One of the best indicators of the change of seasons is when the leaves begin to fall, the days get shorter and the air gets colder. It’s happening now in the Northern Hemisphere, while our brothers and sisters in the Southern Hemisphere get the opposite effect – they are preparing for the warmer weather in the months ahead.

Regardless of your location, this time of year presents a chance to look back on the past season as you prepare for the next one. We are doing the same thing here at InOrbit. These past few months have been very exciting. We’ve launched some new products and services for our users, as well as continued to share knowledge and information about how RobOps can help robot makers and robot deployers across different markets.

At InOrbit, most of our time is spent thinking about robots and how to make them perform better. But part of that vision includes robots and humans working together – without the human factor, robots are just a collection of metal and plastic parts. Here is another in a series of posts highlighting some of the outstanding humans on the InOrbit team, also known as InOrbiters. The posts aim to share details on some members of the team, what drove them to work here, and what they find most interesting about robotics and the development of the InOrbit platform.

Today we had a chance to chat with Lead Engineer, Hernan Badenes. He lives in the mountains of Patagonia, Argentina, and has been with InOrbit for a little more than three years.

The great news keeps rolling in at InOrbit. We are happy to announce that our Developer Portal is now available.

It’s easy to see why many in the robotics community are suggesting that agriculture is the next big market for automation. With the need to support an estimated 9 billion people on the planet in 2050, current forms of production need an additional boost that automation can provide. Like other industries, agriculture also faces labor challenges including a shortage of skilled workers, an unstable supply chain and complex safety concerns due to the pandemic.

At InOrbit, most of our time is spent thinking about robots and how to make them perform better. Part of that vision includes robots and humans working together – without the human factor, robots are just a collection of metal and plastic parts. Here is another in a series of posts highlighting some of the outstanding humans on the InOrbit team, also known as InOrbiters. This post in particular aims to share what the experience of being an Intern at InOrbit is like. What drives the kind of people we love to work with, what they’ve learned from the team over their summer internship, and what they find most compelling about robotics.

When we think about the challenges robots face, we often think about the physical tasks they are performing - gripping an object out of a bin, or avoiding getting stuck when delivering materials to a packing station. While many of these challenges still exist, larger problems are often found in the ecosystem surrounding robots.

ChatOps, meet RobOps. InOrbit is really happy to share news today about our new incident management integration with the Google Chat platform. This open-source feature lets users receive notifications about their robots, even if the InOrbit app is not open.

At InOrbit, most of our time is spent thinking about robots and how to make them perform better. But part of that vision includes robots and humans working together – without the human factor, robots are just a collection of metal and plastic parts. Here is another in a series of posts highlighting some of the outstanding humans on the InOrbit team, also known as InOrbiters. The posts aim to share details on some members of the team, what drove them to work here, and what they find most interesting about robotics and the development of the InOrbit platform.

Robot operations (RobOps) is not just about making sure robots and humans work well together to complete tasks. It’s also about getting robots and other robots to work well together, especially as an increasing number of companies deploy different robot systems to handle multiple tasks.

If you wanted to secure a computer server you would typically start with a controlled environment. That means a controlled climate, controlled physical access, strong networking, and some security oversight. In the world of robotics you often see autonomous mobile robots (AMRs) with valuable data roaming around in totally uncontrolled environments, hosting an unsecured web server with little or no firewalls, and interfacing directly with store and warehouse employees, or even the public at large. This wild west environment may bring back painful memories of the early days of the internet, but believe us, the times are changing.