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Claude now remembers what you told it, wherever you use it

Claude is making its memory available across chat and Cowork, allowing users to carry context between conversations and tasks while controlling what the AI remembers.

Claude now remembers what you told it, wherever you use it

Claude, the AI assistant, has implemented new features to address the annoyance of having to repeatedly explain itself. Starting today, the memory Claude uses in chat is also accessible in Claude Cowork. This means that information and preferences built up over months of conversations can accompany Claude when it is given a new task.

For instance, if a user explains how their team defines metrics in a chat, Cowork can utilize that information when preparing a quarterly business review. Similarly, details about a conference, such as the city, speakers, and headcount, can be carried over to logistics tasks.

A significant improvement is that Claude's memory now updates in real-time during a conversation, rather than summarizing it only at the end. Users can see what Claude has remembered, as memories are displayed as individual files sorted by topic. These files can be read, edited, or deleted by the user. However, Claude typically avoids saving sensitive subjects like health, race, ethnicity, religious beliefs, politics, and gender identity.

Users can choose to enable "include sensitive topics in memory," but they will be notified whenever Claude saves information related to these topics. Certain categories, including sensitive identification numbers, criminal history, and immigration status, will never be saved, even with sensitive memory enabled. Additionally, users can pause or reset memory as needed.

Claude's enhancements aim to make memory feel more like a personal workspace that users can control. By keeping memory consistent across chat and Cowork tasks, Anthropic has eliminated a major inconvenience of interacting with AI assistants. The use of AI accessibility tools, such as smartphones aiding visually impaired users, has already proven practical.

Now, a Harvard-developed app called Mobilio utilizes a smartphone's camera, GPS, motion sensors, and LiDAR to help blind and low-vision users navigate their surroundings safely. The app was developed based on surveys conducted with over 100 blind and low-vision individuals to understand their navigation needs. Recently, an investigation by The New York Times revealed a tragic incident where a Russian drone attack in Zaporizhzhia, Ukraine, killed three civilians, including a 19-year-old university student.

The drone was programmed to target a gas station, but an autonomous AI system targeted propane tanks instead, causing the drone to explode nearby.

Written by urgent.news from Digital Trends's reporting — not their text. Machine-written — may contain errors; check the original before relying on it.

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