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Apple brings AI to your home
Good morning, and happy Thursday! A new day means new AI tools, updates, insights, and flavor. 😋
🤯 MYSTERY AI LINK 🤯
(The mystery link can lead to ANYTHING AI-related: tools, memes, articles, videos, and more…)
Today’s Menu
Appetizer: Apple develops AI wall tablet 📱
Entrée: Judge dismisses OpenAI copyright infringement lawsuit 🤷♂️
Dessert: Robot learns surgery by watching videos 🩺
🔨 AI TOOLS OF THE DAY
📲 AnotherWrapper: Turn your idea into an app. → Check it out
📸 Hama: Remove unwanted objects from photos. → Check it out
🗣️ Murf: Create professional voiceovers in minutes. → Check it out
APPLE DEVELOPS AI WALL TABLET 📱
Apple threw a party to celebrate their new product. It was a Gran Gala. 🍏
What’s up? Apple is working on a new AI-powered command center tablet to enhance home connectivity.
Want the details? Expected to launch as early as March, the device—code-named J490—will act as a home command center, offering features like appliance control, videoconferencing, and app navigation. With a 6-inch screen resembling a compact iPad, the device integrates Apple Intelligence. The product will compete with Amazon’s Echo Show and Google’s Nest Hub but offers distinct Apple features like seamless integration with FaceTime, photo displays, and access to notes and calendars. CEO Tim Cook has prioritized this initiative, aiming to strengthen Apple’s presence in the smart home market after years trailing behind competitors. Future iterations may include advanced robotics and compatibility with AI companions.
JUDGE DISMISSES OPENAI COPYRIGHT INFRINGEMENT LAWSUIT 🤷♂️
Q: Did you hear about the judge with no thumbs?
A: His name is Justice Fingers. 🤚
What happened? A federal judge has dismissed copyright infringement lawsuits filed by news outlets Raw Story and AlterNet against OpenAI.
What was the lawsuit? The lawsuit, filed in February 2024, alleged that OpenAI violated the Digital Millennium Copyright Act (DMCA) by unlawfully using copyrighted information from their articles to train ChatGPT. The publishers argued this facilitated plagiarism and sought damages and an injunction. However, the judge noted the plaintiffs provided no specific examples of ChatGPT reproducing their content and said the likelihood of such misuse was “remote.”
“We build our AI models using publicly available data, in a manner protected by fair use and related principles, and supported by long-standing and widely accepted legal precedents.”
Why is this important? Copyright lawsuits have been flying off the rails, as news companies of all sorts have accused tech companies like OpenAI of stealing their data for the training of AI models without proper compensation or attribution. However, as this case highlights, providing concrete evidence of this illegal activity is difficult. Even though companies like OpenAI, Google, and Microsoft have been making deals with news outlets to license their content for AI training, none of the massive lawsuits charged against them have been able to gain any real ground.
ROBOT LEARNS SURGERY BY WATCHING VIDEOS 🩺
Q: Did you hear about the guy who had to have his entire left side removed?
A: He’s all right now. 👌
What’s new? For the first time, a robot trained by watching videos of expert surgeons has performed surgical procedures as skillfully as human doctors. This breakthrough was led by researchers at Johns Hopkins University.
How did this work? Using imitation learning, the team trained the “da Vinci Surgical System” to perform three essential surgical tasks: needle manipulation, tissue lifting, and suturing. By analyzing hundreds of videos from real surgeries, the robot learned to mimic the precise movements of seasoned surgeons. Remarkably, it adapted to challenges like picking up a dropped needle without specific programming.
Why is this significant? Unlike traditional methods that require coding every action, imitation learning allows robots to generalize and learn quickly, cutting training time from years to days. This innovation could revolutionize medical robotics, reducing errors and improving surgical precision. This represents a major step toward fully autonomous robotic surgery.
“It’s really magical to have this model and all we do is feed it camera input and it can predict the robotic movements needed for surgery. We believe this marks a significant step forward toward a new frontier in medical robotics.”
TASTE-TEST THURSDAY 🍽️
Would you rather have humans or advanced AI fly your airplane?(Leave a comment explaining your answer, and we might feature it tomorrow with the results.) |
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