member at Broadcom, discusses the complexity of AI and the advantage it provides to big companies like Google and Amazon.
- The AI hardware market is projected to reach between 300 to 500 billion in 2030, accommodating various players like Nvidia and AMD.
- Bryant highlights the history and evolution of AI, from its conceptual beginnings in the '50s to its recent breakthroughs.
- Broadcom's acquisition of VMware positions it well in the cloud and AI space, offering solutions like VMware Cloud Foundation for AI workloads.
- Bryant's involvement with companies like mmTron and Celestial AI shows her continued interest in innovative technologies such as photonics.
- Celestial AI's Photonic Fabric aims to enhance data transmission using optics, providing integration with accelerator chips for improved efficiency.
- SiliconANGLE Media, co-founded by John Furrier and Dave Vellante, focuses on digital media innovation and technology industry insights.
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Siliconangle
12h
135
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Rise of the AI developer: How coding agents are redefining software engineering
- Augment Code believes that coding agents reduce time-to-code from days to hours, allowing engineers to focus on higher-level decisions.
- Coding agents place humans in managerial roles to curate output and guide development rather than replacing them.
- AI agents are transforming software development, maintenance, and scalability, discussed at theCUBE event.
- Coding agents aim to augment developers' productivity by speeding up tasks previously taking hours, days, or weeks.
- Supervision is crucial for coding agents to prevent technical debt accumulation and ensure high-quality, scalable code.
- Multi-agent collaboration is emerging, allowing engineers to orchestrate agents to work on different parts of a system simultaneously.
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Siliconangle
16h
33
Image Credit: Siliconangle
Investors see potential for young founders to dominate AI space
- Investors are examining the potential of young founders in the artificial intelligence sector.
- Young startup leaders are seen as driving innovation in AI.
- Investors expect AI applications tailored for industries like healthcare and physics.
- Devising models that run on the edge and addressing the current compute challenge are also anticipated.
- AI enables faster business establishment with lower revenue requirements, leading to a rapid proliferation of startups.
- Identifying long-term winners in the AI landscape may be straightforward based on growth criteria.
- New blood in the machine learning space is perceived positively by investors.
- AI-native consumer companies are awaited, with younger founders potentially excelling in this domain.
- Investors highlighted the importance of innovation and avoiding reliance on legacy practices.
- The rise of AI has impacted junior developer roles while offering opportunities for fresh ideas.
- Investors foresee continued demand for compute power and energy efficiency in AI applications.
- In an AI gold rush, young founders may have an advantage due to their fluency in AI and lack of legacy burdens.
- The article includes insights from investors like Aileen Lee and Sue Xu on AI startup potential.
- A video interview delves deeper into the discussions around AI at the event.
- SiliconANGLE Media, known for digital media innovation, is involved in AI through various initiatives.
- The company operates at the intersection of media, technology, and AI, with a focus on digital media brands and audience engagement.
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Medium
18h
262
Image Credit: Medium
HardTech Reads: The AI & Robotics Revolution vol.36
- Redwood trains 1X's NEO humanoid for home tasks with real-world data, marking progress in domestic robotics.
- OpenAI partners with DoD for AI prototypes in national security, sparking ethical debates on AI use in war.
- Tesla set to launch fully autonomous robotaxi service on June 22, pending regulatory approvals.
- China developing robotic space guards for Tiangong station to patrol and intercept threats in orbit.
- Various companies secure funding for tech advancements in aerial inspection robotics, climate-sensing smallsats, and more.
- A conversation on the militarization of space and the role of AI in defense highlights possible futures of warfare beyond Earth.
- Upcoming tech events including Deep Tech Week, International Conference on Ubiquitous Robots, and more focus on advancements in robotics and AI.
- Several job openings in the hard tech sector are highlighted, including positions at notable companies like SpaceX, Tesla, and NASA.
- Resources and featured articles covering topics like hard tech startups, AI tools, venture capital investing, and more are shared for those interested in AI and robotics.
- Events like Hard Tech Summit in Ontario and IEEE IROS in Hangzhou provide opportunities for networking and learning in the field of robotics and automation.
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TechJuice
3d
226
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Scientists Develop Shape Shifting Robots That Mimic Human Touch
- Engineers at EPFL have developed soft robots named 'Digits' that simulate human touch in 16 different ways.
- Digits are modular air-powered robots that can change shape, vibrate, stiffen, and deliver tactile sensations without coding.
- The robots use pneumatic control with pressurized air pouches to transform shape and texture dynamically, simulating realistic human touch.
- Two prototypes, TangiGlove and TangiBall, demonstrate the robots' ability to adapt for various interactions and applications.
- Digits bridge the gap in haptic devices by combining shape change, movement, and vibration in one system, tailored for individual users or therapeutic needs.
- EPFL's platform, built on the open-source robotics framework Feelix, uses machine learning to translate user intent into haptic sensations without programming.
- The Reconfigurable Robotics Lab plans to study Digits in rehabilitation clinics for hand and muscle recovery.
- Future developments include exploring more complex modules, richer textures, nuanced stiffness, and integration into immersive virtual environments.
- The goal is to redefine human-machine interaction through robots that transform shape, stiffness, and haptic feedback, working for all users.
- The full study is published in Advanced Intelligent Systems, showcasing EPFL at the forefront of soft robotics.
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The Robot Report
11h
248
VC reflects on robotics trade show season
- May and June were significant months for robotics in the U.S. with trade shows in Boston, Detroit, Houston, and Atlanta showcasing new technologies.
- Automate, organized by A3, highlighted the positive impact of robots on job creation and productivity.
- Interest in Cambrian Robotics surged with demonstrations of advanced AI-infused technologies at trade shows.
- Startups like Kinisi and Nexus Intelligence showcased innovative AI-driven robotics solutions at Automate.
- Xponential in Houston revealed advancements in defense technology with a focus on autonomous systems and drones.
- The relation between startups and the military has transformed, with significant investment in defense tech companies like Anduril.
- Anduril's success in securing a substantial funding round reflects the potential growth in the defense tech market.
- Palmer Luckey discussed Anduril's development of autonomous fighter jets for the U.S. Air Force.
- The robotics trade show season concluded in Boston with Robotics Tech Week, featuring discussions on industry growth and technological advancements.
- Oliver Mitchell's book launch at MassRobotics signified a reflection on the industry's progress and future prospects.
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Siliconangle
13h
141
Image Credit: Siliconangle
The new data stack: Unifying OLTP, lakes and graphs for scalable AI
- Powering AI at scale requires an infrastructure that can rapidly unlock the value of data, with data lakes and graph databases becoming valuable tools for analytic workloads.
- Nikita Shamgunov, Tanya Bragin, and Philip Rathle discuss analytic workloads and connectivity as essential components in the evolving infrastructure.
- Shamgunov highlights the three separate worlds of data lakes, OLTP, and applications and emphasizes the need for connectivity to drive business and AI.
- The conversation touches on the decreased cost of building applications, enabled by platforms endorsing high velocity development and a unification layer for connectivity.
- Rathle champions graph databases like Neo4j for providing essential connectivity in application deployment, citing a use case with Klarna Group PLC.
- Bragin notes the evolution towards a unified architecture for data lakes, supporting observability, business intelligence, and the unification of historically separate stacks.
- The development of a single unified architecture for data lakes is discussed, emphasizing the move towards open data lakes as a unifying layer for analytics.
- The discussion also emphasizes the importance of database market players in providing the connective tissue and unification layer essential for application deployment.
- The article concludes with a message from co-founder John Furrier, promoting engagement with SiliconANGLE's content and community.
- SiliconANGLE Media operates at the forefront of digital media innovation, serving tech professionals with influential content and strategic insights.
- The article provides valuable insights into the evolving landscape of infrastructures supporting AI at scale, with a focus on connectivity and unification layers.
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Siliconangle
16h
106
Image Credit: Siliconangle
Rewriting the rules of AI infrastructure for the agentic era
- SambaNova Systems Inc. introduces SN40L, an AI infrastructure with a reconfigurable dataflow architecture tailored for AI workloads.
- The SN40L accelerates training and inference, while significantly reducing energy consumption, aiming for a power-efficient infrastructure fit for the hybrid AI era.
- The company designed a Generation Four RDU to match neural nets' dataflow operation, allowing it to run 10 times faster than Nvidia chips at one-tenth the power.
- SambaNova Cloud offers a full-stack solution for efficient deployment of AI agents, optimizing performance for enterprise-scale workloads.
- Their Gen 4 RDU enhances hybrid AI solutions by providing hardware flexibility, high performance, and seamless software integration.
- The SN40L can dynamically reconfigure to match workload demands, making it highly adaptable for hybrid AI environments.
- By reducing redundant computation and aligning resources efficiently, the SN40L achieves significant energy savings while maintaining high performance.
- SambaNova addresses challenges in handling large models, power limitations in data centers, and multi-tenancy for enterprises.
- The architecture is designed to handle large user concurrency efficiently, essential for the increased token counts and power constraints in AI operations.
- The article discusses how SambaNova's technology is reshaping the landscape of AI infrastructure for the agentic era.
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The Robot Report
17h
11
Hexagon launches AEON humanoid robot for industrial applications
- Hexagon AB has launched its first humanoid robot, AEON, designed for industrial applications to address labor shortages and meet customer needs.
- AEON combines Hexagon's sensor suite with advanced locomotion, AI-driven mission control, and spatial intelligence, making it agile, versatile, and aware.
- The humanoid robot is aimed at improving safety and driving autonomy in sectors like automotive, aerospace, manufacturing, warehousing, and logistics.
- More robotics companies are developing humanoids, with commercial deployments slowly increasing.
- AEON's capabilities include agility, awareness, versatility, and power autonomy through a battery-swapping mechanism.
- Hexagon is partnering with Schaeffler and Pilatus to pilot AEON for manipulation, machine tending, part inspection, and reality-capture use cases.
- The robotics division of Hexagon has partnerships with NVIDIA, Microsoft, and Maxon to bring AEON to the market, with AEON powered by NVIDIA accelerated computing and Microsoft Azure platform.
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Medium
1d
52
Image Credit: Medium
Light but Powerful: A Beginner’s Guide to Torque Calculation for Selecting Small Actuators
- When building a lightweight robotic arm, selecting the right motor is crucial to ensure proper movement.
- Torque calculation is essential for designing ultra-lightweight arms with a payload capacity under 100 grams.
- Torque, measured in N·m, represents rotational force, crucial for movement in robotic arms.
- The torque required for a robotic arm is calculated based on the angle of the arm, with sin(θ) affecting the torque.
- The torque needed can increase significantly as the arm moves from a horizontal to a vertical position.
- It is common for required torque to double, triple, or more as the arm posture changes, posing a challenge in lightweight design.
- Strategies for lightweight optimization can help manage torque and achieve a successful design for lightweight robotic arms.
- On June 23, 2025, a journey into lightweight robotic arms is initiated to challenge the notion that robotics is exclusive to big companies.
- The goal is to pioneer the future of robotics with the help of mathematics and basic tools.
- Collaboration is invited to build the future of robotics together.
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The Robot Report
1d
199
Brighter Signals emerges from stealth
- Brighter Signals B.V., a sensing technology company, has emerged from stealth with a multi-modal tactile sensor platform.
- The Amsterdam-based company acquired a portfolio of fabric-based multi-modal tactile sensor patents.
- The tactile sensor technology is designed to detect and measure touch gradients in real-time for various applications.
- These sensors can be embedded into fabrics, surfaces, and structural components, offering lightweight, durable, and recyclable solutions.
- Brighter Signals targets industries like robotics, automotive, and healthcare with its sensor technology.
- In robotics, enhanced tactile sensing allows for precise object handling, error reduction, and improved efficiency.
- Robots equipped with the sensors can detect variations in texture, pressure, and shape for complex tasks.
- Collaborations are in place with robotics OEMs, Tier 1 suppliers, and automotive OEMs.
- The company is also applying its technology in healthcare for passive monitoring of heart rate, breathing, and blood pressure.
- The CEO, Andrew Klein, emphasizes the transformative impact of the technology in machine interactions.
- COO Christine Fraser highlights the versatility and commercial readiness of the sensor suite.
- Inventor Edward Shim's patented sensor suite has seen significant R&D investment and development.
- The company is gearing up for volume production through manufacturing partnerships in Europe and Asia.
- Partnerships with Antler and various industry players position Brighter Signals for growth and innovation.
- The sensor technology is poised to meet the demand for non-invasive and context-aware sensing in smart systems.
- Brighter Signals is ready to scale its sensor platform to enable safer, smarter, and more responsive systems.
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The Robot Report
1d
119
Levita Magnetics MARS surgical robot receives expanded FDA clearance
- Levita Magnetics has received expanded FDA 510(k) clearance for its MARS (magnetic-assisted robotic surgery) system, specifically in bariatric and hiatal hernia repair.
- The clearance allows for the use of the Magnetic Surgical System (MSS) combined with MARS, offering a less invasive solution for simultaneous treatment of hiatal hernias during bariatric surgery.
- The MARS system incorporates Dynamic Magnetic Positioning technology, enabling improved visibility and access during hiatal hernia repairs by retracting the liver.
- Levita Magnetics also obtained FDA clearance for its new 12.5 mm magnetic grasper, enhancing visualization and control in patients with high BMI and difficult-to-retract livers.
- MARS utilizes magnetic forces for organ repositioning internally, reducing incisions and providing enhanced control during laparoscopic procedures.
- The system is designed to be compact, fitting into existing operating rooms, and builds on the success of Levita's Magnetic Surgical System.
- Levita Magnetics previously won a 2025 RBR50 Robotics Innovation Award for a dual-robot surgery combining the MARS platform with Intuitive Surgical's Da Vinci SP robot.
- The collaboration enabled precise tissue retraction, increased visualization, and nerve preservation during a complex urological surgery.
- The Da Vinci SP robot creates an incision for surgical access, while the MARS system enhances access and visualization within the body.
- Levita's commitment to expanding access to better surgery was emphasized by Dr. Alberto Rodriguez-Navarro, the company's founder and CEO.
- The innovative technology of MARS offers a more effective and less invasive option for abdominal surgeries.
- Levita aims to empower surgeons with increased control of surgical instruments through its magnetic-assisted robotic surgery system.
- The post was originally published on MassDevice and discusses the advancements in Levita Magnetics' MARS surgical robot system receiving expanded FDA clearance.
- The Robot Report covered the news regarding the FDA clearance of Levita Magnetics' MARS surgical robot.
- Levita Magnetics continues to push boundaries in surgical robotics with its magnetic technology-led advancements.
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The Robot Report
1d
85
Voliro brings in $23M to accelerate inspection drone development
- Voliro, a Swiss aerial robotics developer, secured $23 million in funding to expedite the development of its autonomous aerial inspection robots designed for infrastructure maintenance and industrial safety.
- The company's Voliro T platform, featuring a patented tiltable-rotor design with interchangeable sensor payloads, offers a scalable, data-driven system for safer and more sustainable operations.
- The funding includes an $11 million extension of Voliro's Series A round, led by Cherry Ventures and involving new participation from noa and a debt facility from UBS.
- The technology enables efficient inspection of hard-to-reach infrastructures like wind turbine blades and storage tanks, catering to sectors such as energy, chemicals, and renewables.
- Voliro claimed to facilitate significant time and cost savings in inspections, particularly in the wind industry, by offering faster inspections and reducing downtime without manual access.
- With over 40 global customers in 17 countries, including Chevron and Holcim, Voliro has demonstrated success in performing over 100 contact inspections monthly across various industrial environments.
- Voliro addresses the challenges posed by aging infrastructure and workforce shortages in inspection fields, aiming to improve industrial resilience, enhance safety, and assist in climate adaptation and energy transition.
- The company emphasizes the importance of proactive maintenance, early issue detection, and frequent automated inspections to prevent costly failures and ensure asset integrity.
- Traditional inspection methods involving scaffolding and manual access are identified as risky, costly, and reactive, pushing the need for advanced technology solutions for inspections.
- Voliro's technology is positioned to disrupt the industrial inspection sector by providing reliable, data-driven, and automated inspection solutions for aging and new assets, offering a valuable alternative to traditional approaches.
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The Robot Report
2d
253
Black-I Robotics wins autonomous mobile robot picking challenge
- Black-I Robotics won the Chewy Autonomous Mobile Picking (CHAMP) Challenge, addressing limitations in warehouse automation.
- Chewy and MassRobotics organized the challenge to enable robots to handle large, heavy, and non-rigid items in fulfillment centers.
- Black-I Robotics, based in Massachusetts, developed a sophisticated autonomous picking system with a mobile base and a custom industrial arm.
- Twelve global teams participated in the CHAMP Challenge, focusing on manipulation tasks and system-level integration.
- The robotic platforms had to navigate narrow aisles, coordinate with live warehouse operations, and place items in shipping containers.
- Teams were provided with Chewy's robotic lab access and simulation packages to develop their systems.
- Black-I Robotics integrated AI-driven perception for object detection and precise grasping of non-rigid items.
- The team demonstrated full-facility navigation, obstacle avoidance, and integration into downstream workflows.
- Breezey Machine Company, a team of independent engineers, came in second place with an innovative gripper design.
- Breezey's low-profile gripper focused on adaptability and secure grasps without complex control algorithms.
- Their modular arm-mounted system impressed with practicality and potential for integration into automation workflows.
- Both Black-I Robotics and Breezey Machine Company exemplified targeted, systems-level thinking in the challenge.
- The competition aimed to spur innovation for autonomous mobile picking robots in warehouse environments.
- The CHAMP Challenge showcased advancements in AI perception, manipulation, and integration within real-world constraints.
- Participating teams collaborated closely with Chewy Robotics experts to meet the challenge requirements.
- The innovative solutions presented by the winning teams highlight progress in autonomous robotics technologies.
- Black-I Robotics' victory underscores their technical excellence in developing a complete mobile manipulation pipeline.
- Breezey Machine Company's second-place finish recognizes their inventive approach and practical gripper design for robotics applications.
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Medium
2d
206
Image Credit: Medium
What a Half Gallon of Water Taught Me About Robots
- The author reflects on their experience of tossing half-gallons of water onto their porch floor to wash away pollen and how surprisingly accurate they were without any scientific training.
- The author wonders how their body knew how to accurately throw the water without prior specific training, angles, or grip considerations but with successful outcomes.
- They acknowledge that the accuracy came from a deeper memory within their brain or body, suggesting a recall of successes and failures rather than a conscious memory of similar tasks.
- The coordination among muscles, joints, eyes, and brain led to a movement that felt instinctual but was actually based on a lifetime of experience.
- The author hints that such memories might extend beyond just neurons in the brain.
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