Viam Launchpad aims to accelerate robotics deployments

therobotreport.com Nov 12, 2026

Viam Launchpad aims to accelerate robotics deployments

Curated by Shubham · TechCapsules · Nov 12, 2026

AI-summarised brief · reviewed before publication

Viam, founded by former MongoDB CTO Eliot Horowitz, offers a software abstraction layer that streamlines robotics development, enabling startups to prototype, deploy, and commercialize hardware quickly. The company’s Launchpad program, a six‑month incubator in New York, provides teams with engineering support, usage credits, and access to a robust robotics lab. Participants such as Gambit and RoboBuilt have leveraged Viam’s tools to accelerate product development, secure customer feedback, and secure investment, demonstrating the platform’s impact on the robotics ecosystem.

💡 Why It Matters

· By reducing the time from concept to market, Viam’s Launchpad reshapes how robotics startups scale, turning rapid prototyping into a viable commercial pathway.

Read full article on therobotreport.com

Memories.ai builds standardized egocentric video pipeline

Memories.ai, a San Francisco startup, has launched a standardized egocentric video pipeline that captures first‑person footage with modular cameras, then annotates it using AI models such as Memories‑H0 for hand pose and EgoAction for action segments. The platform creates a curated video data lake for robotics and physical AI, offering custom annotation services and dataset tools. The company partners with NVIDIA Cosmos to interpret and refine the data, aiming to become a long‑term infrastructure partner rather than a simple data vendor.

💡 By turning everyday egocentric video into high‑quality, task‑specific training data, Memories.ai accelerates the development of robots that can navigate and manipulate real‑world environments, a critical step toward reliable physical AI.

androidcentral.com · Nov 11

By land, by air: Amazon’s ‘Ring Robotics’ debuts with a Rover and…

Amazon announced its Ring Robotics line, debuting the Ring Rover and Ring Drone Cam. The Rover is a $999 autonomous security robot designed for large spaces, offering 360° 4K scanning, a periscope camera, siren, and light tower, and will ship in the U.S. on December 16. The Drone Cam, priced at $249, flies preset routes to deliver 2K 148° FOV footage, integrates with existing Ring devices, and is slated for release on January 27, 2027, though it lacks FCC authorization. Both devices feature encryption and power‑down privacy safeguards.

💡 By adding mobile, AI‑driven cameras, Amazon expands home security beyond fixed points, potentially redefining how consumers monitor large properties and respond to threats in real time.

therobotreport.com · Nov 11

Why predictive maintenance matters more as factories add robots

Factories worldwide are deploying more industrial robots, with the International Federation of Robotics reporting 5 million units in operation by 2025, an 11 % rise from the previous year. As robots occupy larger shares of production lines, unplanned failures can halt entire cells, causing costly delays. Predictive maintenance, which analyzes real‑time data such as vibration, temperature, and motor current, enables early detection of wear and faults. By shifting from scheduled to condition‑based service, manufacturers can reduce downtime, extend asset life, and improve overall productivity.

💡 Early fault detection turns reactive repairs into proactive interventions, saving time and preventing cascading production losses.

therobotreport.com · Nov 11

Dynamic Creatures partners with Sixth Wall Studio to bring Hasbro characters to…

Dynamic Creatures announced a partnership with Sixth Wall Studio, Hasbro’s AI studio launched in June 2026, to create interactive robots that embody Hasbro characters. The collaboration will merge Dynamic Creatures’ mobile, expressive robots with Sixth Wall’s CharacterOS authoring and behavioral licensing, enabling characters to greet guests, remember them, and guide adventures in theme parks, resorts, hotels, cruise ships and retail venues. The first robot, Hugo, already demonstrates free movement and facial expression using the SnowJay platform’s 43 actuators. Both firms stress safety, initially keeping a human in the loop while gradually increasing autonomy. The joint effort aims to preserve each character’s voice and story while delivering personalized, memory‑enabled experiences for audiences aged 13 and older across worldwide entertainment ecosystems today.

💡 It turns beloved digital personalities into tangible, memory‑aware hosts, reshaping guest interaction in physical entertainment spaces.

space.com · Nov 10

A robot just built a structure autonomously in space for the 1st…

A DARPA‑funded robot built the first autonomous satellite structure in orbit, assembling a 1.4‑meter‑wide reflective antenna from Kapton film, composite tubes and aluminum joints. The “truss builder” operated on the ASTRA (Autonomous In‑Space Tensioned Reflector Assembly) demonstration, launched aboard Momentus’ Vigoride 7 on SpaceX’s Transporter‑16 rideshare on March 30. Engineers communicated with the robot for only 15 minutes per day, issuing commands that guided the manipulator to pick up parts and connect them on an assembly plate. Although time constraints prevented completion of the full truss, the mission proved the third phase of DARPA’s NOM4D program, which aims to enable scalable construction of structures hundreds of meters to kilometers long for megaconstellations, solar power arrays and large telescopes.

💡 Autonomous in‑space assembly removes launch‑fairing size limits, unlocking the ability to deploy massive, on‑orbit infrastructures that were previously impossible.

therobotreport.com · Nov 9

Boston Dynamics adds wheels to Atlas humanoid to test whole-body control

Boston Dynamics released a video showing its Atlas humanoid equipped with wheels on its feet, used as a research testbed to explore the blend of deterministic physics‑based control and whole‑body reinforcement‑learning (RL) policies. Controls engineer Andy Wu attached off‑the‑shelf scooter rims to Atlas’ ankle actuators, allowing the robot to roll on flat terrain and switch to articulated legged motion for obstacles. The experiment, trained entirely in simulation, demonstrated real‑time proprioceptive feedback processing, dynamic pose and force adjustments, and rapid recovery from unmodeled disturbances. Wu’s goal was to push actuation limits, assess adaptability in unstructured environments, and study policy responses to actuator failures. The results suggest that combining classical motor control with whole‑body RL yields superior agility compared with either approach alone.

💡 Demonstrating seamless transition between wheels and legs proves a hybrid locomotion strategy can overcome terrain unpredictability, a key hurdle for deploying humanoid robots outside labs.