Advancements in Soft Robotics: How flexible machines are reshaping the future of technology
From the sci-fi horrors of the Terminator to the sleek humanoids of Westworld, robots have long occupied our cultural imagination as hard, metal, and...
Why robotics startups fail: Lessons from Rethink Robotics’ rise and fall
The robotics industry has long been the subject of fascination and hype, promising to redefine how we live and work. Among the most ambitious...
Can robots be hacked? How to prevent a Robopocalypse and secure our future
As robots transition from novelty to necessity, weaving themselves into the fabric of modern life—from hospitals and homes to factories and battlefields—their promise is...
Best simulation tools for robotics engineers: A comprehensive review
Simulation tools have become indispensable in the modern robotics engineer's toolkit. Whether designing bipedal walking algorithms, testing sensor integration, or optimizing motion planning, simulation...
Path planning: How robots navigate the world safely and efficiently
Imagine a self-driving car effortlessly weaving through traffic, or a robotic arm delicately maneuvering components on a factory floor. What makes such precision and...
Biohybrid robots: How the fusion of biology and engineering is shaping the future
In a new era cutting-edge innovations, a new class of machines is emerging — biohybrid robots. These remarkable creations combine biological tissue with synthetic...
Understanding manipulator kinematics: The foundation of robotic motion
As robotics continues to transform industries—from manufacturing to healthcare, agriculture to autonomous vehicles—understanding the movement and positioning of robotic arms or manipulators has become...
How robotic vision works and why it matters
From autonomous delivery bots to self-driving cars and industrial automation, robotic systems are increasingly becoming part of our everyday lives. At the heart of...
How humanoid robots walk: Challenges, models and breakthroughs in bipedal locomotion
For decades, roboticists have dreamed of creating machines that can walk, run, and move just like humans. While flying robots and wheeled systems have...
How robots learn: A deep dive into reinforcement learning for robotics
Imagine a world where robots can teach themselves to walk, grasp objects, or fly drones — all without being explicitly programmed for every action....
ROS 2: Essential resources and repositories for developers
The Robot Operating System 2 (ROS 2) has emerged as the foundational framework for building robust, scalable, and real-time robotic applications. As the successor...
ROS1 vs ROS2: Key differences, benefits, and why the future belongs to ROS2
The Robot Operating System (ROS) has been a game-changer in the robotics world for over a decade. It has empowered countless researchers, hobbyists, and...
