Robotics

Due to the increasing use of robots in every field, the demand for robot programmers is also rising. Robot programming software company RoboDK, has launched a free online platform called RoboDK Academy, to help learners from any capacity, such as engineers, professionals, students and educators master industrial robot programming skills. The users can sign up and complete the courses in their own pace. The platform […] Read More

A rural primary school in Maharashtra has stepped into the future of STEM education with the launch of a Robotics and Industry 4.0 lab powered by RoboDK and SimuSoft Technologies (Pune). Supported by Bharat Forge Ltd. through its CSR initiative, the lab at Zilla Parishad School, Jalindarnagar is the first of its kind in a rural Indian primary school. Inaugurated in November 2025 by Dadaji […] Read More

Robot Operating System (ROS) is an open source, flexible software framework* used for building and controlling robots. Despite its name, ROS should not be confused with a traditional operating system because it runs on top of existing operating systems like Linux or Ubuntu. It does not replace an operating system; it only provides tools, conventions, and software libraries* for robot building and development. A robot […] Read More

Two of the most critical success factors in the manufacturing industry are time to deployment and cycle time. Despite this, the design and deployment of robotic workcells has long remained a surprisingly manual and time-consuming process. Realtime Robotics is aiming to change that with Resolver, a cloud-based optimization engine that introduces industrial-scale automation into the earliest stages of robotic system planning. At its core, Resolver […] Read More

Weed that grow among crops is a problem in many ways since humanity started agriculture. Weeds compete with crops for water, soil nutrients, sunlight. They can host pets, harbor diseases. They cost labor to remove them, either manually or chemically. This also increases overall costs and chemical removal may mean environmental impacts. Overall, weeds cause lower crop yield, decrease in quality, and higher costs. Considering […] Read More

Inspection robots, which are one of the most common application of autonomous mobile robots, are being deployed more often every day. In the press release below from ANYbotics of Zurich, Switzerland, a system called “Data Navigator” is introduced. Image Credit: Anybotics – www.anybotics.com Image Credit: Anybotics – www.anybotics.com ANYbotics Press Release: **************************** ANYbotics Launches Data Navigator: Unlocking the Value of Robotic Inspection Data for Energy, Metals, […] Read More

DEEP Robotics develops a range of advanced robotic platforms, each designed for specific real-world applications across industrial, public service, and research sectors. Lite3 is an agile quadruped platform ideal for education, research, and light industrial tasks, offering versatility for developing AI and robotics solutions.Lite3 supports open source, users can develop advanced perception capabilities such as autonomous navigation, automatic obstacle avoidance, visual localization, environment reconstruction, customizable […] Read More

In this post we will take a look at robot simulators and physics engines which should be discussed together. Robot Simulator: Basically a robot simulator is a computer program that facilitates building and testing of robots in a virtual environment. Some key points: Firstly, robot simulators help save great deal of time and money by elimination of physical prototypes and testing, at least during a […] Read More

Actuation in robotics means the systems that enable physical movement. The most common ways of actuation are by electric motors, pneumatic and hydraulic systems, which we will introduce below. But note that there are other actuation systems as well, achieved by shape memory alloys, piezoelectric action, electromagnetism, movement achieved through thermal properties of materials and more. Now let’s take a closer look at Electric motor, […] Read More

Optimizing mobile robot power efficiency The basic physical body of the robot should be understood and optimized first. Robot should be as lightweight as possible, unless high mass (for weight or inertia) is needed for a specific reason. Friction between moving parts should be minimized except for the parts that need a certain amount of friction. The components must be energy efficient, such as motors, […] Read More