This is you Robotics Industry Insider: AI & Automation News podcast.

The robotics and automation sector is powering into November 8, 2025, with a surge of innovation and strategic partnerships that are remapping industrial technology. This week, several breakthrough developments are shaping the industry narrative. AgiBot’s Real-World Reinforcement Learning system is redefining how robots acquire complex skills, enabling machines to master new tasks in minutes on the production line. At RoboBusiness in Silicon Valley, AI-powered industrial and collaborative robots took center stage, blending advanced analytics with real-time adaptability to optimize manufacturing and logistics.

Market momentum remains robust. According to Coherent Market Insights and Grand View Research, the global industrial automation market will reach nearly 238 billion dollars in 2025 and soar to over 449 billion by 2032, with a steady compound annual growth rate near ten percent. The spread of Industrial Internet of Things, edge computing, and AI integration is driving this expansion, and manufacturers are investing heavily in digital transformation to secure efficiency, precision, and resilience. Notably, collaborative robots are now present in over ninety percent of United States manufacturing firms with fewer than one hundred employees, democratizing automation across scale.

Recent partnerships and acquisitions demonstrate a strategic focus on intelligent edge capabilities and automation platforms. Advantech’s collaboration with emergent processor and developer platforms aims to push the boundaries of edge AI—for instance, the NVIDIA Jetson Thor series now delivers over two thousand FP4 teraflops of AI performance, establishing benchmarks for industrial autonomy. Grubhub's expansion of robotic delivery services beyond university campuses and Boston Dynamics’ exclusive partnership with Analog in the United Arab Emirates underscore the growing appetite for real-world robotic deployments.

On the awards stage, Enchanted Tools and CEO Jérôme Monceaux received top industry leadership recognition for advancements in emotionally perceptive humanoids designed for healthcare, hospitality, and retail. This speaks to an evolving vision for robots, not only as technical assets but as adaptive partners.

Despite supply chain and investment headwinds in 2024, Roland Berger analysis suggests that 2025 is a stabilizing year—and a prelude to growth from 2026 onward as innovation unlocks new sector opportunities. Practical takeaways for industry players include prioritizing AI-enabled predictive analytics, strengthening cybersecurity, and investing in scalable automation to mitigate labor and logistical challenges.

Looking to the future, listeners should watch for the rapid convergence of AI, cloud robotics, and 5G, promising smarter factories, flexible supply chains, and new roles for collaborative and humanoid robots. Thank you for tuning in. Join us next week for more insider insights on Robotics Industry Insider: AI & Automation News. This has been a Quiet Please production. For more, check out Quiet Please Dot A I.


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The robotics industry is experiencing a transformative surge, with this week marking several pivotal advancements that are reshaping the way intelligent machines integrate into industrial operations. Deloitte’s new report highlights the emergence of what it calls the era of physical artificial intelligence, in which robots not only automate tasks but also perceive, reason, and make decisions within complex, real-world environments. This trend is accelerated by breakthroughs in vision-language-action models, which now allow robots to interpret speech, analyze scenes, and execute actions without explicit programming. A prime example is Agility Robotics’ RoboFab plant, now producing up to ten thousand humanoid robots annually, and Boston Dynamics’ Spot quadrupeds finding utility far beyond the factory, from energy grids to public safety deployments.

Industrial automation continues to expand with remarkable speed, projected to reach nearly three hundred and seventy-nine billion dollars globally by 2030 according to recent market research. Key drivers include interconnected manufacturing systems powered by industrial Internet of Things, edge computing, and collaborative robots—often known as cobots. Cobots have democratized automation, making it accessible not just for major manufacturers but also for over ninety percent of U.S. firms with fewer than one hundred employees, fundamentally changing how small and mid-sized companies participate in Industry 4.0.

Recent industry news underscores the pace of innovation and partnership. NomadGo’s collaboration with Richtech Robotics is paving the way for end-to-end autonomous inventory management. Their AI-driven, two-armed mobile robot, Dex, is set to transform inventory tracking from a tedious manual task into a seamless, real-time digital process by leveraging three-dimensional spatial intelligence and computer vision. Meanwhile, Capgemini and Orano have just deployed the first intelligent humanoid robot in the nuclear sector, signaling not only technical maturity but also a new era of robotics in high-stakes, hazardous environments.

From a technical perspective, listeners should note that investments in AI integration are paying tangible dividends, as companies report, on average, a twenty-two percent reduction in operating costs and up to two hundred percent return on investment in the first year of robotic process automation. However, the landscape is not without risk—seventy percent of digital transformation projects fall short. Choosing the right partners and configuring solutions for operational realities is crucial.

Looking forward, the rise of physical artificial intelligence and deeper human-robot collaboration promise unprecedented levels of productivity, safety, and flexibility. As hardware becomes cheaper and AI more adaptable, the next decade will see intelligent robots move from novelty to necessity in competitive industrial strategy. Thank you for tuning in to Robotics Industry Insider. Be sure to join us next week for more insights. This has been a Quiet Please production, and for more, check out Quiet Please Dot A I.


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Robotics and automation are accelerating at a breathtaking pace. The latest World Robotics report from the International Federation of Robotics reveals that a record 542,000 industrial robots were installed worldwide in 2024, more than double the number a decade ago. Asia remains the dominant region, accounting for nearly three-quarters of new deployments. This surge is transforming factories, with collaborative robots, also known as cobots, helping even smaller manufacturers automate tasks that were out of reach just a few years ago. In fact, collaborative robot solutions now make automation viable for over ninety percent of United States manufacturing firms employing fewer than one hundred people, dramatically changing operational landscapes for small and medium enterprises.

AI integration is the driving force behind these shifts. Predictive maintenance, powered by artificial intelligence and machine learning, is enabling manufacturers to analyze real-time data streams and anticipate equipment failures before they happen. This not only cuts costs but extends the life of critical assets, reducing unplanned downtime. Enhanced by the rollout of ultra-fast 5G networks, robots are able to communicate seamlessly across factory floors, monitor inventory in real time, and improve logistics through automated drone technology.

Industrial automation is booming—global market size hit over two hundred fifty-six billion dollars in 2025, with projections showing robust nine percent annual growth into the next decade. By 2034, the market is forecast to reach nearly five hundred seventy billion dollars, driven by persistent labor shortages, rising costs, and the relentless demand for efficiency. The industrial robots segment itself is growing at a remarkable rate, with twelve percent compound annual growth forecasted through 2034, according to Precedence Research.

Recent news illustrates this momentum. Rockwell Automation’s Milwaukee headquarters has begun producing the OTTO 600 and OTTO 1200 autonomous mobile robots, designed for efficient material handling in manufacturing environments following Rockwell’s acquisition of Clearpath Robotics. Remedy Robotics and Mission Thrombectomy have partnered to extend telerobotic blood clot removal technology, aiming for global reach in healthcare automation. Meanwhile, updates on funding trends from F-Prime point to record investment in robotics startups, as the sector draws considerable attention from venture capital and corporate investors.

For listeners looking to act, the success of automation initiatives hinges on strategic planning, skilled talent, and robust integration of AI systems. Start by identifying manual processes that bottleneck productivity, evaluate collaborative robot solutions to begin with scalable deployment, and leverage predictive analytics to maintain uptime. Investing in workforce training on automation technologies now will be invaluable as the sector continues to evolve.

Looking ahead, the implications are profound. The fusion of AI, 5G, and robotics is not only transforming traditional manufacturing but spawning new applications across logistics, healthcare, agriculture, and more. Trends toward increased autonomy, human-machine collaboration, and resilient supply chains will keep reshaping industry standards. Thanks for tuning in to Robotics Industry Insider. Return next week for more of the latest breakthroughs and practical strategies in AI and automation. This has been a Quiet Please production; for more, check out Quiet Please Dot A I.


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The robotics and industrial automation industry is entering a new phase of rapid expansion, propelled by breakthroughs in artificial intelligence and collaborative robotics. According to ABI Research, global robotics market value will reach approximately fifty billion dollars in 2025, climbing to one hundred and eleven billion by 2030. Nearly thirteen million robots will be in circulation by the end of the decade, with mobile robots dominating both hardware and software sales. Asia Pacific is leading this transformation, especially China, which now accounts for forty-two percent of all industrial robot sales worldwide. In parallel, the industrial automation and control systems market is projected to hit two hundred twenty-six billion dollars in 2025, with ongoing double-digit growth rates forecast through 2030.

AI integration is now central to robotics innovation. Physical AI and closed-loop automation are elevating collaborative robot, or cobot, capabilities, enabling safer, smarter, and more autonomous production environments. Leading companies such as Yaskawa, KUKA, FANUC, and ABB are pushing the envelope in AI-driven robotics, with software for perception, motion control, and advanced analytics set to generate twenty-four billion dollars in revenue by 2030. In addition, humanoid robots and industrial exoskeletons are experiencing a surge in research investment. Exoskeletons, for instance, are finding traction in manufacturing for enhancing worker safety, and in healthcare for rehabilitation applications.

Recent news highlights several key industry events. First, global robot installations in factories are expected to grow by six percent in 2025, crossing the five hundred seventy-five thousand unit mark, with robots now essential for labor resiliency and production quality. Second, collaborative robots are gaining momentum in small and medium enterprises, making automation accessible to over ninety percent of manufacturing firms with fewer than one hundred employees, according to Autodesk. Third, innovative partnerships are reshaping the industry landscape; for example, major players are collaborating on integrated AI and IIoT platforms to deliver predictive maintenance and real-time operational agility.

For industrial firms considering new automation initiatives, the data is compelling: companies investing in robotics report an average twenty-two percent reduction in operating costs and a thirty to two hundred percent return on investment in the first year. However, listeners should note that success depends on robust project planning. Recent industry surveys suggest that up to seventy percent of automation and digital transformation projects fail to meet their objectives, often due to insufficient workforce buy-in and technical challenges.

Looking ahead, expect further acceleration in AI-enhanced robotics, greater adoption of cobots on factory floors, and stronger market momentum in Asia Pacific and North America. For action-oriented takeaways, listeners should evaluate their current workflow bottlenecks, start small with cobots or automation pilots for quick wins, and prioritize upskilling their teams to fully benefit from smart automation technologies.

Thank you for tuning in to Robotics Industry Insider: AI and Automation News. Come back next week for more essential updates. This has been a Quiet Please production, and for more, check out Quiet Please Dot A I.


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The robotics and automation sector has surged into November with remarkable momentum, marked by a steady recovery in North America and breakout progress in global industrial automation. The Association for Advancing Automation reports that North American robot orders increased by more than four percent and revenue rose by nearly eight percent in the first half of the year compared to the same period in 2024. A particularly striking story is the dramatic 34 percent surge in robot orders among automotive manufacturers, but what is more telling is that life sciences and electronics are now outpacing traditional auto applications, with life sciences and biomedical robots experiencing quarter-over-quarter growth above twenty percent. Collaborative robots—machines engineered to work directly alongside people—are now central to these advances, responsible for almost a quarter of all new robot orders last quarter. These so-called cobots are valued for addressing labor shortages and operational bottlenecks, and are rapidly expanding beyond automotive into pharmaceuticals, electronics, and small-part assembly.

On the global stage, the International Federation of Robotics reveals the world installed 542,000 industrial robots in 2024, more than double the number a decade ago, with Asia accounting for nearly three-quarters of all deployments. Similarly, the worldwide industrial automation market has ballooned to roughly 256 billion dollars, and forecasts from Precedence Research suggest the sector will approach 570 billion dollars by 2034, expanding at a sustained nine percent annual growth rate. Artificial intelligence and machine learning integration are at the heart of this expansion, particularly in predictive maintenance and real-time quality control, enabling factories to prevent failures before they happen and to maximize equipment uptime. The application of high-speed 5G networks is amplifying these effects—driving machine-to-machine communications, seamless monitoring, and highly responsive automation for applications like warehouse logistics and autonomous mobile robots. One immediate example is Rockwell Automation’s milestone rollout of its first autonomous mobile robots since acquiring Clearpath Robotics, a case that underscores the rising importance of industry partnerships and transformative acquisitions in scaling AI-powered automation across sectors.

For listeners considering action, the most effective steps right now include evaluating how collaborative robots could relieve production bottlenecks, investing in predictive analytics to boost yield and uptime, and fostering partnerships that bring AI and edge computing to operations. The talent shortage and the relentless drive for operational resilience mean automation is no longer optional but strategic for maintaining competitiveness. The future holds even greater transformation: industrial robots and intelligent systems are on pace to create more new roles than they displace, fundamentally changing organizational structures and workflows worldwide.

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Just one day after Halloween 2025, the robotics and automation industry is buzzing with breakthroughs that are rapidly redefining manufacturing and industrial workflows worldwide. According to GlobalData, the global robotics industry is projected to more than double from ninety billion dollars in 2024 to over two hundred five billion dollars by 2030, driven by rising demand for precision, flexibility, and resilience across sectors from electronics to logistics. Of note, exoskeletons and logistics robots are the fastest growing segments, seeing massive annual growth rates as companies seek solutions for workforce shortages and productivity demands.

A clear trend this week is the fusion of artificial intelligence with robotics. Omdia’s recent updates describe how so-called physical AI—meaning robots with integrated adaptive intelligence and machine vision—is moving from concept to factory floor. These smart robots can identify objects, make autonomous quality checks, and even adapt on the fly to new products or tasks without costly manual reprogramming. For example, Vention has just rolled out its AI Operator, leveraging zero-shot automation to let operators deploy robots for entirely new tasks without conventional coding. Meanwhile, Machina Labs and Toyota have partnered to push rapid, AI-driven innovations in metal forming—enabling highly customizable vehicle production at scale.

Partnerships and deals continue to shape the competitive landscape, with ABB’s planned robotics spin-out now being acquired by SoftBank, a move that underscores an accelerating race for AI-driven automation leadership. Augmentus's fresh funding round, led by Applied Ventures, will further democratize automation, supporting flexible robot deployment for small and mid-sized manufacturers.

On the technical front, manufacturers are embracing digital twins—virtual simulators that allow teams to model entire robotic workflows before they go live. This speeds up deployment, cuts out trial-and-error risks, and ensures optimal robot placement for throughput and safety. Predictive maintenance using AI-powered analytics is also becoming standard practice, helping reduce equipment downtime and extending asset lifespans.

Market data highlights the stakes: industrial automation will top five hundred sixty-nine billion dollars by 2034, says Precedence Research, with Asia-Pacific accounting for nearly forty percent of global revenue. Annual installations of industrial robots have exceeded five hundred thousand units for four consecutive years, led by China’s aggressive adoption. More than ninety percent of workers now say automation increases their productivity, with robotics helping to reduce costs and offset persistent labor shortages.

The practical takeaway for listeners is clear: companies not already pursuing AI-driven automation risk falling behind. Integrating collaborative robots and adaptive AI into operations now is vital to gaining a competitive edge, especially as new safety standards and plug-and-play solutions make transition easier than ever.

The future looks dynamic, with robots evolving into intelligent partners rather than just programmable tools. Expect a shift in workforce skills from traditional programming to expertise in AI systems and robot management. Thank you for tuning in to Robotics Industry Insider: AI and Automation News. Come back next week for the latest developments at the frontier of robotics. This has been a Quiet Please production. For more, check out Quiet Please dot A I.


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Today’s robotics and automation landscape is rapidly transforming, opening new frontiers for industrial performance and reshaping global manufacturing strategies. At the recent IEEE International Conference on Intelligent Robots and Systems in Hangzhou, more than 7,000 leaders from academia and industry gathered, unveiling standout debuts such as Kepler Robotics’s K2 Bumblebee, which aims to foster a global, open developer ecosystem for next-generation automation. Industry players like Richtech Robotics are collaborating with Nvidia to release practical mobile humanoid robots engineered for real-world operations, demonstrating the accelerating synergy between hardware innovation and cutting-edge artificial intelligence systems. Meanwhile, Geekplus’s launch of its advanced Robot Arm Picking Station signals a future of fully unmanned warehouses, setting new standards for logistics and fulfillment operations.

The industrial automation market is scaling quickly, with Precedence Research reporting its size at about 256 billion US dollars for 2025 and forecasts suggesting the market could surpass 569 billion by 2034, growing at over nine percent compound annual growth. Asia Pacific, in particular, is poised for outsized gains, driven by robust investment and government-backed smart manufacturing initiatives. In this landscape, collaborative robots—often called cobots—are bridging the automation gap for smaller manufacturers, offering flexible, safe solutions that can work side-by-side with human operators. For example, the integration of artificial intelligence allows these robots to not only perform repetitive assembly with extreme precision but also to predict machine failures, streamline supply chains, and drive smarter, data-informed decisions on the factory floor.

Industry development is also being shaped by fresh investment and consolidation. Companies like Augmentus have secured strategic backing to accelerate AI-powered robotics for complex, high-mix manufacturing. Major movements include ABB's planned sale of its robotics division to SoftBank and Machina Labs’ partnership with Toyota on advanced metal forming, reflecting both financial dynamism and deepening industry alliances.

Listeners should note the practical takeaways: investing in AI-powered automation means not just higher productivity, but also greater safety and operational cost reduction—studies show average operating costs drop by twenty-two percent after implementing these systems. However, with the pace of implementation, there’s heightened demand for technical talent able to operate, maintain, and optimize these intelligent systems. As automation shifts traditional roles, reskilling and workforce adaptation will be critical.

Looking ahead, the fusion of generative artificial intelligence, edge computing, and collaborative robotics promises factories that are not only more productive, but also more adaptive and resilient. Thanks for tuning in to Robotics Industry Insider: AI and Automation News. Join us next week for more insider updates. This has been a Quiet Please production. For more, visit Quiet Please Dot A I.


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Industrial automation and robotics are moving at breakneck speed, with transformative breakthroughs and strategic partnerships shaping everything from factory floors to the global marketplace. According to Precedence Research, industrial automation worldwide is worth over 256 billion dollars in 2025 and is forecasted to more than double by 2034, driven by the seamless integration of artificial intelligence and robotics to enhance productivity, safety, and flexibility. Manufacturers across sectors are capitalizing on intelligent automation, using artificial intelligence-powered robots that perform repetitive tasks with unprecedented precision and speed, freeing human workers to concentrate on higher-value problem-solving and oversight.

Recent industry news underscores this surge in practical innovation. Chef Robotics and ILPRA just unveiled an artificial intelligence-powered packaging automation system tailored for ready meal production, demonstrating the sector’s rapid adoption of robotics to solve real-world bottlenecks. AutoStore rolled out an expanded product portfolio including AutoCase for efficient case handling and a new Frozen-Only Grid, enabling temperature-sensitive automation for logistics and grocery distribution. Another notable headline: Locus Robotics reported record growth, successfully achieving six billion picks faster than at any time in its history, highlighting skyrocketing demand for smart warehouse automation.

A deeper dive into emerging technology reveals alliance-driven progress and technical advancements. ABB Robotics’ investment in LandingAI is poised to make robot vision smarter and more accessible, a move that accelerates both deployment speeds and learning curves. Machina Labs teamed up with Toyota to pioneer novel metal forming methods, setting the stage for next-generation vehicles built through flexible intelligent automation. Meanwhile, startups like 4D1 are shaping the future with artificial intelligence-ready indoor positioning systems delivering real-time manufacturing data, and Apera AI made headlines by ranking among the fastest-growing Canadian tech companies thanks to their vision-guided robotics breakthroughs.

For listeners in manufacturing and operations, a few pragmatic takeaways stand out. Embracing collaborative robots, or cobots, is no longer just for large enterprises—smarter, safer platforms are now accessible to small and midsize businesses, levelling the playing field and boosting return on investment. Pairing artificial intelligence with robotics not only trims costs but enables predictive maintenance, minimizing downtime and maximizing throughput. As edge computing and internet of things devices proliferate, investing now in systems that offer real-time monitoring and adaptive control will future-proof operations and ensure competitiveness as automation advances.

Looking ahead, listeners can expect intensified competition as Asia Pacific continues to lead in automation investment, and talent shortages push demand for intuitive, self-learning systems. The market’s trajectory underscores that the future belongs to those with bold adaptation strategies, tight human-machine collaboration, and a commitment to data-driven operations.

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As we continue to navigate the fascinating world of robotics and automation, several breakthroughs and developments are transforming the industry. One of the most exciting advancements is the integration of AI systems into robotics. This integration not only enhances the precision and speed of robots but also enables them to perform complex tasks with minimal human intervention. For instance, AI-powered robotics can analyze vast amounts of data to predict machine failures, optimize supply chains, and improve decision-making processes.

In the realm of industrial automation, companies like AutoStore are making significant strides. AutoStore recently introduced its Fall 2025 Product Portfolio, which includes innovative products like AutoCase and FlexBins, designed to simplify installation and enhance efficiency. This move reflects the broader trend in industrial automation, where technology is increasingly used to boost operational efficiency and reduce costs. The global industrial automation market is projected to grow substantially, reaching around $569.27 billion by 2034 from $256.02 billion in 2025, driven by the need for increased productivity and technological advancements.

Recent news highlights the dynamic nature of the industry. For example, Chef Robotics has partnered with ILPRA to deliver flexible automation solutions for meal assembly and packaging, showcasing the versatility of automation in various sectors. Additionally, Amazon has introduced new robotics and AI technologies, such as Blue Jay, aimed at streamlining operations and enhancing delivery processes.

A key takeaway from these developments is the importance of embracing AI and automation to stay competitive in the market. As technology continues to evolve, it's crucial for businesses to invest in research and development to leverage these advancements effectively. Looking ahead, the future of robotics and automation holds immense promise, with potential applications expanding across industries.

For practical action, businesses should consider how AI and automation can optimize their current processes, focusing on areas where these technologies can significantly improve productivity and efficiency. The implications of these trends will be profound, transforming not only manufacturing but also the broader economic landscape.

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Industrial robotics and automation are surging into new territory this week, propelled by blockbuster innovations, ambitious corporate moves, and transformative applications of artificial intelligence. Recent data from the International Federation of Robotics shows the global appetite for professional service robots reached nearly 200,000 units in 2024, with the logistics and transportation sector leading demand. These robots are now widely procured through Robot as a Service models, allowing even mid-sized firms to automate without massive upfront investments. In medical robotics, growth is even more eye-popping: sales of surgical robots and those for diagnostics and rehabilitation soared by more than 90 percent last year, reflecting healthcare’s urgent need for automation in the face of labor shortages and aging populations.

Meanwhile, the industrial automation market is estimated at over 256 billion dollars in 2025, set to double by 2034 as manufacturers prioritize efficiency and cost competitiveness. Integrating smart robotics and AI is driving much of this momentum. Manufacturers are leaning into AI-powered systems for repetitive precision tasks, predictive maintenance, and supply chain optimization. This shift is evident at the operational level: Amazon’s “Blue Jay” robot system and Project Eluna bring multi-robot coordination and agentic AI into mega-fulfillment centers, while Walmart is rolling out AI-driven sensor networks across ninety million grocery pallets to strip out tedious manual checks and boost margins. On the logistics front, UPS is converting 200 legacy sorting sites into 400 automated facilities by 2028 to drive operational margins up and future-proof its network.

On the ground in California, GrayMatter Robotics just launched a 100,000-square-foot innovation center aimed at scaling sophisticated AI-driven robotic cells for complex surface finishing—the kinds of tasks that strain human ergonomics but can now be performed faster, safer, and more sustainably by intelligent robots. This facility will fuel broader workforce training and technical workshops, pointing toward automation’s role in upskilling the future workforce.

All of this automation pays off quickly: studies indicate robotic process automation often delivers a thirty to two hundred percent ROI in year one. While automation will keep displacing some roles, experts estimate a net global gain of seventy-eight million jobs by 2030 as new categories of work emerge around these technologies. Looking ahead, listeners should expect industrial robots, collaborative cobots, and advanced AI systems to permeate even deeper into manufacturing, healthcare, and logistics. Companies yet to embrace automation risk falling behind in the next decade’s hypercompetitive landscape. Practical takeaway: invest in automation and workforce training now, and track industry moves—such as mergers, new AI-powered product releases, and RaaS models—that signal where competitive advantage is forming.

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Today’s robotics industry is driving a new era of productivity, as manufacturers and technology giants push the boundaries of automation with artificial intelligence, advanced sensors, and collaborative machines designed for real-world impact. Recent data from Grand View Research shows the industrial automation and control systems market is surging, projected to hit nearly 379 billion dollars by 2030 after reaching 226.76 billion just this year. Even while 2025 has brought a moderation in the pace of investment as firms recalibrate inventory and spending, as explained by Roland Berger, innovation in robotics tech and digital transformation are setting the stage for a powerful rebound.

Amazon has just introduced Blue Jay, a high-speed, multi-jointed robot engineered to tackle repetitive, dynamic tasks in its fulfillment operations. Project Eluna, its AI-driven optimization platform, promises to accelerate warehouse delivery and raise the bar for real-time, hands-off logistics. Collaborative robots—or cobots—are also gaining traction beyond mega-factories. According to Autodesk, over ninety-three percent of United States manufacturers with fewer than one hundred employees are using cobots or strongly considering them as part of their modernization strategies.

In the United Kingdom, the Manufacturing Technology Centre’s new Automation and Robotics Accelerator Programme is offering 200,000 pounds in support to at least two innovative companies, aiming to mature prototypes and deliver automation to sectors still lagging behind. This kind of targeted funding fills critical gaps between research labs and scaled commercial deployment, especially at the demonstration and pilot project stages.

At a technical level, industry watchers should pay attention to the spread of distributed control systems, the combination of edge and cloud computing, and machine vision powered by artificial intelligence. These technologies underpin next-gen predictive maintenance and enable seamless human-machine collaboration on the factory floor.

For those looking to capitalize on the current landscape, now is the time to invest in workforce upskilling on human-machine teaming and digital literacy, audit existing processes for automation opportunities, and monitor government incentives driving market adoption in their sector.

Looking ahead, listeners can expect continued growth in Asia Pacific, renewed automation capital expenditure once current supply challenges ease, and further convergence between mechanical systems and adaptive decision-making software. The path forward will fuse sustainability, efficiency, and safety at unprecedented scale.

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This week in the robotics and automation world, the industry is poised for a strong comeback after a temporary slowdown. Although 2024 and the early part of this year saw investment slow and inventories rise, the market is rebounding, fueled by aggressive innovation and digital transformation. Recent data from Thunderbit and Grand View Research paint a vivid picture: the global industrial automation and control systems market is projected to surge from 206 billion dollars last year to almost 379 billion dollars by 2030, growing at a competitive annual rate of nearly eleven percent. Asia Pacific remains the industrial powerhouse, responsible for almost forty percent of the sector’s revenue, with heavy investments seen across China and South Korea.

On the technology front, several breakthrough stories stand out this week. ABB Robotics announced the sale of its Robotics and Discrete Automation group to SoftBank, a move signaling intensifying interest from major tech players in advanced robotics. Meanwhile, Lucid Bots rolled out a painting-capable Sherpa drone, automating commercial coatings at unprecedented scale—critical for industries facing labor shortages and infrastructure demands. In a partnership that might reshape supply chains, Machina Labs has teamed up with Toyota to push rapid, robot-driven metal forming research, offering automakers high flexibility for custom, low-volume production.

Collaborative robots continue to lead market growth, with North American companies purchasing over nine thousand new industrial robots in just the first quarter, a forty-two percent increase in automotive deployments and a steady rise in sectors like life sciences. Cobots now make up almost twelve percent of all industrial robots sold in North America, and their share jumps even higher in heavily regulated industries seeking both compliance and efficiency. Integration of industrial internet of things solutions and new artificial intelligence systems is expanding these robots’ flexibility on the factory floor, significantly cutting commissioning times and boosting predictive maintenance.

For listeners planning their next move, successful automation adoption comes down to linking technology investments with clear productivity and cost reduction goals. Recent surveys show over ninety percent of automation users report increased productivity, and companies are seeing up to twenty-two percent cost savings. However, expect growing pains: about seventy percent of automation rollouts still struggle to deliver promised results, underscoring the need for robust change management and upskilling.

Looking ahead, the resurgence of industrial automation will be shaped by smarter AI, autonomous collaborative systems, and new waves of robotics startups aiming to bridge labor shortages, safety, and sustainability. Expect global partnerships and acquisition activity to accelerate, especially as traditional manufacturers and tech conglomerates jostle for leadership. Stay tuned—for the robotics industry, the next chapter is one of transformation and bold growth.

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The robotics and automation sector continues to evolve at a remarkable pace, with recent weeks spotlighting several breakthrough technologies and strategic business moves that are reshaping the manufacturing and industrial landscape. One major development comes from Sweden-based ABB, which unveiled their FlexArc collaborative robot system, designed to transform arc welding by integrating real-time artificial intelligence vision. This system is being deployed in North American auto assembly plants, offering adaptive welding precision and a 30 percent reduction in production downtime, as reported by the company.

Meanwhile, in the semiconductor industry, Samsung Electronics has announced a partnership with Universal Robots to automate precision component handling during chip fabrication—a sign that global manufacturers are doubling down on automation to address workforce shortages and maintain supply chain resilience. According to the International Federation of Robotics, worldwide sales of industrial robots reached over 570,000 units in 2024, with Asia-Pacific accounting for nearly two-thirds of new deployments.

Researchers at MIT’s Computer Science and Artificial Intelligence Lab have introduced a novel AI-powered control algorithm allowing robotic arms to adapt rapidly to unfamiliar objects, a leap forward for flexible manufacturing. This holds particular promise for electronics and small-component assembly lines where variation is high and downtime for programming changes is costly. Real-world application case studies from Siemens Energy show these kinds of adaptive robots increasing throughput by more than 15 percent at their Houston facility.

Strategic mergers and acquisition activity remains intense: Fanuc has acquired a controlling stake in French AI robotics startup Exotec, signaling an industry-wide push to embed advanced machine learning directly into warehouse and logistics robots. Such collaborations are expected to drive smarter, more autonomous material flow systems.

From a practical perspective, today’s industrial leaders should prioritize workforce AI upskilling, pilot integration of collaborative robots for repetitive or hazardous tasks, and monitor for breakthrough partnerships as a means to remain competitive. Looking forward, listeners should expect more seamless machine-human collaboration, continued miniaturization of high-performance robots, and growing demand for personalized, flexible automation solutions across sectors.

Thanks for tuning in to Robotics Industry Insider. For more insights and the latest automation news, come back next week. This has been a Quiet Please production. For more, check out Quiet Please Dot A I.


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Industrial automation is navigating a pivotal year with fresh advances in robotics, artificial intelligence, and collaborative technologies transforming factories worldwide. The sector, valued over 206 billion dollars last year and on track to pass 378 billion worldwide by 2030, faces short-term challenges as companies recalibrate investments and stockpiles, but innovation continues to drive momentum, promising a resurgence in growth before decade’s end as noted by Grand View Research and Roland Berger. Asia Pacific remains the largest and fastest-growing region, largely due to aggressive adoption and government incentives while North American robot orders surged more than four percent this year, led by automotive and collaborative robot investments.

One of the industry’s headline breakthroughs is Flexiv Robotics’ unveiling at the International Conference on Intelligent Robots and Systems, where human-inspired adaptability and machine learning are leapfrogging robotics toward unprecedented tolerances and flexibility. This is exemplified by Agibot’s launch of the interactive G2 robot—capable not only of multimodal voice interaction but also of rapid learning and deployment across production, logistics, and guided tour environments. These advancements underpin the rise of collaborative robots, or cobots, now approaching a quarter of new deployments in North America, bringing greater safety, ease of integration, and productivity to factory floors.

In strategic moves, ABB's sale of its Robotics and Discrete Automation group to SoftBank for over five billion dollars pivots the legacy brand into SoftBank’s physical artificial intelligence ambitions. Meanwhile, Machina Labs’ partnership with Toyota, aimed at revolutionizing metal forming for customizable vehicles, highlights how industry partnerships are translating research into practical market applications. At the technical level, innovations such as Stäubli's plug-and-play machine tending carts and new precision gearing systems from Cone Drive are further reducing setup times and boosting operational flexibility.

For listeners at the helm of industrial transformation, three practical takeaways stand out. First, prioritize flexible automation solutions that can scale swiftly as demand and processes shift. Second, integrate artificial intelligence not just for predictive maintenance but for workflow optimization and real-time equipment adaptation. Third, keep a close eye on collaborative robot deployments to remain competitive and maintain safety standards as the skilled labor shortage deepens.

Looking ahead to 2026, expect artificial intelligence and digital twins to drive simulation-based production decisions, more widespread use of embodied robots in logistics and manufacturing, and rising adoption of energy-focused automation for sustainability. Global competition is intensifying, and those who embrace synchronized automation and upskilled workforces are set to thrive in the new industrial landscape.

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The robotics and automation sector has hit a notable inflection point this week, with major developments shaping the future of industrial technology. SoftBank’s acquisition of ABB’s Robotics and Discrete Automation group marks one of the most significant deals of the year, signaling a shift in global leadership as ABB refocuses and SoftBank accelerates its push into smart manufacturing platforms. Industry observers see this move as pivotal, expanding the reach of artificial intelligence-powered robotics across supply chains and tightening the race between U.S. and Asian giants. At the same time, new collaborative robot deployments are transforming manufacturing lines. Stäubli Robotics’ launch of the MTC-900 plug-and-play machine tending solution is catching attention for seamlessly enhancing safety and productivity, while Güdel’s CoboMover is tackling the long-standing challenge of work envelope restrictions for both industrial and tabletop collaborative robots, improving flexibility without sacrificing precision.

Strategic integration of artificial intelligence has become a central theme for 2025. Robotics companies are rapidly embedding generative AI, as shown by MIT CSAIL’s creation of hyper-realistic virtual environments that allow robots to learn physical interaction before ever touching hardware, setting a new standard in robotic training and reducing deployment risk. ABB’s investment in LandingAI further demonstrates how intuitive vision AI is replacing cumbersome system configuration with imitation learning, dramatically slashing commissioning times and making smart robotic cells attainable for small and mid-sized manufacturers.

Investors and industrial operators face a dynamic landscape. Although the industrial automation sector has slowed after years of hyper-growth, market research from Spherical Insights forecasts a robust rebound, projecting the global market will swell from 228.9 billion US dollars in 2024 to nearly 591 billion US dollars by 2035, with a compound annual growth rate of 9 percent. Technologies like edge computing and the industrial Internet of Things now underpin real-time escalations and predictive maintenance, keeping operations lean amid unwavering pressure for efficiency and labor shortages.

Following the U.S. government’s newly proposed tariffs on robotics, global leaders are reassessing their reshoring strategies. Case studies are surfacing, such as Machina Labs partnering with major automakers to revolutionize metal forming, making mass customization viable with AI-powered robots. Meanwhile, interest in sustainability is driving adoption, with the Asia Pacific region holding 39 percent of the global market share and initiatives like “Make in India” and Europe’s “Green Deal” incentivizing adoption of green automation technologies.

Practical takeaways for listeners in the industrial sector include evaluating new plug-and-play collaborative robot platforms to rapidly increase safety and output, piloting generative AI tools for virtual robot training to reduce commissioning times, and watching the evolving M and A landscape for partnership opportunities. The future points toward intelligent automation ecosystems driven by AI, with collaborative robots and advanced machine learning expanding beyond manufacturing into logistics, construction, and even food prep.

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As we look into the future of robotics and automation, it's clear that 2025 is shaping up to be a pivotal year. Breakthrough technologies are transforming the industry, particularly in human-inspired design and adaptive robotics. For instance, Flexiv Robotics is leading the charge with its innovative approach to adaptive robotics, showcasing the potential for robots to learn and adapt in dynamic environments. This technology is crucial for applications where flexibility and responsiveness are key, such as in manufacturing and logistics.

Industrial automation is also experiencing significant growth, driven by the integration of AI and digital transformation. The global industrial automation market is projected to expand from about $228.9 billion in 2024 to nearly $590.9 billion by 2035, highlighting the increasing demand for efficient and cost-effective solutions. Furthermore, AI integration in robotics is becoming more sophisticated, enabling robots to perform complex tasks with precision and safety. For example, machine vision systems are enhancing automation efficiency by allowing robots to perceive and interact with their environments more effectively.

In recent news, Dexory secured $165 million in funding to accelerate its global expansion and AI-powered capabilities. This investment reflects the strong demand for AI-driven automation solutions across various industries. Additionally, Stäubli Robotics has launched the MTC-900, a plug-and-play machine tending solution designed to enhance automation safety and efficiency in manufacturing settings.

For those involved in the robotics and automation sector, it's essential to focus on integrating AI and digital technologies to stay competitive. As the industry continues to evolve, collaborations and partnerships will play a crucial role in driving innovation and market growth. Looking ahead, the future of robotics and automation holds immense promise, with potential applications spanning from manufacturing to healthcare.

In conclusion, today's advancements in robotics and automation are setting the stage for revolutionary changes in the years to come. We encourage listeners to stay informed about the latest developments and to consider how these technologies can be applied in their own industries.

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Thanks for tuning in to Robotics Industry Insider. Today, we move beyond the headlines to reveal what’s shaping the industrial robotics and automation world for October 16, 2025. This week, insiders are buzzing about Yamaha’s newly announced joint venture with Toyo Automation of Taiwan, a move set to expand Yamaha’s industrial robot lineup across Asia. By leveraging Toyo’s automation expertise, Yamaha aims to push the envelope in precision assembly, smart manufacturing, and cobot deployment in logistics and electronics production, echoing a wider industry shift toward collaborative and flexible automation technologies. In the latest market shake-up, SoftBank Group finalized its acquisition of ABB’s robotics business, ushering in new possibilities for AI-driven solutions in smart factories. Industry analysts expect this combination of ABB’s advanced robotics hardware and SoftBank’s AI software capabilities to yield breakthroughs in machine learning-based automation, especially in logistics, automotive, and consumer goods supply chains.

At the Second Annual Fizyr Robotics & Automation Conference, innovators showed off camera-based robotic vision systems and real-time deployment demos. These advances point to a future where robots can not only see but reason, with AI empowering industrial robots to adapt to changing production lines and carry out complex tasks with minimal human intervention. According to Grand View Research, the global industrial automation market will exceed two hundred twenty-six billion dollars in 2025, with a steady compound annual growth rate of nearly eleven percent through 2030. The Asia-Pacific region leads in deployments, while North American robot orders surged four point three percent in the first half of 2025, as reported by Automation World. Collaborative robots captured a quarter of that share, reflecting the unstoppable rise of automation in automotive manufacturing and beyond.

For listeners keeping an eye on technical innovation, highlights this week include Machina Labs partnering with Toyota to develop adaptive metal forming via AI, CarbonSix’s launch of a toolkit that uses imitation learning to cut configuration time on robotic systems, and ABB’s investment in LandingAI to make robot vision more intuitive and accessible. From predictive maintenance successes to smarter human-machine interfaces, practical takeaways center on investing in pilot projects with scalable AI foundations, retraining employees for synergy with cobots, and leveraging data-driven insights for process optimization. As industry partnerships and acquisitions accelerate, insiders advise automating not just for cost savings, but for resilience, customization, and environmental goals, as governments increasingly incentivize sustainable manufacturing.

Looking ahead, expect continued growth in artificial intelligence integration, more adaptive and collaborative robots, and sharper focus on lights-out manufacturing. The skilled labor gap, environmental pressures, and intensifying global competition will drive ever-smarter automation. Thanks for joining Robotics Industry Insider. Check back next week for more analysis and inside information. This has been a Quiet Please production, and for more from me, visit Quiet Please Dot A I.


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As the robotics industry continues to evolve, several breakthroughs are transforming the landscape. For instance, the integration of artificial intelligence into robotics is revolutionizing manufacturing processes. AI-powered robots can perform complex tasks with precision, analyze vast amounts of data to predict machine failures, and optimize supply chains. This shift is central to the growth of the industrial automation market, which is projected to reach over $569 billion by the year 2034.

Industrial automation is experiencing significant growth, driven by increased demand for operational efficiency and technological advancements. The market is expected to expand at a compound annual growth rate of about nine percent from 2025 to 2034. This growth is evident in the increasing adoption of collaborative robots, though their shipment growth dropped to a low in 2024. Despite this, the market is poised for a new growth cycle in the near future.

Recent developments include SoftBank Group's acquisition of ABB Ltd's robotics business, highlighting strategic moves in the industry. Additionally, BD and Opentrons have collaborated to accelerate single-cell multiomics discoveries using robotic automation, illustrating how automation is expanding into new fields. Furthermore, Igus has introduced the Iggy Rob humanoid robot, designed for industrial and service applications, showcasing the versatility of robotics in various sectors.

Market trends suggest that Asia will continue to dominate the industrial robot market, with North America also playing a significant role. Listeners should pay attention to how these technologies and partnerships are reshaping their industries. The key takeaway is that investing in AI-integrated automation can significantly enhance productivity and efficiency in manufacturing.

As we look ahead, the integration of AI and robotics will continue to transform industries. For now, the future of automation looks promising, with more innovations on the horizon. Thank you for tuning in. Join us next week for more insights into the world of robotics and automation. This has been a Quiet Please production, and for more, check out QuietPlease.ai.


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As the robotics and automation industry continues to evolve, several breakthrough technologies are transforming operational capabilities globally. One significant trend is the integration of AI systems into robotics, which enhances precision, speed, and decision-making in manufacturing processes. AI-powered robots can perform repetitive tasks with high accuracy, allowing workers to focus on more complex activities. Additionally, AI algorithms can predict machine failures, optimize supply chains, and improve overall decision-making.

In the realm of industrial automation, the market is experiencing robust growth, with a global size estimated at USD 256.02 billion in 2025, expected to reach USD 569.27 billion by 2034. This growth is driven by increasing demand for efficient and cost-effective manufacturing processes, as well as advancements in technologies like machine learning and robotics. For instance, the Asia Pacific region is expected to be a major growth area due to rapid industrialization and significant investments in automation solutions.

Recent news highlights the continued investment interest in industrial automation, despite broader economic volatility. For example, CMES Robotics and PAC Machinery have partnered to launch a robotic bagging system, set to debut at Pack Expo 2025 in Las Vegas.

Market applications and case studies demonstrate the versatility of industrial robots and collaborative robots. These robots are increasingly used in various industries, from manufacturing to packaging, to enhance productivity and reduce labor risks. For those interested in staying ahead of the curve, it's crucial to monitor emerging trends in AI integration and automation technology.

As the industry moves forward, we can expect more innovative technologies and strategic partnerships. The future implications are promising, with automation expected to play a central role in reshaping manufacturing processes. Listeners interested in leveraging these trends should stay informed about the latest developments and consider how AI and automation can be applied within their own operations to enhance efficiency and productivity.

Thank you for tuning in today. Join us next week for more insights into the world of robotics and automation. This has been a Quiet Please production; be sure to check out QuietPlease.ai for more. We'll catch you next time.


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Welcome back, listeners, to Robotics Industry Insider for October 12, 2025, where we dig into the rapid-fire breakthroughs shaping robotics, industrial automation, and artificial intelligence. This week, the industry witnessed one of the largest shakeups: SoftBank Group announced its definitive agreement to acquire ABB’s world-leading robotics division, signaling aggressive consolidation and renewed investment in automation technologies. This acquisition is set to accelerate industrial robot innovation, collaborative robot deployments, and AI-driven automation projects across manufacturing and logistics worldwide.

The global industrial automation market hit 256 billion dollars in 2025 and is forecast to more than double to nearly 570 billion dollars by 2034. Analysts from Precedence Research highlight that the surge is being driven by the relentless push for productivity, efficiency, and robust quality assurance made possible by integrating AI and next-generation sensors throughout industrial systems. Manufacturers are leveraging collaborative robots, often called cobots, to work safely alongside human teams, streamlining repetitive tasks, reducing injuries, and boosting production flexibility.

A major technical milestone comes from the robotics end. Cone Drive has introduced advanced cycloidal gearing technologies in their new industrial robot lineup, enabling improved payload management, precision, and durability for demanding applications. At the same time, the smart excavator sector has rolled out 2025 models featuring real-time sensor integration and onboard machine learning systems for adaptive, autonomous operation in construction and mining. These advances reflect the move from rule-based control to intelligent, AI-enhanced autonomy documented by Gartner and Design News.

In the German market, VDMA projects a temporary 10 percent revenue dip for the robotics and automation sector, a hiccup attributed to cyclical challenges but not a reversal of long-term growth. With Asia Pacific and North America leading on automation investments, resilient M&A activity highlighted by Roland Berger and Blue River is injecting capital and technical synergy across the board.

Practical takeaways for listeners: invest in upskilling teams for collaborative robot operation, develop strategies for integrating AI-driven maintenance and process optimization, and explore strategic partnerships that cross robotics and sensor integration. Keep an eye on sensor innovation, as real-time data analytics and connectivity are foundational for scalable AI integration.

Looking forward, the convergence of robotics and artificial intelligence promises a future where autonomous systems not only automate tasks but also analyze, learn, and optimize entire value chains in real time. Expect smarter working environments, flexible factories, and more collaborative, adaptive systems. Thank you for tuning in to Robotics Industry Insider. Join us next week as we continue to track the frontier of automation and robotics technology. This has been a Quiet Please production, and for more on me, check out Quiet Please Dot A I.


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