All posts by RoboticsTomorrow.com Articles, Stories and Products

Robotics today is like the cloud ecosystem of the early 2010s – scaling rapidly, but riddled with security risks and vulnerabilities.

A gyro-backed stabilization system is the robot’s silent hero, keeping cameras level and navigation accurate so defects aren’t overlooked and workers stay out of harm’s way.

Robotics Tomorrow and Alumni Ventures are teaming up to give readers early access to high-growth startup opportunities, including some of today’s most exciting AI, Deep Tech, Quantum Computing, and Cybersecurity companies co-invested alongside top VC firms like Andreessen Horowitz (a16z), Bessemer, & Y Combinator. You get: Curated deal flow of high-potential AI Infrastructure startups, AV is already investing alongside elite lead venture firms in these deals, No cost to see deals, No obligation to invest. Don’t miss your chance before access closes.

The eRDH stands out because it combines that rugged, workhorse durability DESTACO is known for with high-end, intelligent motor control and diagnostic feedback. It gives you the brains you need without sacrificing the brawn.

Integrating a high-performance Thermal Imaging Module is more than a sensor upgrade. It is a strategic engineering choice that tackles key industrial automation challenges, including unexpected downtime, fire risks and environmental limitations.

Since humanoids are most viable in environments where they can adapt to human-designed workflows without requiring extensive infrastructure changes. Still, successful deployment will hinge on meeting a set of practical operational constraints.

This article explores the "Mass Penalty Spiral" and why the transition to Physical AI is the only path toward viable humanoid deployment.

Building AI systems that reliably manipulate objects in unstructured environments may be comparable in complexity to autonomous driving, a field that has absorbed over $100 billion in investment over the past fifteen years and is still not fully solved.

As autonomy moves from research labs into real-world environments, the role of design is shifting. It’s no longer just about usability — it’s about trust, safety, and human–machine collaboration.

Drone technology continues to advance depending on specific applications. For this article, we’ll be looking at compact drones used in a variety of applications that need continuous and autonomous inspection of chimneys, shafts, and tanks.

Unlike traditional competitions limited to indoor or scripted tasks, ATEC2026 evaluates whether robots can autonomously complete long-horizon, continuous complex tasks in open, dynamic, and unstructured real-world environments.

The convergence of feedback mechanisms, like tactile sensors, and smart and adaptive control systems, is an interdisciplinary challenge requiring extensive collaboration among electronic hardware, software, embedded systems, mechanical robotics, and mechatronics experts.

Here, Nigel Smith, CEO of TM Robotics, explains why harnessing the power of robotics-led injection moulding could significantly enhance the production of medical devices.

The ultimate goal of drone-based monitoring is transparency. When everyone—from the site foreman to the remote investor—looks at the same high-resolution digital twin, the "guesswork" of construction vanishes.

Forklifts are highly flexible, but they’re also dependent on operator skill, shift conditions, fatigue, and congestion. LGVs introduce repeatability into material flow, which is something manufacturing systems desperately need as volumes rise and tolerances tighten.