It was really great to be part of the A3 AMR & Logistics conference this year.

The conference had the usual good presentations and panels, but the exhibitor’s floor was where robot and technology manufacturers met to discuss the latest technologies and innovations in this nascent field of robotics. This conference in particular, being held in Memphis, saw the almost overshadowing presence of FedEx in attendance. But through the different panels and visitors on the exhibition floor, it became crystal clear to us that the “end user” is definitely considering operations as they think about how to deploy diverse robotics technologies in the field. This confirms that our drive to promote effective RobOps is working.

The topic of interoperability was a part of several different presentations this year, which showed a growing understanding from enterprises and robot vendors about how interoperability is the next important step to take the industry to the next level.

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

It’s been a few days since we announced the Free Edition of the InOrbit platform, and the reaction has been amazing. We’ve already seen a big jump in signups, and we have even more announcements coming up.

In case you haven’t heard, people can now use InOrbit to manage an unlimited number of robots for free. Unlike other solutions, there are no limited trial periods, no hidden fees. Free. For real.

However, many people have asked us, with a clear note of concern: “Why would you do that? Didn’t you just give your business away?”

So here I wanted to address all those questions and share the 5 reasons why we chose to go free.

Modern robots are awesome, but they’re also infamous for getting into compromising situations. Sometimes, it’s hilarious and other times, catastrophic. Robots have been seen steering into ponds, getting stuck next to trash cans, rolling into retail store fitting rooms or suddenly catching fire. Some people may think robots just don’t work, but the reality is more nuanced: Robots work great most of the time — until they don’t.

Today InOrbit announced some very exciting news. The Free Edition is here, and we couldn’t be happier.

Robot navigation presents several practical challenges. Sometimes you’ll have to fix localization issues or manually operate a robot. In these situations, you need to interact with the robot to achieve specific goals. However, what if your target is in a narrow area with limited maneuverability? And how can you focus on signs or navigation markers to make them more readable? 

These and other questions can be answered using InOrbit Control.

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.

For decades we have celebrated work as an integral part of the human experience. We yearn to be involved in activities that not only provide for our basic needs, but give us a sense of purpose. Work, and doing work that we love, keeps us focused and motivated. Not all work is created equal though, and the future of work is complex.

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.