warehouse robots

Agility Robotics, the Oregon-based maker of the Digit humanoid robot, says its focus is now scaling safety from a single robot to a fleet of 500 as it moves toward mass production and commercial deployment. The company is working on ensuring reliability and safe operation across many robots working alongside people in warehouses and logistics settings.

A new safety standard has been published covering industrial mobile robots, with a focus on how they are operated and managed after deployment in factories and warehouses. The standard, reported by Assembly Magazine, aims to give manufacturers and operators clearer requirements for keeping autonomous mobile equipment safe in live industrial environments.

Agility Robotics has appointed three new board members as it prepares to become a publicly listed company. The humanoid robotics firm, known for its Digit warehouse robot, is strengthening its governance ahead of what would be a notable stock market debut for the robotics sector. The additions signal the company is positioning itself for the financial scrutiny and oversight that come with public markets.

A newly introduced humanoid robot has been presented as capable of working safely alongside human workers. Details about the manufacturer, capabilities, and release timeline were not provided beyond the announcement, but the news lands amid growing industry focus on collaborative robotics and human-robot teamwork in factories and warehouses. Coverage is drawing attention from manufacturing and automation audiences tracking advances in safe human-robot interaction.

Amazon has passed the milestone of one million robots working across its operations worldwide. The machines move entire shelves of products, carry loads and pick up objects, with some models even able to sense their surroundings while working alongside human staff. The figure makes Amazon one of the largest robot operators on the planet and renews debate about automation replacing warehouse jobs.

Large retailers are stepping up warehouse automation, with robotics increasingly taking over palletizing work traditionally done by hand. Industry coverage focuses on how this shift is changing pallet handling, supply chain labor needs and logistics efficiency, as companies race to cut costs and speed up fulfillment amid growing e-commerce demand.

Reports suggest new warehouse robots may replace the traditional forklift in logistics and industrial settings. The machines are said to handle lifting and moving tasks autonomously, reducing the need for human-operated forklifts. Discussion is focused on what this means for warehouse workers and the future of automation in supply chains.

An overhead picking robot is being highlighted in industrial automation coverage. Such systems typically operate from gantry or rail mounts above conveyor lines, using vision to identify and grasp items for order fulfillment and palletizing. Interest comes amid continued growth in warehouse robotics as manufacturers and logistics operators seek to cut labor costs and speed up handling.

A new American National Standards Institute standard, ANSI/A3 R15.08-2-2023, has been published covering the integration of industrial mobile robots. The standard, part of the R15.08 series developed with A3, addresses safety requirements for integrating autonomous and automated mobile robots into industrial workplaces, giving manufacturers and integrators a reference framework as mobile robot adoption expands across factories and warehouses.

An industry analysis from the Association for Advancing Automation examines how Best Buy uses warehouse robots and argues that storage density is the key factor behind their effectiveness. The piece suggests that compact, automated goods-to-person systems can move more inventory in less space, reducing costs and improving fulfilment speed. It is being read as a signal of where retail warehouse automation is heading.

Eindhoven University of Technology researchers are working on graph-based world models designed to make robot collaboration safer and more efficient. The approach aims to help multiple robots understand their shared environment and coordinate with each other more reliably, reducing the risk of errors in settings such as warehouses, factories, and other environments where machines must work alongside people and each other.

New figures show that close to half of all service robots sold in 2025 were deployed for transportation and logistics tasks, making it the leading application area for the category. The data highlights how warehouses, delivery operations and supply-chain automation are driving demand for professional service robots. Industry observers point to labor shortages and e-commerce growth as key factors behind the trend.

A large warehouse depot will take delivery of thirty autonomous mobile robots next spring. The robots will carry totes between pick faces and packing benches, working alongside roughly 120 people during busy shifts. A trial with six robots ran last winter, and the deployment follows its results.

A legal analysis piece examines the issues employers should address before deploying robots in the workplace, including safety, liability and regulatory compliance. The commentary suggests companies integrating robotic systems need to prepare contracts, insurance and oversight arrangements in advance. With robots increasingly entering warehouses, factories and offices, businesses are being warned to sort out the legal groundwork before automation arrives on the job.

Destro AI, a startup working on warehouse robotics, has raised a seed funding round led by Base10 with participation from Bonfire. The company says the money will go toward making warehouse robots practically useful in real operations. The round highlights continued investor interest in logistics automation, a sector where startups are racing to deploy robots that can handle the messiness of real warehouse work.