Category Archives: AI

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Apple AR Glasses

[Image credit: Apple]

Apple AR Glasses with microLED Tech Rumored for 2026

The world of augmented reality continues to evolve, and rumors about Apple joining the AR glasses game have reignited our excitement. Recent leaks suggest that Apple’s AR glasses could arrive as soon as 2026 (wccftech.com), incorporating advanced microLED technology.

MicroLED: A Display Revolution

According to the tipster @Jukanlosreve, Apple hasn’t abandoned its plans for microLED technology. MicroLED combines the brightness of LED displays with the deep blacks of OLED, making it superior to both. This display tech has the potential to make visuals sharper and more vibrant, which would be a game-changer for augmented reality devices. However, the challenge lies in its high production cost, which has limited its use in smaller gadgets so far.

If Apple succeeds in integrating microLED, it would mark a significant step forward for AR hardware. Our feature on microLED TVs highlights the potential of this technology, but the challenge remains in making it affordable. Apple seems determined to crack this problem, which could bring us a top-tier AR experience.

Accelerated Launch Timeline for Apple AR glasses with microLED

Apple’s AR glasses have been the subject of speculation for years. Previously, rumors hinted at a 2027 launch, but now it seems Apple may have accelerated its timeline to 2026. This shift may come in response to Meta’s progress, particularly the successful release of the Ray-Ban Meta Smart Glasses.

There have also been hints that the next Apple Watch Ultra could include a microLED display, showcasing Apple’s broader commitment to this display technology. While we didn’t see an Apple Watch Ultra 3 this year, it’s possible we’ll get one with this cutting-edge tech soon.

Competing with Meta and Future Plans

Meta’s Orion AR glasses and Ray-Ban Meta Smart Glasses have impressed the tech community, possibly prompting Apple to rethink its strategy. Last year, reports indicated that Apple’s AR glasses had been delayed indefinitely, with a shift in focus to a more affordable VR headset. However, the landscape has changed, and Apple may now see an opportunity to enter the AR space sooner with a smaller, more accessible device.

Apple Vision Pro, the mixed reality headset, has yet to achieve massive sales success due to its high price tag. Apple may be looking to diversify its offerings by releasing a more affordable and compact AR solution. If Apple manages to launch its AR glasses in 2026 with microLED technology, we could be looking at the next major step in the evolution of wearable technology.

AI, Business, Science, TechNews

Google Gemini Live

[Image by TeX9.net: Moon Facility]
Google Unleashes Gemini Live: Revolutionizing Mobile AI Interactions for All Android Users

In a significant move towards enhancing mobile user experience, Google has announced the rollout of its voice-powered AI chatbot, Google Gemini Live. It is now available for free to all Android users. This groundbreaking feature, revealed during the launch event of the Pixel 9. It transforms how users interact with their devices, using voice commands to facilitate real-time conversations.

Initially exclusive to Gemini Advanced subscribers, Gemini Live has broadened its accessibility, promising an engaging interaction for any Android user via the Gemini app or its overlay. What sets this feature apart is the ability to ask questions aloud. Even interrupting the AI’s responses, brings a new level of dynamism to digital conversations. Users can personalize their experience by selecting from a variety of voice options for Gemini’s responses.

Despite the advanced capabilities of OpenAI’s ChatGPT, which introduced a similar voice mode, Google has taken a definitive lead by offering this feature to a broader audience. OpenAI’s version has seen a slower rollout, likely constrained by computing power demands which are substantial for such voice-interactive features.

To engage with Gemini Live, users simply tap the new waveform icon on their device. The interface is user-friendly. It offers options to either hold the AI’s answer or end the conversation. This puts users in complete control of the interaction.

Currently available in English, Google plans to expand the language options and eventually extend this feature to iOS devices. Although no specific timeline has been provided for these updates, the anticipation continues to build.

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AI-Driven Ride Services

[Image by TeX9.net]
Navigating Tomorrow: The Seamless Integration of AI-Driven Ride Services

In the heart of the contemporary city, a quiet revolution unfolds on its streets. Modern vehicles, guided by the invisible hand of artificial intelligence, glide through the urban landscape. This scene, captured in our image, offers a glimpse into the not-too-distant future of urban transportation. Here, efficiency, safety, and sustainability coalesce, brought to life by the integration of AI-driven ride services. The rise of AI in transportation is undeniable. AI-driven ride services are transforming how we commute. This shift is not just innovative. It’s revolutionary.

Safety of AI-Driven Ride

AI improves road safety. It reduces human error, the main cause of accidents. Future AI systems will predict and avoid hazards with even greater accuracy in AI-driven ride services.

Efficiency and Accessibility: AI-driven services promise unmatched efficiency. They optimize routes in real-time, reducing travel time. This technology also enhances accessibility. It provides reliable transportation for the elderly and disabled.

Environmental Impact: These services are green. They often use electric vehicles. This reduces carbon emissions. Future advancements will further minimize the environmental footprint.

Economic Implications: Job landscapes will shift. Some driving jobs may decrease. However, new tech opportunities will emerge. The overall economy could benefit significantly.

Regulatory Challenges: Regulation will shape this future. Governments are already drafting policies. These will ensure safety and fairness in AI-driven transportation.

Ethical Considerations: There are ethical questions. Privacy and data security are paramount. Users must trust that their information is safe.

The Human Touch: Despite AI’s rise, the human element remains crucial. Customer service and oversight cannot be overlooked. Balancing tech and human input is key.

Looking Forward: The potential is vast. This Technology could redefine urban mobility. They offer a glimpse into a smarter, safer, and cleaner future.

In conclusion, AI-driven ride services are more than a trend. They are the future. A future that’s arriving faster than we might think.

AI, Science, TechNews

AI beats drone champion

Image: Artificial Intelligence, AI (Inteligencia artificial), via: pixabay, by: geralt.

AI beats drone world champion. The AI drone has defeated the human opponents and beat their best times by far. The AI ​​could only be beaten under changing conditions.

Who flies faster: humans or artificial intelligence (AI)? A team from the University of Zurich (UZH) and Intel has developed an AI that can control drones. Among other things, she had to compete with the world champion in the drone race and in shows: AI beats world champion.

Swift is the name of the AI ​​system. A AI system that the UZH team used to compete against the world’s best drone pilots: Alex Vanover, 2019 Drone Racing League Champion, Thomas Bitmatta, who became the MultiGP Drone Racing Champion in the same year, and Marvin Schaepper, three-time Swiss champion . At speeds of more than 100 km/h.

Thy flew a total of 25 races. The result was clear: Swift drone AI beats word champion challenger 15 times. The best time of the AI ​​pilot was half a second below that of the best human pilot. The team describes the results in the journal Nature.

AI beats world champion but humans are more adaptable

As long as the conditions stayed the way Swift had trained them, the AI ​​system had the edge. However, if the conditions changed, for example if it was too bright, then people could adapt better to the changed situation.

In complex games like chess or Go, AI has long been superior to humans. “Physical sports are more challenging for AI because they are less predictable than board or video games , ” said Davide Scaramuzza , head of the robotics and cognition group at UZH.

However, the drone races were not an end in themselves: Swift is intended to pilot drones in research or disaster missions, for example, where speed is important. “Drones have limited battery capacity; they use most of their energy to stay aloft. If we fly faster, we increase their usefulness ,” said Scaramuzza. “In applications such as forest surveillance or space exploration, this is important to cover large areas in a short time. In the film industry, fast autonomous drones could be used to capture action scenes. Last but not least, a high flight speed can make a crucial difference in rescue operations – for example with drones that are sent into a burning building.

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Black Mirror Creator: Episode written by AI turned out to be unusable

The Black Mirror series is known for its multi-layered approach to technology. Pretty much every episode showcases amazing technologies and what they can be capable of, both positively and negatively. The maker Charlie Brooker wanted to risk an experiment and actually have an episode of the anthology series written by an AI. But according to the series creator, the end result was completely useless.

Image: Video Game, Free Stock Picture, MorgueFile.com.
Image: Video Game, Free Stock Picture, MorgueFile.com.

Brooker used ChatGPT as an experiment. But according to the author, the result was impressive at first glance, but the more closely you read the script, the more you noticed that it was nonsense. As it should be expected: ChatGPT took the plot summaries of all previous episodes of “Black Mirror” and “remixed” them into a new episode.

According to Brooker, the result was a screenplay that didn’t contain a single original idea. Sure, because ChatGPT can’t really work creatively. But I guess that’s also good news for writers in Hollywood who are on strike right now . They will not be replaced by artificial intelligence anytime soon.

Incidentally, the sixth season of “Black Mirror” starts on June 15, 2023 on Netflix. The cast includes Aaron Paul, Salma Hayek Pinault, Kate Mara and Michael Cera.