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Artificial intelligence relies on machine vision just as much as human intelligence relies on vision. Image sensors are, therefore, crucial for AI applications because of the richness of data that they capture. Capturing and processing video and images at the edge is a capability that intelligent IoT applications need to deliver. In this ...
Lifecycle management entails fulfilling changing requirements over time. However, there is a gap that the existing robot development frameworks do not address, making it challenging to tackle system-level requirements (fault tolerance, system safety, maintainability, interoperability or reusability etc…). Ubuntu Core aims at closing this ...
Niryo has built a fantastic 6-axis robotic arm called ‘Niryo One’. It is a 3D-printed, affordable robotic arm focused mainly on educational purposes. Additionally, it is fully open source and based on ROS. On the hardware side, it is powered by a Raspberry Pi 3 and NiryoStepper motors, based on Arduino microcontrollers. When we found ...
Date: May 13/16Location: Santa Clara Convention Center, CA, USABooth: 1708 Four years ago Canonical launched Ubuntu Core at Internet of Things World. The last four years have seen Ubuntu not only build a name for itself in IoT but also impose itself as a leading Embedded Linux, as highlighted in the latest Eclipse Developer survey. ...
The results are in! Eclipse.org recently published their 2019 IoT Developer Survey. Ubuntu is again the top choice for embedded & IoT, with our cousins Raspbian and Debian taking 2nd and 3rd respectively. The numbers fall off pretty steeply after that. 😉 For those who create embedded products or solutions, the message couldn’t be more ...
I recently returned from an extended visit to Germany, where my colleagues and I kept busy attending conferences, visiting customers and partners. We travelled around the country, talking to many, many people at dozens of companies about embedded Linux. We confirmed existing trend data, and gained exciting new insights! Now that I’m back, ...
A while back I wrote a post about distributing a ROS system among multiple snaps. If you want to enable some sort of add-on story, you need to have multiple snaps, and that remains the way to do it today with ROS. That approach works, but I’ll be the first to admit that it’s not ...
Canonical and AWS are excited to announce the public release of AWS IoT Greengrass as a snap. AWS IoT Greengrass is software that brings local compute, messaging, data caching, sync, and ML inference capabilities to your IoT device. IoT and embedded developers can now easily install and get started with IoT Greengrass in seconds on ...
Following previous events in New York, Seattle, and London, the fourth Snapcraft Summit is taking place in Montreal, Canada from June 11th to 13th 2019. We have partnered with Travis CI this time and also expanded the scope of the event to three tracks. Snapcraft Summit Snapcraft is the universal app store for Linux that ...
At Canonical, helping customers overcome their challenges is what we do every day. In the IoT world, a common challenge we encounter is customers who are interested in transitioning to Ubuntu Core and the snapcraft.io ecosystem, but are unsure how to begin. This post covers the recommended approach. In most cases, it’s relatively easy for ...
Ubuntu Core (UC) is Canonical’s take in the IoT space. There are pre-built images for officially supported devices, like Raspberry Pi or Intel NUCs, but for other boards, when there is no community port, one needs to create one on their own. This is the the case if one wants to run Ubuntu Core 18 ...
The snapcraft CLI has supported building ROS1 snaps for a while via the catkin plugin. We supported the ROS2 betas via the ament plugin, but that was before Open Robotics had a ROS2 package repository setup, which meant that the ament plugin built the ROS2 underlay from source, and it was predictably dreadfully slow. However, ...
