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We just released an update to InRobot, which is available here: inrobot.cogniteapp.co. In addition to having a new look and feel we have the following changes available: Screens layout. Now there are three screens to work with: Video room, 3D, and Log. Select the main screen to view out of three and hide the remaining screens. Video stream interaction. While in the Video room screen, click the icons in the top right to move the robot and its camera or select the camera type. Delete missions. Delete missions you’ve just created and already existing missions. Rearrange inspection points. Drag inspection points up and down to change their order in the mission. View and align 2D maps. View a 2D map combined with a 3D map in the Controls panel. Change the 2D map coordinates to align it with the 3D map. Show multiple 2D maps in the 3D viewer Improved when robots are not available. Show error message if no robots are fetched from the api and direct to docs/support page Find releva
Hi! We’re exploring how to display mission results of a completed mission. Here are two ways of showing similar data.When doing a gauge reading, how important is the image it self if we can do display latest value in a table? mission result as tablemission result with images What else would you expect to see in mission results?Please let us know, and comment bellow!
New release, can be seen here. Please share with us what you think!
Hi all! We are excited to announce some new updates to our InRobot product that we believe will make your robotics experience even better. Firstly, we have introduced a reports tab which allows operators to view the mission details of the robot. This feature also allows you to view the details of a specific run within a mission, and to get a closer look at the robot's actions, such as a measured value of a gauge or an infrared image of an asset. This will help you gain valuable insights into your robot's performance, and a glance at the health of your equipment. In the image to the left, you see the list of missions, and on the right, the results from a thermal action are shown. Secondly, we have added a connectivity status feature showing when the robot is connected to the Internet. This will help you to identify any issues and troubleshoot them quickly. Additionally, you can view the latency of the connected robot by selecting the robot and hovering over the "Robot connected status".
Hello everyone! I am Elias, robot enthusiast and Product manager for Robotics and field operations. Join us for the Asset Performance Management Product tour and discover how you can enhance your understanding of your assets while leveraging Cognite's offering to boost your uptime.Watch the recording here: We're eager to hear your thoughts on how robotics can play a role in Asset Performance Management. Share your ideas in the thread below! 🚀
We have done some minor improvements which is now available in production:Added connectivity statusThis shows if the robot is connected to the internet (application) or not. When the robot is chosen and the robot is connected, you can hover over the connection label to see the latency.Added possibility to edit robot locationClick the robot location in the robots overview and choose from the drop down list.Removed clutter from the robot cards (in the robots overview) Bug fixes
New release, can be seen here:
What is the Cognite Asset Performance Management (APM) portfolio? Cognite Asset Performance Management addresses common business problems faced in the asset-heavy industry, such as aging assets and workforce, increasing maintenance costs, and unplanned downtime. Cognite InField, Cognite Maintain, and Cognite InRobot are workflow applications in this portfolio. Read more about Cognite Asset Performance Management (APM) portfolio here. What’s new in Cognite InRobotActivate robotics with Cognite Data Fusion. Automate repetitive tasks, carry out remote inspections and automated operator rounds, and keep workers safe by eliminating the need to travel to hazardous locations! The new Beta release of Cognite InRobot sees a significant upgrade of frontend and backend changes using the Robotics Services API. Backend highlights The new Robotics Services API makes connections and control of robots more reliable and easy to understand. InRobot constantly reads the state of the robot from a data
In order to have a updated view of your site, collecting three-sixty images can allow you to have a visual presence on your asset without having to be there. In this topic we would like to show and discuss how we collect three-sixty images using spot and transform them into a street view in fusion. Following is the steps that are needed, in addition, if you have some cases where this could prove valuable, please share this as a comment bellow. The sequence of task is as folows: Print and Place Fiducials Purpose Fiducials are specially designed images, similar to QR codes, that Spot uses to match its internal map to the world around it. Fiducials are required at the beginning of every mission, and in order to make the Spot able to correct its position during a mission, it is nice to mount fiducials along the entire path of the mission. If possible, let Spot see one fiducial at every point during its route. By default, Spot uses fiducial images of 146 mm x 146 mm square. If the printed s
In this article we give instructions on how to use InRobot. In addition we gather all potential issues that can arise and document work around while we are working on a better user flow. Don’t see the answer to your question or issues? Post as a reply in this thread and we’ll be sure to answer and/or add it to the list below!How to:Remote control of the robot Using the robot map Make sure a robot map (waypoints) is loaded on the robot and the robot is localized In the 3D model: click the waypoint closest to where you want the robot to go In the left side control tab, choose “Smart navigation” and “Navigate to waypoint” Using the camera streamThis method does not require a map to be loaded on the robot In the dropdown where you can choose the content for one of the split screens, find the “Navigate to” toggle Toggle on In the stream screen, choose any of the streams with “360” Now you can click on the point in the 360 part of the stream where you want the robot to go. Setup InR
Using InRobot To access InRobot and start planning missions and navigating a robot, you must sign in.To sign in to InRobot:Navigate to https://robotics.cogniteapp.com/. Enter your company name, and sign in with your company ID and credentials. For more details visit our documentation in: https://docs.cognite.com/inrobot/guides/usage If you are missing some details or want to give feedback, pleas reply to this post
Below we have outlined several frequently asked questions and their corresponding answers.If you have questions on hDon’t see the answer to your question? Post as a reply in this thread and we’ll be sure to answer and/or add it to the FAQ list below!FAQs What kind of robots are supported? InRobot integrates with:Spot: A robot platform by Boston Dynamics. ANYmal D: An autonomous legged robot platform by ANYbotics. ANYmal X: An ex-proof inspection robot platform by ANYbotics.Spot characteristics:Five pairs of stereo cameras. Robot weight: 32 kg or 70.5 lbs. Payload weight: 14 kg or 30.8 lbs. Measurements: height is 52-70 cm or 20.4-27.5 in. Length is 110 cm or 43.3 in. Battery life: up to 90 minutes of continuous work. Charging time: up to 60 minutes. Moves at a speed of up to 5.7 km/h or 3.5 mph. Moves up slopes of up to 30° and steps of up to 30 cm in height.ANYmal D characteristics:Zoom and thermal cameras. Robot weight: 50 kg or 110.2 lbs. Payload weight: 5.7 kg or 12.6 lbs. Measur
Welcome to the InRobot Early Adopter Program! We are excited to have you join us on this journey as we explore the cutting-edge of robotics technology. As a participant in this program, you will have the opportunity to be among the first to test and provide feedback on our latest innovations. Remember, Robotics is all about the data collected and how it is used, With your help, we can continue to push the boundaries of what's possible in the field of robotics and create truly game-changing solutions. We look forward to working with you.
Robots have matured in recent years, and even though some companies still struggle with turning robot data into bottom-line impact, a lot of ground has been covered. Cognite uses our software and experience to streamline the end-to-end user journey for enabling robotics. With InRobot, robot operations are made simple, enabling you to benefit from scale-up. With this, Cognite invites our customers to join an early adopter program for InRobot, allowing the journey of automating your processes to begin. Get value out of your robot deployments.With InRobot and Cognite Data Fusion, we help you automate part of your operator rounds. In addition to the repetitive data capture, simple condition monitoring and failure mode detection can be performed. As part of the early adopter program, you will be able to deploy robots for: Perform daily visual operator rounds with available data through a simple UI for onsite and remote process operators. Simple Condition monitoring-based image, thermog
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