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  • 🤖 The Era of Meta Glasswearers has Begun

🤖 The Era of Meta Glasswearers has Begun

PLUS: Voice-controlled AI copilots

Welcome, AI Enthusiasts.

Meta's Quest 3 VR headset is gaining attention and raising privacy concerns. Its recording capabilities have sparked fears of potential misuse in public spaces, prompting discussions about the responsible use of such technology.

In today’s issue:

  • 🤖 The Era of Meta Glasswearers has Begun

  • 🛩 Voice-controlled AI copilots

  • 🛠️ 7 New AI tools

  • 💻 Custom code in ChatGPT

  • 🤖 3 Quick AI updates

Read time: 3 minutes.

LATEST HIGHLIGHTS

Image source: Meta

To recap: Meta Quest 3 Raises Concerns About Public Privacy Due to Recording Features. While it is recording, simply it pulses a white light.

The details:

  • Meta's Quest 3 headset allows users to engage with the real world through a full-color, low-latency passthrough video feature, raising concerns about privacy due to its recording capabilities.

  • Users have started recording interactions with strangers in public places, leading to mixed reactions and concerns about the potential normalization of disruptive behavior.

  • Meta's approach to guidelines for public use of the Quest 3 headset differs from its approach with Ray-Ban smart glasses, and the device's recording status is indicated by a subtle, slow-pulsing white light, potentially leading to privacy concerns in public spaces.

Here is the key takeaway: Meta's Quest 3 headset is raising concerns about public privacy due to its recording capabilities, as users engage with the real world while wearing it, potentially disrupting social norms and prompting questions about responsible use and guidelines.

Image source: Leonardo

In Summary: The growing role of voice technology in aviation, emphasizing its potential to improve safety by allowing pilots to interact with aircraft systems via voice commands. This technology is seen as a means to prevent critical communication breakdowns and enhance response times in emergency situations, making aviation safer, particularly in scenarios like urban air mobility and general aviation. While adoption may take time due to trust and regulatory factors, it is anticipated to progress faster than autonomous car technology, with the potential to revolutionize the aviation industry.

Key points:

  • Voice technology is rapidly advancing, and it is poised to revolutionize how people interact with the digital world, replacing the need for traditional keyboard input.

  • In aviation, voice technology is expected to enhance safety by allowing pilots to control and communicate with aircraft systems through voice commands, reducing response times and potential communication errors.

  • The use of voice interfaces in aviation is particularly valuable for scenarios like urban air mobility, electric vertical takeoff and landing (eVTOL) aircraft, and general aviation, where pilot workload and safety considerations are critical.

  • While the adoption of voice-controlled aircraft systems may face challenges related to trust and regulations, experts believe that it will likely become a reality sooner than autonomous cars due to the simplified and controlled environment of aviation.

Our thoughts: The integration of voice technology into aviation is a game-changer, offering the promise of safer and more efficient flying by allowing pilots to control aircraft systems and communicate via voice commands, reducing response times and the potential for communication errors. As this technology matures, it has the potential to reshape how we interact with aircraft systems and enhance safety across the aviation industry.

TRENDING TECHS

🖥 Guidde- Guidde is the generative AI platform for business that helps your team create video documentation 11x faster.

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💬 Ioni- Smart chatbot based on the latest AI technology, that talks like a human, and creates CTA for your customers.

🎥 Movie Deep Search by AI Keytalk- Movie Deep Search uses a Recommendation AI system that gives all movies equal exposure opportunities. Discover long-tail movies that perfectly fit your search intention. Find movies like a pro!

🕵️‍♂️ Seodity- Seodity presents new features for our all-in-one SEO tool, with better domain analysis, AI content creation, easy teamwork, and helpful automation.

🌐 Venturefy- Venturefy leverages artificial intelligence to provide a public wiki of verified B2B relationships. Consumer? Search & explore verified relationship listings for any company. Company? Discover listings that already exist for your brand.

 📝 RADAAR- Managing multiple social media profiles can get overwhelming, but it doesn't have to be that way. Now you can simplify your social media management with RADAAR. It helps everyone at every step, from scheduling and publishing posts to analyzing their efforts.

AI DOJO

Custom ChatGPT
📱 Write me code for getting the nth number in the Fibonacci sequence

  1. Create a new Go source file, e.g., fibonacci.go.

  2. Define the main package and import the "fmt" package for printing.

goCopy code

package main import "fmt"

  1. Write a function named Fibonacci that takes an integer n as input and returns an integer. This function will calculate the nth Fibonacci number efficiently using an iterative approach.

goCopy code

func Fibonacci(n int) int { if n <= 1 { return n } a, b := 0, 1 for i := 2; i <= n; i++ { a, b = b, a+b } return b }

  1. In the main function, call the Fibonacci function with the desired value of n, which represents the nth number you want to find in the Fibonacci sequence. Replace 10 with the desired value.

goCopy code

func main() { fmt.Println(Fibonacci(10)) // Replace 10 with the nth number you want to find }

  1. To run the program and get the nth Fibonacci number, open your terminal and navigate to the directory containing the fibonacci.go file.

  2. Compile and run the program using the Go compiler:

bashCopy code

go run fibonacci.go

Replace fibonacci.go with the name of your Go source file.

  1. The program will execute and print the nth Fibonacci number to the console. In this example, it will print the 10th Fibonacci number, but you can replace 10 with any other positive integer to find the corresponding Fibonacci number.

QUICK BYTES

This week's highlights include the rise of generative AI adoption in enterprises, insights on AI investment trends, and the importance of data observability for Gen AI's success. As you plan your 2024 AI budget, industry discussions and debates on these key topics are shaping the future of AI technologies.

The rise of generative AI, such as ChatGPT, has transformed the way developers seek coding help, offering instant, specific corrections and optimizations. This shift poses challenges for platforms like Stack Overflow, which recently announced layoffs, partially driven by the need to compete with chatbots like "Overflow AI." Ironically, chatbots rely on platforms like Stack Overflow for development insights, raising questions about the sustainability of web resources and the balance between data usage and contribution to these platforms. OpenAI is addressing this by working on web crawler controls, offering potential solutions for both sides of the equation.

In the past year, Nvidia's GPUs have become highly sought-after, leading to the rise of GPU reseller startups. These companies rent GPU servers and offer additional features to AI developers, enjoying rapid revenue growth and attracting significant VC interest. However, a closer look at their business models suggests potential pitfalls, emphasizing the need for cautious investment strategies.

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