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AI 资讯

GPTBot in robots.txt: the hosting toggle developers need to check

Your robots.txt may express an AI policy you did not write. We checked the homepage and robots.txt of 9,037 live AI tools listed on directree on 6 and 7 September 2026. Of those, 945 explicitly disallow OpenAI’s GPTBot in its own user-agent group: 10.5% of the sample. Treat AI crawler rules as deployment configuration. Review them when you change hosting, enable a CDN feature, adopt a starter template, or hand site operations to someone else. Read the full research and methodology . GPTBot, search, and user browsing are separate A common configuration blocks model training while keeping a site available in AI-assisted search and browsing: User-agent: GPTBot Disallow: / User-agent: OAI-SearchBot Allow: / These are separate crawlers with separate purposes. In our sample, 839 of the 945 sites that block GPTBot, or 88.8%, still allow OAI-SearchBot. That is a deliberate and useful distinction if your goal is to opt out of training while remaining eligible to be cited in ChatGPT search. The same pattern appears across AI labs. ClaudeBot is explicitly blocked by 10.1% of the 9,037 tools, while Claude-SearchBot is blocked by just 0.1%. Google-Extended is blocked by 9.9%, but its purpose is also distinct from ordinary Google Search crawling. Do not assume a broad-looking rule has the result you want. Check the actual crawler names and decide which capabilities you want to permit. A safe way to review your file Start by opening the public URL: https://your-domain.example/robots.txt Then look for three things: A named crawler group, such as User-agent: GPTBot . A Disallow: / directly inside that group. A wildcard group, User-agent: * , that could affect all crawlers. Our measurement only counts a site as blocking GPTBot when the named GPTBot group itself contains Disallow: / . This matters because ordinary technical exclusions are widespread. Only 31 sites in the 9,037-site sample, or 0.3%, block every crawler outright. Meanwhile, 44% have a path-level Disallow rule in a wildc

2026-09-07 原文 →
产品设计

Trying VLA (Part 6): Controlling LeRobot with a SpaceMouse

Mapping SpaceMouse Controls to SO-101 Movements In the previous article, I connected the SpaceMouse to the PC and confirmed that all six types of input could be detected correctly. https://dev.to/takeofuture/trying-vla-part-5-setting-up-and-testing-a-spacemouse-eio Forward / Backward Left / Right Up / Down Pitch Roll Yaw During the SpaceMouse test, I confirmed the following input values. Forward horizontal = +Y Backward horizontal = -Y Left horizontal = -X Right horizontal = +X Up = +Z Down = -Z Forward tilt = +Pitch Backward tilt = -Pitch Left tilt = -Roll Right tilt = +Roll Left twist = -Yaw Right twist = +Yaw An important point here is that these values from the SpaceMouse are not sent directly to individual SO-101 motors . Conceptually, the flow from the SpaceMouse to the SO-101 looks like this: SpaceMouse ↓ x / y / z / roll / pitch / yaw ↓ SpaceMouse Teleoperator ↓ target_x / target_y / target_z target_wx / target_wy / target_wz ↓ Inverse Kinematics (IK) ↓ SO-101 Joint Positions ↓ SO-101 The SpaceMouse plugin treats the 6DoF input from the SpaceMouse as movement of the End Effector in Cartesian coordinates. The target movement is then converted into the required SO-101 joint angles using IK, or Inverse Kinematics . In other words, instead of directly specifying something like: "Move this motor by 5 degrees" we provide commands such as: "Move the End Effector slightly forward" "Move the End Effector slightly upward" "Rotate the End Effector slightly" The SpaceMouse provides these commands, and IK calculates how the individual joints need to move. Mapping Between SpaceMouse and LeRobot Coordinates There is one thing we need to be careful about here. The x and y values displayed by the SpaceMouse test do not directly become LeRobot's target_x and target_y . With the default SpaceMouse plugin configuration, the axes are mapped as follows: SpaceMouse y -> target_x SpaceMouse x -> target_y SpaceMouse z -> target_z SpaceMouse roll -> target_wx SpaceMouse pitch -> targ

2026-09-06 原文 →
AI 资讯

iRobot unveils the Roomba Duo

The original robot vacuum company showed off a concept robot at the IFA tech show in Berlin today. The Roomba Duo combines a heavy-duty floor-washing machine with a smaller, slimmer Roomba. The two floor cleaners can move around your home together, with the main unit mopping and sweeping larger floor areas and the smaller unit […]

2026-09-04 原文 →
产品设计

These new robot lawnmowers trim your edges

Anker's new robot lawnmower might take over for your weedwacker, too. Announced at IFA 2026, the Eufy Robot Lawn Mower S2 Max comes with an extendable trimming arm to clean up the grass around your driveway and flowerbeds. The dual-blade mower offers vSLAM navigation that uses built-in cameras to build a 3D map of your […]

2026-09-03 原文 →
AI 资讯

The robot butler dream doesn’t have legs

The idea of humanoid robots running our homes has been the stuff of science fiction for years. But unlike hoverboards and self-tying sneakers, a robot housekeeper has never felt close to rolling into our homes. Until now. This has been the year of the humanoid robot. At CES, there were dozens of human-shaped bots on […]

2026-09-02 原文 →
科技前沿

This new Roomba seals itself to your carpet

iRobot has announced a new flagship robot vacuum, which it will showcase at IFA in Berlin this week, the company's first big tech trade show in years. The Roomba maker will be exhibiting under its new owner, Picea Robotics, the contract manufacturer that purchased the once-troubled American robotics company out of bankruptcy in January. The […]

2026-09-02 原文 →