The next era of robotics and AI won't be defined solely by technical breakthroughs but by how well these systems integrate into human environments. No matter how powerful the sensors or how technical the learning models are, without user trust, adoption will stall.
In this conversation, Jonathan Tan explains how energy needs vary across robot categories, why current systems are holding back innovation, and what battery breakthroughs could mean for the future of robotics.
Although regulating the safe use of fully autonomous vehicles across jurisdictions and international routes still has a fair bit of ironing out to do, AT providers and OEMs are making stark improvements to the technology inside our trucks.
Anyone at the show who visits our booth will be able to find something relevant to their own operations that can solve a key problem and offer improved performance, lower costs, and greater sustainability.
What follows is a grounded look at why growth will accelerate, where the value concentrates, and how organizations can capture returns while managing risk.
Recently, Taiga Robotics tackled one of mining’s most challenging problems, autonomous rod handling, using Teledyne IIS’s Bumblebee® X stereo camera. Their solution paired advanced robotic control software with a high-performance stereo vision system.
By hardening your endpoints, securing your software supply chain and enforcing continuous verification, zero trust closes the most common attack paths long before they can be exploited, from development to deployment.
The discussion also emphasizes how AMRs, once limited to controlled indoor settings, are increasingly being adapted for outdoor and unpredictable environments, thanks to advances in sensor integration, edge computing and AI.
Cameras ensure that warehouse automation systems use visual data to function with consistency. It helps identify, track, and interact in real time. Discover how warehouse automation cameras work, their use cases, and critical imaging features.
Adaptive robots redefine what's possible in automation by seamlessly blending industrial-grade force control with artificial intelligence. Simple to program, they think, sense, and adapt to effortlessly handle complex environments and diverse tasks with ease.
The real benefits are not always in the obvious places. Yes, robots can speed up production lines and assist in complex surgeries, but their deeper value comes from the way they make processes more predictable, less wasteful, and easier to scale.
Breakthrough partnership with Universal Robots transforms "artisanal" manufacturing, making personalized, life-saving cancer treatments affordable and widely available.
Order picking is widely reported to account for 50% to 55% of total warehouse operational costs. Identifying the right picking strategy can have a significant impact on the bottom line.
For humanoid robots, size and weight are critical. The form factor must mimic human proportions while housing a complex network of sensors, motors and mechanical joints. This is where thin-section bearings prove essential.
In high-precision motion control systems like those used in precision manufacturing, the terms "sensor resolution" and "servo bandwidth" are often tossed around interchangeably, sometimes even confused as being functionally synonymous. But they're not.