Advertise on podcast: The Robot Report Podcast

Ben Waters, CEO of Wibotic, joins Mike Oitzman and Gene Demaitre to discuss how wireless charging is evolving for larger, more autonomous robotics fleets. The conversation explores why opportunity charging—charging robots during natural idle moments—is becoming essential for maintaining uptime at scale. Ben explains the trade-offs between charging speed, battery size, infrastructure costs, safety, and maintenance. They also discuss Wibotic’s expansion into outdoor robotics, medical carts, drones, humanoids, defense, and other markets; the company’s IP65-rated 1-kilowatt charger; development toward 3-kilowatt systems; and software that helps customers model ROI and predict battery degradation. The episode offers a practical look at why charging infrastructure, battery strategy, certification, and fleet data will shape the next generation of robotics. ### Closing the loop of autonomy takes more than a great robot. WiBotic provides reliable wireless charging and fleet energy management for autonomous robots and other battery-powered systems. This patented technology gives robots more freedom to charge throughout their normal workflow, helping increase the uptime, ROI, and safety of your fleet. AMRs, drones, floor scrubbers, humanoids, and everything in-between, WiBotic makes charging simple, seamless, and scalable. Learn more at http://www.wibotic.com/robotreport

Janine Sinanan-Singh, Director of Gen AI Research at Appen, joins Mike Oitzman and Gene Demaitre to discuss the data, evaluation, and human oversight needed to advance robotics and agentic AI. They explore how video and egocentric data can support robot training, why latency and generalization remain difficult, and where human judgment still matters. Janine describes Appen’s evolution from speech and linguistics into supporting generative AI, multimodal systems, agents, and robotics with expert data. The conversation examines what humanoid robot demos do—and don’t—show, how synthetic data can help teams scale, and what it takes to evaluate systems beyond the lab. ### Closing the loop of autonomy takes more than a great robot. WiBotic provides reliable wireless charging and fleet energy management for autonomous robots and other battery-powered systems. This patented technology gives robots more freedom to charge throughout their normal workflow, helping increase the uptime, ROI, and safety of your fleet. AMRs, drones, floor scrubbers, humanoids, and everything in-between, WiBotic makes charging simple, seamless, and scalable. Learn more at http://www.wibotic.com/robotreport

The interview this week explores the European robotics market with OMRON’s Miguel Garces Moreno, covering growth in collaborative robots and AMRs, shifting demand toward sectors such as pharma, and the impact of labor shortages and supply-chain pressures. Miguel discusses how OMRON aims to stand out through software, navigation, safety, and fleet management—not hardware alone. He previews the LD150 and LD300 mobile robots, including faster wireless charging, expanded safety features, and improved serviceability. The conversation also looks at AI’s potential in path planning and predictive maintenance, mobile manipulators and their applications, and why system integrators remain essential to OMRON’s strategy. The interview closes with OMRON’s product roadmap and the growing importance of interoperability across multi-brand fleets. ### Closing the loop of autonomy takes more than a great robot. WiBotic provides reliable wireless charging and fleet energy management for autonomous robots and other battery-powered systems. This patented technology gives robots more freedom to charge throughout their normal workflow, helping increase the uptime, ROI, and safety of your fleet. AMRs, drones, floor scrubbers, humanoids, and everything in-between, WiBotic makes charging simple, seamless, and scalable. Learn more at WiBotic.com/robotreport

Sai Vemprala, CTO of General Robotics, talks about why robotics still faces a major gap between research and real-world deployment—and how the company’s Grid platform aims to close it. Their conversation explores robot-agnostic intelligence, simulation, reusable skills, deployment architecture, enterprise data ownership, and the growing role of agentic AI. Rather than relying on one universal “robot brain,” Grid combines specialized capabilities—including perception, grasp prediction, and motion planning—into workflows that can be adapted to different robots and tasks. Sai also explains how simulation and deployment data can work together in a feedback loop, and how agents could help build, evaluate, and deploy robotic skills. ### Register now for RoboBusiness 2026: https://cvent.me/w0eRN9?RefId=podcast Listen to the podcast for a special discount code.

Teddy Haggerty is the founder and CEO of Robostore and Robo Inc., where he has helped push robotics into education, enterprise pilots, and early commercial deployments. His perspective is shaped by years of building in drones, crypto infrastructure, manufacturing, and import-export before turning his focus to robots. The robot boom is real, but the winners may not be the ones building the flashiest humanoid. Haggerty reveals why the smartest move in robotics right now is selling the picks and shovels: the hardware, curriculum, training, and integration layer that makes robots actually usable. From high school drones to crypto infrastructure to safety helmets and now robotics, Haggerty has been building businesses at the edge of every major wave. In this conversation, he breaks down how Robo Store evolved from a distribution play into a robotics education and deployment platform, and why Robo Inc. is now pushing toward a more localized, solution-first model. Gene Demaitre and Mike Oitzman press Haggerty on the bigger question behind the hype: what does it take to turn robotics into a real business, not just a demo? Haggerty’s answer is refreshingly pragmatic. Build for a specific job, keep the stack modular, and solve a customer problem today instead of chasing a fully general robot that is still years from mass adoption. ### Register now for RoboBusiness 2026: https://cvent.me/w0eRN9?RefId=podcast Listen to the podcast for a special discount code.

On the show this week, Salar al Khafaji, CEO and founder of Monumental explains how they are building walls with a custom trio of robots that automate the process of placing mortar and bricks. The company is innovating the construction market, selling “walls as a service”. In the interview, al Khafaji outlines the business model, and describes the solution design that uses custom mobile robots to handle all the wall materials on the construction site. ### Register now for RoboBusiness 2026: https://cvent.me/w0eRN9?RefId=podcast Listen to the podcast for a special discount code.

Our guest this week is Eric Sivertson, VP of Security Business at Lattice. This episode explores why physical AI and humanoids change the security conversation from traditional IT risk to real-world safety risk. Sivertson explains how FPGAs can act as deterministic guardrails for robotic and cyber-physical systems. We discuss why safe is not enough if a robot is also connected, how zero trust and cyber resilience apply on the factory floor, and why hardware needs to verify, monitor, and recover systems in real time. He says traditional factory networks relied on “guns, guards, and gates,” and once OT systems connect to IT and the cloud, the attack surface expands dramatically, and cyber resilience becomes essential. ### Register now for RoboBusiness 2026: https://cvent.me/w0eRN9?RefId=podcast

On the show today our guest is John Black, CTO of Brain Corp. John shares how Brain Corp has evolved from proving autonomous navigation in public spaces to operating at fleet scale across cleaning, scanning, retail analytics, and new manipulation use cases. He explains why the real challenge is not just making robots smarter, but building the guardrails, infrastructure, and platform reuse needed to deploy them safely and reliably in the real world. John joins Gene Demaitre and Mike Oitzman to unpack how Brain Corp moved from proving autonomous navigation in public spaces to operating fleet scales across cleaning, inventory intelligence, and shelf scanning. He explains why the company’s next leap is less about building one perfect robot and more about creating a platform that can support many robot form factors, many applications, and many customers at once. You’ll discover: Why public spaces are the hardest test for autonomous robots, and how Brain Corp designs for safety without killing productivity How Brain OS evolved into a full-stack platform with cloud infrastructure, OTA updates, manufacturing tools, trust centers, and fleet management Why 50,000 connected robots and tens of millions of operating hours create a data advantage smaller fleets simply cannot match If you want a clear-eyed look at where physical AI is headed — and what it takes to make robots commercially useful instead of just impressive — this episode delivers the strategy behind the scale. ### Register now for RoboBusiness 2026: https://cvent.me/w0eRN9?RefId=podcast

Roby Lynn, founder and CEO of R2 Labs, shares how his team is bringing software-defined automation to industrial manufacturing. He explains how the R2 Autonomy Controller connects PLCs, robots, vision systems, MES/ERP software, and other factory assets into one configurable platform. The conversation explores the growing gap between legacy OT systems and modern IT tools, and how R2 Labs is helping manufacturers unify workflows, improve visibility, and add intelligence without replacing the systems they already trust. Roby also reflects on lessons from building a company in a decades-old industry, including the importance of customer feedback, practical design, and solving real problems over chasing “cool” technology. ### Register now for RoboBusiness 2026: https://www.robobusiness.com/

Design for manufacturing is changing faster than most robotics teams can keep up - and if you are building physical products, this conversation could save you months of rework. Marc Kermisch shares how Protolabs is using AI, simulation, and deep manufacturing expertise to turn CAD files into real parts in as little as 24 hours, while helping engineers avoid the design mistakes that quietly kill speed, quality, and scale. Mike Oitzman and Gene Demaitre sit down with Marc, who has returned to the show since episode 138 with a new role as CTO and AI leader at Protolabs. He explains how the company’s software-driven approach links CAD models directly to manufacturing tool paths, G code, and production workflows across CNC machining, 3D printing, injection molding, and sheet metal - all built around the challenge of helping engineers get parts made faster without sacrificing precision. You’ll discover: - Why Protolabs treats AI as a practical manufacturing tool, not hype - How machine learning helps catch manufacturability issues before a part is ever built - What ProDesk does when it flags ejector locations, tight tolerances, seam issues, and other hidden design risks - How part similarity search and simulation speed up internal decisions for engineers - Where AI is already paying off in visual inspection, cobot programming, and print-box optimization Marc also breaks down the real-world tradeoffs between 3D printing, CNC machining, and injection molding, including when a prototype should stay a prototype - and when it’s time to redesign for production. He gets specific about common failure points like draft angles, wall thickness, shrink, resin changes, tooling assumptions, and the gap between prototype tolerances and production reality. If you’re dealing with robotics, hardware, manufacturing, or any physical product that must move from concept to production, this episode shows what happens when software, AI, and manufacturing expertise work together instead of in silos. It’s especially valuable for founders, roboticists, and engineers who need to make smarter decisions before the first expensive mistake happens. Protolabs is also building for the future of compliance, supply chain resilience, and low-volume production, with a network that helps customers de-risk sourcing, reduce complexity, and stay aligned with regulated industries like defense, aerospace, and medical devices. The result is a rare inside look at how modern manufacturing is evolving - and how the next wave of physical products will get made. Essential listening if you are building hardware, scaling production, or trying to make your robot, part, or process easier to manufacture the first time.

This episode explores how Nomagic is applying AI and robotics to warehouse operations, with a focus on each picking, recovery workflows, and production-grade deployment. Josh Cloer, General Manager for North America, explains why the company leans into “physical AI,” how its systems are designed for always on operations, and why real-world production data matters more than simulation alone. Mike Oitzman and Gene Demaitre also dig into the practical side of automation adoption, from pilot-to-production failures to the pressure on supply chain leaders to move faster without getting stuck in vendor hype. The conversation is especially useful for teams evaluating warehouse robotics, AI-assisted recovery, or flexible automation strategies. Learn more: https://nomagic.ai/

Our guest this week is Derik Pridmore, CEO and co-founder of OSARO. OSARO develops intelligent AI robotics for real-world warehouse automation, delivering scalable fulfillment solutions that optimize throughput, uptime, and overall performance. In this conversation, Pridmore breaks down how warehouse robotics has evolved from limited perception systems to adaptable AI-driven automation. He shares why hardware-agnostic design, continuous learning, and real-world monitoring matter more than flashy demos — and why the biggest breakthroughs in robotics still depend on balancing specificity, reliability, and safety. Learn more: https://www.osaro.com Also this week, cohosts Steve Crowe, Mike Oitzman, and Gene Demaitre discuss the recent news about the FCC announcement to ban foreign legged and mobile robots from import to the U.S. – SPONSORS – This episode is brought to you by Tiger Data Every growing Postgres database eventually hits a wall. Queries slow down, dashboards lag, and teams consider adding a second database. Tiger Data, creators of TimescaleDB, extends Postgres with time-series primitives, columnar storage, and automatic partitioning so your queries stay fast on live data. No pipelines, no migration, no second system. Just Postgres, built for the workload you actually have. Try it free at https://www.tigerdata.com/go/trial?utm_source=content-syndication&utm_medium=referral&utm_campaign=robotics-ads

In this episode, Doug Pagnutti, Developer Advocate at Tiger Data, discusses how time series databases like TimescaleDB are transforming industrial automation, robotics, and AI applications. He shares insights on integrating these databases with various sensors, managing data at scale, and optimizing performance both on the cloud and on the edge. Key Topics: - The role of time series data in robotics and industrial automation - How TimescaleDB extends PostgreSQL for high-performance time series workloads - Differences between open source and managed cloud versions - Strategies for integrating various industrial controllers and messaging pipelines - Techniques for managing intermittent connectivity with edge devices - Advanced tools like continuous aggregates and data compression for big data - Enabling multimodal data queries with hybrid search stacks - Future applications of time series data in AI-driven environments and energy systems - Best practices for storing telemetry, spatial, and metadata efficiently – SPONSORS – This episode is brought to you by Tiger Data Every growing Postgres database eventually hits a wall. Queries slow down, dashboards lag, and teams consider adding a second database. Tiger Data, creators of TimescaleDB, extends Postgres with time-series primitives, columnar storage, and automatic partitioning so your queries stay fast on live data. No pipelines, no migration, no second system. Just Postgres, built for the workload you actually have. Try it free at https://www.tigerdata.com/go/trial?utm_source=content-syndication&utm_medium=referral&utm_campaign=robotics-ads

On the show this week, Deise Yumi Asami shares how her AI-enabled robotics startup, Maximo, is transforming solar panel installation and making solar panel installation faster, safer, and more efficient. In this conversation, you’ll hear how robotics, AI vision, and smart field deployment are helping reshape the future of renewable energy infrastructure. Deise also shares the experience of starting a new company from the ground up while being incubated within a larger parent company. Learn how innovation is encouraged and celebrated inside a large organization, and how AES organizes its innovation group. Learn more: https://maxrobotics.ai/ – SPONSORS – This episode is brought to you by Tiger Data Every growing Postgres database eventually hits a wall. Queries slow down, dashboards lag, and teams consider adding a second database. Tiger Data, creators of TimescaleDB, extends Postgres with time-series primitives, columnar storage, and automatic partitioning so your queries stay fast on live data. No pipelines, no migration, no second system. Just Postgres, built for the workload you actually have. Try it free at https://www.tigerdata.com/go/trial?utm_source=content-syndication&utm_medium=referral&utm_campaign=robotics-ads

Andy Lonsberry is redefining what welding robots can do, and in this conversation, he reveals how AI is pushing manufacturing beyond the limits of traditional automation. In this episode, Mike Oitzman and Gene Demaitre sit down with Andy Lonsberry, CEO of Path Robotics, to explore how his team is using AI, reinforcement learning, and real-time visual feedback to make welding robots smarter, more adaptive, and capable of handling complex real-world conditions. From shipbuilding to infrastructure and other large-scale industrial applications, Andy explains why the future of welding depends on robots that can think, react, and move to the work—not just wait for the work to come to them. They discuss: - The founding story of Path Robotics - Why traditional welding automation plateaued - How AI and reinforcement learning improve weld quality - The role of real-world sensor data in adaptive welding - Why mobile, legged robots open new industrial possibilities - The business model behind Robotics as a Service - What’s next for AI-powered manufacturing If you’re interested in the future of industrial automation, physical AI, and the next generation of robotics, this conversation is a must-listen. Submit your robotic startup for the Startup Showcase: https://www.therobotreport.com/calling-all-robotics-startups-apply-to-robobusiness-startup-alley/ – SPONSORS – This episode is brought to you by Tiger Data Every growing Postgres database eventually hits a wall. Queries slow down, dashboards lag, and teams consider adding a second database. Tiger Data, creators of TimescaleDB, extends Postgres with time-series primitives, columnar storage, and automatic partitioning so your queries stay fast on live data. No pipelines, no migration, no second system. Just Postgres, built for the workload you actually have. Try it free at https://www.tigerdata.com/go/trial?utm_source=content-syndication&utm_medium=referral&utm_campaign=robotics-ads