# OLO Robotics: full factual overview OLO is the browser-based robotics platform for repeatable, autonomous industrial inspection. Plan in simulation, deploy with confidence, and skip specialist ROS engineering. ## Company - Legal name: OLO Robotics Ltd - Location: Spaces Acero, 1 Concourse Way, Sheffield, S1 2BJ, United Kingdom - Support: support@olo-robotics.com - Canonical website: https://olo-robotics.com ## Platform capabilities - Browser-based robot control and visualisation - ROS 2 integration - Cloud simulation - Navigation and mapping - Manipulation - Automation - Standalone SDK deployment ## Personal plans - Free: £0/month; annual total £0. - Premium: £75/month; annual total £825. ## Enterprise plans - Bronze (Self-service): £175/seat/month. If you already have a supported robot (ROS2 driver installed) and are able to complete set up yourself with our tutorials and guides. - Silver (Supported): £400/seat/month. If you need help to install software on your robot and would like video call support and team training on the OLO platform. - Gold (Concierge): £1000/seat/month. You may have a robot or are considering buying one. You want your whole team trained, to be fully supported during set up and first inspection or task. Enterprise licenses are billed for 12 months. Multi-year discounts are available. ## Pricing FAQs ### Can I change plans at any time? Absolutely. Upgrade or downgrade your plan anytime. Changes take effect immediately, and billing adjusts accordingly. ### What happens when I exceed my usage limits? You'll receive a notification as you approach your limits. You can purchase add-ons as needed or upgrade to a higher plan for more included usage. ### Do you offer educational or academic pricing? Yes! We support education and research. Contact us at support@olo-robotics.com to discuss academic pricing options. ### What's included in the 14-day trial? Free plan users get 14 days to try advanced features including AI-assisted coding, cloud simulation, automation, and the standalone SDK. ### Is there a commitment period? No commitment required. Monthly plans roll automatically, or save ~8% with annual billing. Cancel anytime. ### What payment methods do you accept? We accept all major credit cards and debit cards. Invoicing available for annual plans. ### Can I try before I buy? Yes! Start with our free plan - no credit card required. You'll get 14 days to trial advanced features before deciding on a paid plan. ### Do usage limits reset each month? Yes, monthly usage limits (SDK hours, cloud credits) reset at the start of each billing cycle. ### Can I share my account with my team? Plans are per-seat. For team collaboration, each team member needs their own seat. Contact us for team discounts. ### What happens to my data if I downgrade? Your projects and data remain safe. If you exceed storage limits after downgrading, you'll need to purchase additional storage or upgrade again. ## Platform demo videos - [Autonomous solar farm inspection with a Unitree A2-W in simulation](https://olo-robotics.com/videos/unitree-a2w-solar-farm-autonomous-inspection): SLAM the solar farm with a Unitree A2-W, then patrol waypoints that photograph panel undersides with a thermal camera. - [Autonomous data center inspection with a Unitree A2-W in simulation](https://olo-robotics.com/videos/unitree-a2w-data-center-autonomous-inspection): SLAM the aisles with a Unitree A2-W, then patrol server racks with RGB and thermal camera actions at each stop. - [Autonomous railway trackside inspection with camera capture in simulation](https://olo-robotics.com/videos/m20-railway-trackside-autonomous-inspection): Map the trackside with 3D LiDAR SLAM, then run waypoints that photograph known rail infrastructure trouble spots. - [Launching a Leo Rover in the bookstore simulation](https://olo-robotics.com/videos/leo-rover-bookstore-simulation): Choose a Gazebo world, spawn a robot from the library, and start working — all in a browser tab. - [SLAM mapping with a live 3D LiDAR point cloud on a Leo Rover](https://olo-robotics.com/videos/leo-rover-slam-3d-lidar-point-cloud): Drive the rover around the bookstore while a SLAM map builds and the 3D LiDAR point cloud renders live. - [SLAM mapping, waypoints, and autonomous image capture with a Leo Rover](https://olo-robotics.com/videos/leo-rover-slam-waypoints-image-capture): Map the bookstore with Nav2 SLAM, place waypoints with a camera action, and let the rover run the route on its own. - [SLAM and autonomous navigation on a construction site with a DEEP Robotics M20 Pro](https://olo-robotics.com/videos/m20-construction-slam-autonomous-navigation): Map a construction site with Nav2 SLAM, climb over obstacles, then navigate the waypoints autonomously. - [Autonomous waypoint patrol with camera capture on an M20 Pro](https://olo-robotics.com/videos/m20-construction-waypoints-image-capture): Run an autonomous waypoint route on a self-built SLAM map, with photo actions at two of the stops. - [Thermal camera inspection of a solar farm with a DEEP Robotics Lite 3](https://olo-robotics.com/videos/lite3-solar-farm-thermal-inspection): Drive a Lite 3 with a thermal camera payload beneath a solar array while recording the camera feed. - [Pick and place by colour with the SDK on a Franka FR3](https://olo-robotics.com/videos/franka-fr3-pick-and-place-sdk): Use the SDK and MoveIt 2 to pick a block by colour and place it, with the code and the arm side by side. - [Picking and stacking blocks with kinematic waypoints on a Franka FR3](https://olo-robotics.com/videos/franka-fr3-pick-and-place-waypoints): Stack a series of blocks along a more complex route using MoveIt waypoints in the visualiser. - [Stair climbing on a real DEEP Robotics M20 with the browser visualiser](https://olo-robotics.com/videos/m20-stair-climbing-visualizer): Real hardware: teleoperate an M20 up a stairwell with the live camera and 3D LiDAR in the visualiser. - [Mobile pick and place in a warehouse with an M20 and PiPER arm](https://olo-robotics.com/videos/m20-piper-arm-pick-and-place): Navigate alongside a table, locate the item, and load it onto the robot's back with the PiPER arm. ## Canonical source pages # OLO Robotics > OLO is the browser-based robotics platform for repeatable, autonomous industrial inspection. Plan in simulation, deploy with confidence, and skip specialist ROS engineering. OLO Robotics Ltd is based in Sheffield, United Kingdom. The OLO platform helps teams plan robot work in simulation and deploy repeatable inspections to real hardware. ## Canonical pages - [Consistent, Repeatable Robot Inspection](https://olo-robotics.com): Overview of OLO's browser-based platform for planning and deploying repeatable autonomous robot inspections. - [Robotics Inspection Software Platform](https://olo-robotics.com/platform): Platform capabilities, architecture, simulation, development, and ROS 2 integrations. - [Natively supported robots](https://olo-robotics.com/platform/supported-robots): Catalogue of hardware with native OLO support, grouped by manufacturer, with links to hardware partners and platform capabilities. - [Robotic Solutions](https://olo-robotics.com/solutions): Hub for OLO solution pages: robot inspection software, robot dog inspection, and confined space inspection. - [Industrial Robot Inspection Software](https://olo-robotics.com/solutions/robot-inspection-software): What robot inspection software is, how OLO builds it from platform parts (Portal, Appliance, SDK v2), robot-side requirements, hardware, and FAQs. - [Robot Dog Security Patrols](https://olo-robotics.com/solutions/routine-automated-security-patrols): How OLO puts ROS 2 quadrupeds on routine security patrols: natively supported DEEP Robotics and Unitree models, patrol workflow, multi-robot namespaces, and FAQs. - [Robotic Pick and Place](https://olo-robotics.com/solutions/pick-and-place): How OLO makes robotic pick and place possible: a browser Portal with no local ROS workstation, cloud simulation to rehearse the pick, MoveIt-backed manipulation, typed Python and TypeScript SDKs, and ROS 2 arms including the Franka Research 3. - [Confined Space Inspection Robots](https://olo-robotics.com/solutions/confined-space-inspection): How robotic inspection removes confined space entries, lone working, and work at height, with the OLO workflow, hardware guidance, and FAQs. - [Pricing](https://olo-robotics.com/pricing): Personal and enterprise plan prices, included capabilities, add-ons, and pricing FAQs. - [Use Cases](https://olo-robotics.com/use-cases): OLO use cases for research, robot OEMs, production systems, and rapid prototyping. - [DarbyTech: Industrial Inspection Case Study](https://olo-robotics.com/case-studies/darbytech): How DarbyTech deployed repeatable autonomous inspection with OLO for an industrial training environment. - [Partners](https://olo-robotics.com/partners): OLO hardware partner listings and co-branded integration pages. - [Fictionlab & Leo Rover](https://olo-robotics.com/partners/fictionlab): OLO integration with Fictionlab's Leo Rover: partner overview, hardware specs, ROS 2 connection workflow, and platform capabilities. - [Franka Robotics & Franka Research 3](https://olo-robotics.com/partners/franka): OLO integration with Franka Robotics' Franka Research 3: partner overview, arm capabilities, FCI and ROS 2 workflow, and platform features. - [inMotion Robotic & OLO Explorer](https://olo-robotics.com/partners/inmotion): OLO integration with inMotion Robotic's OLO Explorer: no-code robot missions, visual mission builder, and fleet management from one dashboard. - [DarbyTech & QuadRaSense](https://olo-robotics.com/partners/darbytech): OLO integration with DarbyTech's QuadRaSense: partner overview, quadruped learning platform, IoT sensor workflow, and platform features. - [ELSA Japan & DEEP Robotics](https://olo-robotics.com/partners/elsa-japan): OLO integration with ELSA Japan's DEEP Robotics lineup: partner overview, Lynx S10 and M20 platforms, distribution in Japan, and platform capabilities. - [Génération Robots & Quadruped Robotics](https://olo-robotics.com/partners/generation-robots): OLO integration with Génération Robots' quadruped lineup: partner overview, Lynx M20, Lite 3, and Unitree Go2 platforms, distribution in Europe, and platform capabilities. - [Scan Computers & Unitree Go2](https://olo-robotics.com/partners/scan): OLO integration with Scan Computers' Unitree Go2 lineup: partner overview, Go2 Air through Edu models, UK distribution, and platform capabilities. - [About](https://olo-robotics.com/about): OLO Robotics' mission, values, team, and Sheffield location. - [Contact](https://olo-robotics.com/contact): Contact options, demo request form, support details, and office information. - [Careers](https://olo-robotics.com/careers): OLO Robotics careers, working values, and Sheffield location. - [Press](https://olo-robotics.com/press): OLO Robotics press page with recent news coverage, company boilerplate, logo downloads, and media contact details. - [Guides & Resources](https://olo-robotics.com/resources): Hub for OLO guides on robot inspection, quadrupeds, ROS 2 tooling, and getting a first robot project started, plus documentation links. - [ROS 2 Quadruped Inspection Software Guide](https://olo-robotics.com/resources/ros2-quadruped-inspection): Guide to running autonomous inspections with ROS 2 quadrupeds: hardware requirements, DIY ROS 2 stack vs platform, and the OLO workflow. - [Robotic vs Manual Industrial Inspection](https://olo-robotics.com/resources/robotic-vs-manual-inspection): Comparison of robotic and manual industrial inspection across consistency, safety, cost, and coverage, with honest limits of each. - [Picking the Right Robot for Industrial Patrol Routes](https://olo-robotics.com/resources/wheeled-quadruped-inspection): Robot selection guide for patrol and inspection routes: how to read the route section by section, why wheel-legged quadrupeds such as the DEEP Robotics Lynx M20 and Unitree A2-W win most mixed-terrain rounds, when a compact rover like the Leo Rover is the right pick for confined spaces, and how OLO turns the chosen robot into scheduled patrols. - [Why Robots Stall in UK Manufacturing](https://olo-robotics.com/resources/why-robots-stall-uk-manufacturing): Why UK manufacturing robot projects stall on programming, integration, and validation rather than hardware cost, and how a software-first path — simulation, Python or TypeScript, then the same code on a real robot — gets a first use case moving. - [Platform Demo Videos](https://olo-robotics.com/videos): Gallery of short OLO feature demos with per-video watch pages covering simulation, SLAM, Nav2 navigation, teleoperation, camera capture, and MoveIt pick and place. - [Unitree A2-W Solar Farm Inspection](https://olo-robotics.com/videos/unitree-a2w-solar-farm-autonomous-inspection): SLAM the solar farm with a Unitree A2-W, then patrol waypoints that photograph panel undersides with a thermal camera. - [Unitree A2-W Data Center Inspection](https://olo-robotics.com/videos/unitree-a2w-data-center-autonomous-inspection): SLAM the aisles with a Unitree A2-W, then patrol server racks with RGB and thermal camera actions at each stop. - [M20 Railway Trackside Autonomous Inspection](https://olo-robotics.com/videos/m20-railway-trackside-autonomous-inspection): Map the trackside with 3D LiDAR SLAM, then run waypoints that photograph known rail infrastructure trouble spots. - [Launch a Leo Rover in Browser Simulation](https://olo-robotics.com/videos/leo-rover-bookstore-simulation): Choose a Gazebo world, spawn a robot from the library, and start working — all in a browser tab. - [Leo Rover SLAM with a 3D LiDAR Point Cloud](https://olo-robotics.com/videos/leo-rover-slam-3d-lidar-point-cloud): Drive the rover around the bookstore while a SLAM map builds and the 3D LiDAR point cloud renders live. - [Leo Rover SLAM, Waypoints & Image Capture](https://olo-robotics.com/videos/leo-rover-slam-waypoints-image-capture): Map the bookstore with Nav2 SLAM, place waypoints with a camera action, and let the rover run the route on its own. - [M20 Pro Construction Site SLAM & Navigation](https://olo-robotics.com/videos/m20-construction-slam-autonomous-navigation): Map a construction site with Nav2 SLAM, climb over obstacles, then navigate the waypoints autonomously. - [M20 Pro Autonomous Waypoints & Photo Capture](https://olo-robotics.com/videos/m20-construction-waypoints-image-capture): Run an autonomous waypoint route on a self-built SLAM map, with photo actions at two of the stops. - [Lite 3 Solar Farm Thermal Inspection Demo](https://olo-robotics.com/videos/lite3-solar-farm-thermal-inspection): Drive a Lite 3 with a thermal camera payload beneath a solar array while recording the camera feed. - [Franka FR3 Pick and Place with the OLO SDK](https://olo-robotics.com/videos/franka-fr3-pick-and-place-sdk): Use the SDK and MoveIt 2 to pick a block by colour and place it, with the code and the arm side by side. - [Franka FR3 Pick and Stack with Waypoints](https://olo-robotics.com/videos/franka-fr3-pick-and-place-waypoints): Stack a series of blocks along a more complex route using MoveIt waypoints in the visualiser. - [M20 Stair Climbing on Real Hardware](https://olo-robotics.com/videos/m20-stair-climbing-visualizer): Real hardware: teleoperate an M20 up a stairwell with the live camera and 3D LiDAR in the visualiser. - [M20 and PiPER Arm Mobile Pick and Place](https://olo-robotics.com/videos/m20-piper-arm-pick-and-place): Navigate alongside a table, locate the item, and load it onto the robot's back with the PiPER arm. - [Privacy Policy](https://olo-robotics.com/privacy): The OLO Robotics privacy policy. - [Cookie Policy](https://olo-robotics.com/cookies): The OLO Robotics cookie policy and consent controls. - [Open-Source Notices](https://olo-robotics.com/licenses): Open-source license notices for the OLO Robotics website's third-party dependencies. ## Contact - Support: mailto:support@olo-robotics.com - Full machine-readable overview: https://olo-robotics.com/llms-full.txt