Google

Google co-founder Sergey Brin has emphasized the urgency of developing artificial general intelligence (AGI). He has urged the Gemini AI team to work 60-hour weeks and be present in the office daily, believing this heightened effort is necessary to stay competitive in the AI race.
Google co-founder Sergey Brin has signalled heightened urgency in the race for artificial general intelligence (AGI), and called for employees working on the company's Gemini AI models to embrace 60-hour workweeks and daily office presence, a report has said.
Citing an internal memo, The New York Times reports that Brin told the staff that Google can lead the industry in achieving AGI, a milestone where machines surpass human intelligence, if employees worked harder.

“I recommend being in the office at least every weekday,” he wrote in a memo posted internally this week, adding that “60 hours a week is the sweet spot of productivity”, warning that working more than 60 hours a week may lead to burnout.
He expressed concern about employees working less than that, or doing the bare minimum, stating that such behavior is “not only unproductive but also can be highly demoralizing to everyone else.”
Brin’s call for increased work hours aligns with a broader trend of companies reversing hybrid work policies to boost productivity.
'...final race to A.G.I. is afoot...'
Brin’s directive comes amidst a surge in AI development sparked by the 2022 launch of ChatGPT, which has intensified competition in Silicon Valley. While the memo does not officially alter Google's existing return-to-office policy, requiring three days of in-person work, it underscores Brin’s conviction that AGI is within reach, provided employees “turbocharge” their efforts.

“Competition has accelerated immensely and the final race to A.G.I. is afoot,” he wrote.
“I think we have all the ingredients to win this race, but we are going to have to turbocharge our efforts,” Brin added.
He specifically highlighted the importance of leveraging Google’s own AI for coding, suggesting that AI-driven self-improvement is crucial for achieving AGI. Brin urged Gemini team members to become "the most efficient coders and AI scientists in the world by using our own AI".
#AI #Google
$SUI

It has been reported that Google is going to bring a new change in its email service Gmail. What is that change? What is the reason for Google to do this suddenly? ...🤔Here are the details:It has been reported that Google is going to drop support for SMS-based two-factor authentication for the Gmail service. It is also said that Google is going to use QR codes instead of this.That is, it is said that Google will introduce support for Quick Response Codes, also known as QR codes, instead of the SMS codes sent to Gmail users for two-factor authentication until now.This move by Google is expected to increase the security of Google accounts. This is because malicious actors can trick Gmail users into sharing their SMS-based login codes, which can then be used to bypass their Google accounts.According to a Forbes report, Google may introduce new QR codes in the coming months to replace its SMS-based two-factor authentication codes. Currently, Google sends users a 6-digit code via SMS.Once Google stops supporting SMS-based two-factor authentication codes, Gmail users will be given a QR code that must be scanned using the camera app on their smartphone. After submitting the correct password, you will need to log in using these QR codes. Google believes that this will be a more secure way to authenticate a user within the Gmail service. It is also worth noting that Google recently implemented a major change related to UPI transactions in its UPI payment app, Google Pay. Under this, it has been announced that from now on, a convenience fee will be charged for bill payments through credit and debit cards on the Google Pay app.This means that UPI transactions between two people or your usual UPI payments to a shopkeeper will continue to be free. But if you make bill payments using debit or credit cards through the Google Pay app - you will be charged a feeAccording to these new changes announced by Google Pay, bill payments made using debit or credit cards will be charged a fee of 1% to 5% of the final amount. For example, if your electricity bill is Rs. 1,000, 1 percent (i.e. Rs. 10) of it will be charged as a fee.These changes announced by Google Pay are not entirely new. Similar fees are already in place in other UPI apps like Paytm and PhonePe. It is also worth noting that both these apps charge similar fees for bill payments made using bank cards.#GooglePixel #Google #BinanceSquareFamily $XRP

#GmailUpdate $XRP

Google is making a significant update to its Gmail security features, shifting away from SMS-based two-factor authentication (2FA) and introducing QR code-based authentication instead. But why this sudden change? Let’s break it down.
🔐 Why is Google Removing SMS-Based 2FA?
Currently, Gmail users receive a 6-digit verification code via SMS to complete their two-step verification process. However, Google plans to phase this out in favor of QR code authentication to enhance security.
This move is driven by concerns over phishing attacks and SIM swap fraud, where hackers trick users into revealing their SMS codes, enabling unauthorized access to their accounts. By switching to QR codes, Google aims to provide a more secure and foolproof login method for Gmail users.
According to a Forbes report, Google is expected to roll out this update in the coming months. Once implemented, users will need to scan a QR code using their smartphone’s camera app to complete the login process after entering their password. This ensures a more secure and user-friendly authentication system.
💳 Google Pay Update – Convenience Fees on Card Payments
In addition to this security change, Google has also introduced a new policy on Google Pay transactions. From now on, payments made using debit or credit cards for bills and other services will incur a convenience fee ranging from 1% to 5% of the total amount.
For example, if you pay an electricity bill of ₹1,000 using a card, a 1% fee (₹10) will be applied. However, peer-to-peer UPI transactions and standard merchant payments via UPI will remain free.
It’s important to note that Google Pay is not the first platform to introduce such charges—similar fees already exist on other UPI apps like Paytm and PhonePe.
📌 Final Thoughts
Google’s latest updates focus on enhancing security and aligning payment policies with industry standards. The switch to QR-based authentication is a proactive step toward preventing phishing attacks, while the convenience fee on card transactions brings Google Pay in line with its competitors.
💡 What are your thoughts on these changes? Do you think QR-based authentication is a step in the right direction? Let us know in the comments! ⬇️
#Google #GooglePay #CyberSecurity 🚀

Ngày 19/02/2025, Microsoft chính thức công bố chip điện toán lượng tử Majorana 1, đánh dấu một bước đột phá có thể rút ngắn thời gian thương mại hóa máy tính lượng tử từ hàng chục năm xuống chỉ còn vài năm. Điều này không chỉ mở ra cơ hội phát triển cho nhiều ngành công nghiệp mà còn khiến giới tiền mã hóa, đặc biệt là Bitcoin, lo ngại về tương lai bảo mật.
Majorana 1 – Bước Tiến Lớn Của Microsoft
#Microsoft đã nghiên cứu công nghệ này từ đầu những năm 2000 và vừa công bố kết quả trên tạp chí khoa học Nature. Chip #Majorana 1 được chế tạo từ hỗn hợp chất bán dẫn và siêu dẫn, sử dụng hạt fermion Majorana để tăng hiệu suất và độ ổn định, giúp giảm lỗi xử lý – một trong những rào cản lớn của điện toán lượng tử.
CEO Satya Nadella gọi đây là một công nghệ có thể cách mạng hóa nhiều lĩnh vực như y tế, hóa học và trung tâm dữ liệu:
🗣️ “Hãy tưởng tượng một con chip nhỏ bằng lòng bàn tay nhưng có thể giải quyết những bài toán mà tất cả các máy tính trên thế giới cộng lại cũng không thể xử lý được.”
Tỷ phú Elon Musk cũng bày tỏ sự hứng thú với công nghệ này khi chia sẻ bài đăng của Nadella.
Cuối năm 2024, #Google cũng đã giới thiệu siêu chip lượng tử Willow, có khả năng tính toán lên đến 105 qubit – mạnh đến mức có thể xử lý những tác vụ mà siêu máy tính truyền thống cần 10 triệu tỷ tỷ năm để hoàn thành.
Với những bước tiến như vậy, kỷ nguyên máy tính lượng tử thương mại hóa có thể đến sớm hơn dự đoán. Nhưng điều này cũng làm dấy lên mối lo ngại lớn đối với Bitcoin và các loại tiền mã hóa.
Bitcoin Đối Mặt “Hiểm Họa” Lượng Tử
Máy tính lượng tử có thể thực hiện các phép tính cực kỳ phức tạp chỉ trong vài giây, điều này cũng đồng nghĩa với việc chúng có thể bẻ khóa thuật toán mật mã hiện tại – nền tảng bảo mật của $BTC .
Nhiều chuyên gia đã cảnh báo về một ngày gọi là “Q-Day” – ngày mà một máy tính lượng tử đủ mạnh có thể:
🔹 Chiếm quyền kiểm soát mạng Bitcoin: Nếu sở hữu hơn 50% sức mạnh tính toán, nó có thể đảo ngược giao dịch, chi tiêu gấp đôi số Bitcoin hoặc thao túng thị trường.
🔹 Tìm ra khóa cá nhân (private key) của ví Bitcoin: Điều này đồng nghĩa với việc hacker có thể truy cập ví và đánh cắp tài sản mà không cần sự cho phép của chủ sở hữu.

Dù vậy, chuyên gia Ethan Heilman nhận định rằng lịch sử của mật mã học luôn là một cuộc chạy đua với các công nghệ tấn công. Để đảm bảo an toàn cho Bitcoin, một số biện pháp đã được đề xuất:
✅ Ví đa chữ ký (Multisig Wallets): Yêu cầu nhiều khóa để xác thực giao dịch, giúp tăng cường bảo mật.
✅ Lưu trữ ngoại tuyến (Cold Storage): Cách ly Bitcoin khỏi internet để tránh bị tấn công.
✅ Thuật toán chống lượng tử: Các nhà nghiên cứu đang phát triển những giải pháp mã hóa mới có khả năng chống lại các cuộc tấn công từ máy tính lượng tử.

Kết Luận
Việc Microsoft ra mắt chip lượng tử Majorana 1 đánh dấu một bước tiến quan trọng trong công nghệ máy tính, có thể thay đổi cả thế giới. Nhưng đối với Bitcoin, đây có thể là một thách thức lớn trong tương lai.

Tuy nhiên, cũng như cách công nghệ luôn phát triển để thích nghi với các mối đe dọa mới, Bitcoin có thể tìm ra giải pháp để bảo vệ mình khỏi nguy cơ lượng tử. Câu hỏi đặt ra là: liệu Bitcoin có đủ thời gian để thích ứng trước khi “Q-Day” thực sự xảy ra? 🚀

Introduction:

The purpose of this proposal is to provide a comprehensive explanation of why large corporations should consider engaging in trade using LUNC (for example). #LUNC offers a range of unique features and advantages that can significantly benefit large corporations, enabling them to streamline their operations, reduce costs, and tap into new opportunities. This proposal aims to present a compelling value proposition that encourages large corporations to adopt LUNC as a preferred medium of trade.

Features and Advantages of LUNC:

1. Lightning-Fast and Efficient Transactions: LUNC operates on a decentralized blockchain network, which allows for lightning-fast transaction processing. Large corporations can leverage this speed to facilitate real-time payments and settlements, thereby optimizing their supply chain and logistics processes. The near-instantaneous transaction confirmation ensures seamless and efficient trade execution.

2. Enhanced Security and Transparency: LUNC's blockchain-based infrastructure ensures the highest levels of security and transparency. Each transaction is recorded on the immutable ledger, providing a tamper-proof and auditable record of all trade activities. This robust security framework offers large corporations the confidence to engage in transactions without the fear of fraud, counterfeiting, or data manipulation.

3. Cost Efficiency and Lower Overheads: By utilizing LUNC for trade, large corporations can significantly reduce transaction costs and eliminate intermediaries. The elimination of traditional financial institutions and payment processors streamlines the payment process and reduces associated fees. Additionally, the decentralized nature of LUNC mitigates the need for third-party verification, resulting in substantial cost savings over time.

4. Access to Global Markets and New Customer Bases: LUNC's global acceptance and borderless nature enable large corporations to tap into new markets and reach a broader customer base. By accepting LUNC as a payment option, companies can attract a growing community of cryptocurrency enthusiasts and early adopters who actively seek businesses that embrace digital currencies. This expansion into new markets can drive revenue growth and diversification for large corporations.

5. Secure Smart Contracts and Automated Processes: LUNC's underlying blockchain technology supports programmable smart contracts, enabling large corporations to automate various aspects of their trade operations. Smart contracts facilitate secure, self-executing agreements, eliminating the need for manual intervention and reducing the risk of errors or disputes. This automation streamlines business processes, enhances efficiency, and fosters trust between trading parties.

Recommendations and Collaboration Opportunities:

Large corporations are encouraged to explore the following recommendations and collaboration opportunities to harness the advantages offered by LUNC:

1. Integration with E-commerce Giants: Partnering with major e-commerce platforms such as Amazon, eBay, or Alibaba, large corporations can integrate LUNC as a supported payment method. This integration can introduce LUNC to millions of online shoppers, expanding the adoption and usage of the cryptocurrency.

2. Synergies with Financial Service Providers: Collaborating with established financial service providers like PayPal or Square, large corporations can leverage LUNC's capabilities to develop innovative payment applications. These applications can enable seamless LUNC transactions for both online and offline retail environments, creating a frictionless payment experience.

3. Technological Alliances and R&D Projects: Large corporations can forge alliances with leading technology companies like Microsoft, IBM, or Oracle to explore LUNC-based projects and develop cutting-edge applications. Collaborative research and development efforts can focus on utilizing LUNC's blockchain infrastructure to enhance supply chain management, optimize inventory tracking, or improve customer relationship management.

Conclusion:

LUNC presents an array of compelling advantages for large corporations seeking to enhance their trade operations and embrace the future of digital commerce. The unparalleled speed, security, cost efficiency, global accessibility, and automation capabilities offered by LUNC make it an ideal choice for large-scale trade activities. With the existing 5.6 million active LUNC wallets, LUNC has demonstrated its potential as a secure and widely accepted cryptocurrency. By embracing LUNC, large corporations can streamline their operations, reduce costs, expand their market reach, and position themselves as pioneers in the digital economy. #google #Binance #apple #ibm