Gentherm designs ThermAffyx to protect, move patients during robotic surgeries

therobotreport.com Nov 2, 2026

Gentherm designs ThermAffyx to protect, move patients during robotic surgeries

Curated by Shubham · TechCapsules · Nov 2, 2026

AI-summarised brief · reviewed before publication

Gentherm Medical unveiled the ThermAffyx Patient Safety System, a combined warming and positioning solution for robot‑assisted surgeries, at the AORN Global Surgical Conference. Drawing on the company’s automotive thermal‑management expertise, the device eliminates the need for separate forced‑air warmers and under‑body securement pads, which traditionally compete for space under robotic equipment. Designed for adult patients up to 297 lb, ThermAffyx delivers active under‑body heating while securely anchoring the patient in steep Trendelenburg positions, reducing the risk of hypothermia, pressure injuries, and intra‑operative movement. Gentherm reports that most robotic surgery patients become hypothermic, and the integrated system aims to address this pervasive peri‑operative challenge without adding bulk to the operating table.

💡 Why It Matters

· By merging two critical functions into a single, space‑efficient device, ThermAffyx could streamline robotic surgery workflows and improve patient safety in procedures that demand extreme table tilts.

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Churchill Capital XI shareholders approve $2.5B Agility Robotics humanoid SPAC

Shareholders of Churchill Capital Corp XI voted 84% in favor of a business combination with humanoid‑robot maker Agility Robotics, clearing the path for the SPAC merger to close on Nov. 4 and for the combined entity to list on Nasdaq under “AGLT” on Nov. 5. The deal will give Agility roughly $465 million in gross capital—$164 million from the SPAC trust, $201 million from a Foxconn‑led PIPE and $100 million from prior equity—down from the $620 million originally projected. Agility will remain privately owned by existing shareholders, who will roll equity into the public company. The funding supports scaling of its Digit robot line, which is already deployed at GXO Logistics and slated for further logistics and manufacturing sites, with commercial rollout of Digit 5 expected by the end of 2027.

💡 The infusion of capital positions Agility to accelerate mass production of its next‑gen humanoid robots, potentially reshaping material‑handling automation across e‑commerce and manufacturing.

therobotreport.com · Nov 2

Top 10 robotics developments of October 2026

October 2026 saw a surge of high‑profile announcements across the robotics sector. AGCO and Agility Robotics signed a deal to pilot the Digit humanoid in a Kansas factory in 2027, while Agility and GXO Logistics expanded Digit deployments to sites in North Carolina and Tennessee. Boston Dynamics revealed a redesigned four‑finger hand with 13 degrees of freedom, later unveiling a mass‑production‑ready Atlas hand that drops the pinky. The company also appointed former Amazon executive Rohit Prasad as CEO. Promise Robotics secured a multi‑year contract with D.R. Horton to deliver over 1,250 homes using its Factory‑as‑a‑Service model. AWS launched an open‑source Physical AI Toolchain integrating NVIDIA software. Schneider Electric announced a $22.6 billion acquisition of PTC, and Gecko Robotics received an additional $300 million from the U.S. Navy, quadrupling its contract ceiling.

💡 The wave of humanoid deployments and toolchain releases signals a shift from experimental prototypes to scalable, production‑grade robotics that can directly reshape manufacturing, construction, and defense logistics.

therobotreport.com · Nov 2

Tutor Intelligence raises Series B to scale model training, robot deployments

Tutor Intelligence Inc., a spin‑out of MIT CSAIL, announced a $75 million Series B round led by Andreessen Horowitz, bringing its total funding to $117 million. The capital will accelerate training of its frontier robot foundation models and expand manufacturing of its two‑armed “Sonny” and mobile “Cassie” robots. Tutor’s full‑stack platform uses a “data flywheel” that captures real‑world manipulation data from fleets of internet‑connected robots operated remotely by human “tutors,” feeding the data back into AI models to improve capability, safety and cost. The company now has twice as many robots operating in nearly four times as many facilities as a year ago and aims to contract over 1,000 robots by 2027, all built and deployed in the United States. Customers pay by the hour or per pick, avoiding upfront purchases or long‑term contracts, while Tutor handles deployment, maintenance and software upgrades.

💡 By turning deployment data into a continuous learning loop, Tutor is shifting robotics from niche, pre‑programmed tasks to a scalable, general‑purpose workforce that can be rented like labor, opening automation to a far broader range of businesses.

therobotreport.com · Nov 1

Solving the Interconnect Challenge in Modern Robotics: How 3M Is Engineering for…

As robotics become faster, more precise, and AI‑driven, interconnects are emerging as a critical bottleneck. 3M has introduced a suite of high‑flex cable assemblies, IDC termination solutions, and ultra‑dense connectors to address mechanical fatigue, board‑space constraints, and vibration‑induced failures. Its CoaXPress and USB3 Vision cables are rated for up to 100 million flex cycles, while flat‑ribbon options span 1 million to 100 million cycles, letting designers match durability to specific joint duty cycles. The company’s IDC technology, invented in 1961, reduces wiring time by up to 80 % and supports one‑hand mating, cutting service downtime. Reduced‑pitch connectors double contact density, and screw‑lock and EMI‑focused designs improve reliability in noisy, high‑vibration environments. Molded‑On assemblies offer sealed, custom solutions for harsh conditions.

💡 By quantifying flex life and streamlining wiring, 3M enables robots to run longer between maintenance stops, directly boosting operational uptime and cost efficiency.

therobotreport.com · Nov 1

28 Zero-Day Findings in Less Than Two Days: What AI-Speed Discovery Means…

VicOne used AI‑assisted research to uncover 28 zero‑day vulnerabilities in software that underpins the Physical AI ecosystem, including tools from Google, NVIDIA and Meta. All findings are initially classified as zero‑days, though some lack CVE numbers pending vendor review. The flaws affect components used for robot development, simulation, validation and runtime, with 75 % targeting the early stages of the robotics lifecycle. Exploits could corrupt training data, alter simulation results, or disable safety commands such as remote‑stop, potentially leading robots to behave unpredictably after deployment. The rapid discovery highlights a new pace at which attackers might find and weaponize weaknesses, forcing robotics teams to accelerate response and safety assessments. Teams must also verify that patches do not introduce vulnerabilities into pipelines.

💡 The speed at which AI can surface zero‑days forces defenders to shrink remediation windows, turning vulnerability management into a real‑time race.

therobotreport.com · Oct 31

Unusual robotic animals can prove their utility

Researchers in South Korea have unveiled a beetle‑like soft robot, adding to a growing field of bio‑inspired machines that mimic insects, mammals and reptiles. At KAIST, engineers are refining microrobotic beetles while teams at NTU have equipped Madagascar cockroaches with micro‑computers, infrared sensors and solar‑powered backpacks, enabling remote‑controlled navigation through rubble to locate disaster victims. Stanford scientists have built mechanical ants that can lift loads 2,000 times their weight using gecko‑inspired adhesive pads, and Norwegian developers have deployed a five‑meter robotic snake to inspect and repair underwater oil pipelines. These devices combine sensors, processors and actuation to perform tasks ranging from search‑and‑rescue to industrial maintenance, demonstrating practical utility beyond consumer novelty and could reshape future approaches to hazardous environment operations.

💡 By turning tiny creatures into controllable sensors, these platforms give responders and engineers access to spaces humans cannot reach, turning previously invisible hazards into actionable data.