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China Launching the Guowang Project to Rival Starlink

By
Prabhul Kurup
-
China Launching the Guowang Project to Rival Starlink

China has taken a decisive step towards establishing its own satellite-based internet system, akin to SpaceX’s Starlink. This initiative, known as the Guowang project, marks China’s entry into the rapidly evolving sector of space-based internet services.

The China Aerospace Science and Technology Corporation (CASC) recently announced the successful deployment of a test satellite, signifying the commencement of the Guowang project. Launched from the Xichang Satellite Launch Center aboard a Long March 2D rocket, this satellite is a critical component of China’s ambitious plan to create a megaconstellation of satellites in low Earth orbit.

This project, which first came into the limelight in 2018, gained substantial momentum in 2020 when China requested spectrum allocation from the International Telecommunication Union. The Guowang constellation is set to comprise 12,992 satellites, operating between 500 and 1,145 kilometers above the Earth and across various frequency bands. This extensive network aims to provide global internet coverage, positioning China as a direct competitor to Starlink.

However, the Guowang project’s scope extends beyond providing internet connectivity. Recent reports suggest that the Chinese military might use this satellite network for surveillance purposes, adding a strategic dimension to the initiative. The Guowang satellites are capable of reaching higher altitudes than Starlink, equipped with technology to potentially neutralize competing satellites. This includes the development of advanced radar systems and the capability to deploy high-powered lasers or microwaves, as indicated by Xu Can, a professor at the Beijing University of Aeronautics and Astronautics.

The strategic implications of the Guowang project are profound, reflecting China’s broader ambitions in space technology and its desire to challenge Western dominance in this field. The potential military applications of the Guowang constellation highlight the dual-use nature of space technologies and underscore the growing importance of space as a domain of geopolitical competition.

JavaScript Tutorial: Your Ultimate Guide to Mastering JavaScript

By
Ankit Pahuja
-
Ultimate Guide to Mastering JavaScript

JavaScript has become one of the most important programming languages among developers. Its demand has grown rapidly. Are you looking for an in-depth guide that goes over all aspects of JavaScript, from the fundamentals of a JavaScript framework to the more complex bits? There’s no need to search any further. This tutorial has all you need to learn JavaScript and more. Our tutorial covers common JavaScript-related issues that developers run across in addition to explaining how to use a JavaScript framework. Go through this tutorial from beginning to end to gain a full understanding of JavaScript, regardless of your level of coding experience.

 Getting Started with JavaScript

JavaScript is a high-level, interpreted programming language primarily known for its role in web development. It is a client-side scripting language that lets you improve the interactivity of web pages.

First, let us start off with the syntax, which is the basics of any language. JavaScript programs consist of statements and expressions. Statements are complete instructions and often end with a semicolon (;).

Next, variables are declared using the var, let, or const keyword. Variables store data and can hold various data types.

Example:

var name = 'Tracy';
var age = 12;
var isStudent = true;

In JavaScript, there are 2 data types. Primitive and complex data types. Primitive data types consist of 5 subtypes. They are given below.

  • String: Represents textual data and is enclosed in single (‘ ‘) or double (” “) quotes.
  • Number: Represents both integers and floating-point numbers.
  • Boolean: Represents a logical value. Either true or false.
  • Null: Represents the absence of any value.
  • Undefined: Represents a variable that has been declared but not assigned a value.

In JavaScript, the primary complex data type is the object. Objects are versatile and powerful structures that allow you to store and organize data in the form of key-value pairs.

Next are the control structures. They control how a JavaScript application flows. Loops, like ‘for’ and ‘while,’ enable repetitive execution of code. Conditionals, such as ‘if’ statements, allow for decision-making within the code based on specified conditions. Functions are reusable blocks of code that encapsulate tasks, promoting code organization and reusability.

coding developer

Deep Dive into JavaScript Functions

JavaScript functions are used to organize and encapsulate code for reusability.

In a function declaration, you use the function keyword to define a function. These declarations are brought to the top of their scope, enabling them to be called before they are actually defined in the code.

function greet(name) {
 return "Hello, " + name + "!";
}

On the other hand, function expressions are defined using a variable. Unlike function declarations, function expressions are not brought to the top of the scope. As a result, you can only call them after the declaration in the code.

var greet = function(name) {
 return "Hello, " + name + "!";
};

In JavaScript, scope determines variable accessibility. The language follows function-level scope, confining variables to the specific function where they’re defined. Closures are functions that retain the scope in which they were created. This feature is valuable for creating private variables and maintaining state across function calls. The ‘this’ keyword refers to the current object and its value is determined by how a function is called.

Asynchronous JavaScript is a concept that enables the execution of non-blocking code, allowing tasks such as data fetching to proceed without halting the program’s flow. This improves the efficiency and responsiveness of web applications. Callbacks are functions that are used to manage asynchronous operations, executing after the completion of specific tasks. Promises, on the other hand, represent the outcomes of asynchronous operations, offering a more structured and readable alternative to callbacks.

JavaScript Data Structures and Objects

JavaScript offers a strong foundation for programming with its versatile objects and data structures. The basic ordered list, an array, and key-value pair structures, or objects, are the main data structures that enable effective data organization. Versatility is further improved by maps and sets. Maps provide key-value pairs that support various types of data, whereas sets preserve a set of distinct values.

JavaScript uses its built-in support for JSON data interchange to work smoothly with it, facilitating easy data transfer between the client and server.

It is also important to understand JavaScript object-oriented programming and prototypes. While object-oriented programming concepts improve code organization, prototypes facilitate object inheritance and the establishment of shared methods and properties.

Advanced JavaScript Concepts

Errors must be handled with the use of debugging techniques. Techniques such as try-catch blocks and console logging are used for this purpose.

Example:

try {
    // Code that might throw an error
} catch (error) {
    console.error('An error occurred:', error.message);
}

Functional programming is a way of writing code that relies on functions, treating them like mathematical equations. It avoids changing the values of variables, making the code more predictable. In JavaScript, we often use higher-order functions, which either take other functions as inputs or return them as outputs. An example is the map function.

Functional programming is an approach to coding which treats functions like mathematical equations. This method avoids changing variable values, increasing code predictability. In the context of JavaScript, a key practice involves the utilization of higher-order functions. These functions either accept other functions as inputs or yield them as outputs. This contributes to the modular nature of functional programming in JavaScript.

There are 3 most essential features in Javascript. They are described below.

  • Destructuring: Allows extracting values from arrays or properties from objects directly into variables.
  • Spread Operators: Uses the spread operator (…) to spread elements from iterables, facilitating array combination or copying.
  • Arrow Functions: Provides a concise syntax for writing functions, particularly useful for short, one-line expressions, promoting cleaner code structure.

Manipulating the DOM and Handling Events

Now, we introduce the document object model which is a programming interface that represents the structure of a document as a tree of objects. JavaScript can manipulate the DOM, allowing you to modify the content, structure, and styles of a webpage after it has loaded.

Efficiently select elements using methods like getElementById and querySelector. Modify content with textContent and innerHTML, and manage attributes using setAttribute or direct property access. Construct new elements using createElement and append them with appendChild or append.

Coding and programming

Event handling in JavaScript involves responding to user interactions with a web page. By using event listeners, you can specify which function should be executed when a specific event, such as a click or keypress, occurs. Event delegation is a technique where a single event listener is attached to a common ancestor of multiple elements instead of individual elements. This is particularly useful when dealing with dynamic content or a large number of similar elements.

Working with APIs and Asynchronous JavaScript

Interacting with APIs is a major part of web development. They facilitate the exchange of data and functionality between software systems. JavaScript’s Fetch API simplifies this process by enabling asynchronous retrieval of data from servers. The fetch() function returns a Promise, which simplifies response handling. Supporting HTTP methods like GET, POST, PUT, and DELETE and allowing custom headers, the Fetch API’s simplicity and flexibility have replaced older methods like XMLHttpRequest, offering a better approach to handling API requests.

Asynchronous JavaScript is essential for dealing with time-consuming operations like HTTP requests or file I/O without blocking the execution of other tasks. Promises introduced in ES6 provide a structured way to handle asynchronous operations. To optimize the Performance in these asynchronous operations, you must consider minimizing the number of HTTP requests, utilizing caching, and optimizing code execution. Techniques such as debouncing and throttling can be used to manage the frequency of asynchronous operations.

 JavaScript Libraries and Frameworks

JavaScript frameworks and libraries play a major role in web development. A JavaScript framework is a pre-built, reusable structure that simplifies and standardizes web application development. A JavaScript library is a collection of pre-written functions and routines that developers can use to simplify common tasks. They improve efficiency and scalability. Popular libraries like React, Vue and frameworks for JavaScript like Sencha and Angular provide essential tools for building interactive and responsive web applications.

Sencha simplifies UI development, while React is ideal for creating reusable components. Vue offers simplicity and flexibility, while Angular is known for its ability to build reliable single-page applications.

You can pick the best JavaScript framework for you out of the options mentioned above. However, we do recommend Sencha since it has a wide range of features and is one of the most popular JS frameworks available.

Security and Best Practices in JavaScript

In JavaScript development, prioritizing security is very important. You must familiarize yourself with common threats such as cross-site scripting and cross-site request forgery. Reducing these risks involves input validation, using secure coding practices, and implementing a content security policy. Using best coding practices ensures clean, maintainable code, reducing vulnerability. Code optimization improves performance and minimizes potential attack surfaces. Additionally, safeguarding application security and data integrity involves secure communication protocols, encryption, and regular security audits.

The Future of JavaScript

JavaScript is expected to continue evolving in the future, with new trends influencing its course. Predictions include enhanced tooling, expanded use in server-side development, and the rise of a new javascript UI framework. Staying ahead of the competition involves using modern ECMAScript features, exploring serverless architectures, and adopting emerging frameworks like Svelte. Continuous learning and adaptability are key. They ensure developers remain up to date with the latest technologies.

elevate your web development skills with JavaScript mastery today!

coding news and stories collection

Conclusion

This comprehensive JavaScript tutorial has covered key aspects, from fundamentals to advanced concepts, offering a clear understanding of this language. Recap what you have learned, highlighting areas like syntax, data types, functions, asynchronous programming, DOM manipulation, API interaction, and security practices. It is highly important to stay updated with emerging trends and modern Javascript frameworks. Therefore, we encourage you to continue exploring JavaScript even further. Happy coding!

FAQs

How can I start learning JavaScript?

Begin with online platforms like MDN and Codecademy, practice regularly, and build small projects.

What is JavaScript, and why is it essential?

JavaScript is a web development language that is important for enhancing interactivity and dynamic content on websites.

What are the best practices for writing secure JavaScript code?

Ensure input validation, use HTTPS, implement CSP, avoid eval(), and follow OWASP guidelines for robust security in your code.

Researchers Exposed Fingerprint Authentication Flaw in Windows Hello

By
Bhasker Das
-
Fingerprint Authentication Flaw in Windows Hello

Researchers at Blackwing Intelligence have identified vulnerabilities in the fingerprint sensors used in laptops from major manufacturers such as Dell, Lenovo, and Microsoft. This breach, which directly affects the Windows Hello fingerprint authentication system, was disclosed in a detailed presentation at Microsoft’s BlueHat conference.

The investigation, initiated by Microsoft’s Offensive Research and Security Engineering (MORSE) team, was aimed at evaluating the security robustness of fingerprint sensors. The focus was on sensors from Goodix, Synaptics, and ELAN, which are embedded in laptops and widely utilized by businesses for securing devices via Windows Hello fingerprint authentication.

The researchers at Blackwing Intelligence developed a USB device capable of performing a man-in-the-middle (MitM) attack. This attack could potentially grant unauthorized access to a stolen laptop or enable an “evil maid” attack on an unattended device. The vulnerability was demonstrated on a Dell Inspiron 15, Lenovo ThinkPad T14, and Microsoft Surface Pro X, where the Windows Hello protection was bypassed under conditions where fingerprint authentication was previously used.

The process of bypassing Windows Hello involved reverse engineering both the software and hardware of the fingerprint sensors. The team discovered cryptographic implementation flaws, particularly in a custom TLS protocol used by the Synaptics sensor. The researchers also decoded and reimplemented proprietary protocols, highlighting the complexity of the security breach.

Fingerprint sensors have become increasingly common in Windows laptops, driven by Microsoft’s push towards a password-less future. Microsoft had reported that nearly 85 percent of Windows 10 users were using Windows Hello for signing in, a figure that includes users employing simple PINs.

This incident isn’t the first time Windows Hello’s biometric authentication has been challenged. In 2021, Microsoft addressed a vulnerability that allowed spoofing of Windows Hello’s facial recognition feature using an infrared image.

The current vulnerabilities, according to Blackwing Intelligence researchers Jesse D’Aguanno and Timo Teräs, arise from a misunderstanding by device manufacturers regarding the objectives of Microsoft’s Secure Device Connection Protocol (SDCP). They observed that while SDCP provides a secure channel between the host and biometric devices, it covers only a limited aspect of a device’s operation, leaving other significant areas exposed to potential attacks.

The researchers found that SDCP protection was not enabled on two of the three devices they examined. Consequently, Blackwing Intelligence recommends that OEMs ensure the activation of SDCP and conduct thorough audits of fingerprint sensor implementations by qualified experts. The team is also exploring further security concerns, including memory corruption attacks on sensor firmware and the security of fingerprint sensors on other operating systems like Linux, Android, and Apple.

8 Strategies for Improving Root Cause Analysis

By
Subith
-
Root Cause Analysis

For greater transparency and more productive development, it’s important to have cohesive root cause analysis processes in place. But in many cases, root cause analysis is time consuming and challenging. 

What tools can you integrate and what changes can you make to improve your root cause analysis efficiency?

The Basics of Root Cause Analysis

Root cause analysis is a process designed to identify the primary causal link in the chain leading to a given problem or failure. It’s widely used in engineering and software development, enabling developers to find the causes for various bugs and failures, but it can also be applied to other environments; for example, in the construction industry, it’s common for safety supervisors to conduct a root cause analysis to determine how and why an employee was injured on the job.

For a root cause analysis to be effective, it needs to be relatively quick, organized, direct, and capable of producing results. While simple from a hypothetical standpoint, root cause analyses can quickly become complicated and burdensome if you’re not careful. 

Fortunately, there are several strategies that can help you keep your root cause analyses tight and efficient.

Strategies for Improving Root Cause Analysis

These strategies can help you improve your root cause analysis, facilitating higher speed and effectiveness.

1. Use an AIOps platform

First, use an AIOps platform. AIOps platforms, powered by automation and generative AI, are capable of detecting and resolving incidents – even before they become apparent. This technology is designed to ensure continuous operation, preventing outages, and is remarkably effective in automating root cause analysis. If used responsibly, alongside human experts, it can greatly reduce costs, streamline efficiency, and even maximize your chances of identifying the “right” root causes.

2. Designate authorities

Next, designate authorities to take charge of your root cause analysis. You may have a supervisor or senior staff member with more knowledge and experience they can apply to the root cause analysis, or you may want people directly involved with a given issue to take point on conducting the analysis. What’s important is that there’s a clear, accountable party who will consistently step up when necessary. This can minimize confusion and chaos in the wake of a new issue – and eventually improve the consistency of your analyses as well.

3. Clearly define the problem

Whenever you’re starting a new root cause analysis, you need to clearly define the problem. In some cases, the best you can do is identify a failure. But in most cases, you’ll need to be more specific. How and when did this failure occur? What kind of failure is it? Why is this failure important to study? Once you have a clear understanding of the problem, you should know where to invest your attention to discover the most relevant root causes.

4. Collect the right information

It may seem like the information gathering stage is the least relevant, since you’re not actually forming any conclusions. But in some ways, it’s the most important. If you don’t collect enough information, you might not be able to reach a conclusion. If you collect biased or flawed information, you might lead yourself to the wrong conclusion. Accordingly, you need to have strong protocols in place for what type of information to collect and how to collect it. The richer and more relevant your data is, the easier it’s going to be to identify a root cause.

5. Identify all causal factors

The term “root cause analysis” may seem to imply that there’s only one root cause. But there may be multiple, discrete or synergistic root causes in play for a given issue. Early in your analysis, identify all conceivable causal factors worth exploring.

6. Ask the five whys

The “five whys” is a question-asking approach designed to get you closer and closer to the actual root cause for a given effect. Essentially, it involves asking “why” up to five times in a row. For example: Why did the car crash? Because the driver didn’t react to an obstacle in time. Why didn’t they react to the obstacle in time? Because they were distracted. Why were they distracted? Because there’s a new eye-catching billboard overlooking a commonly trafficked area.

7. Focus on productive, actionable takeaways

Identifying a root cause might be the apparent goal of a root cause analysis, but the real point of this exercise is to learn something meaningful. The conclusions you form are only going to be meaningful if they result in productive, actionable takeaways. For example, how do you fix the problem? How do you prevent this problem from emerging in the future? How can you change your processes or approach?

8. Educate and train others

Some departments benefit from having multiple people capable of conducting a root cause analysis. If this is the case for your team, make it a point to educate and train others on the most important protocols for a successful root cause analysis. Any investment you make in future consistency is going to pay off.

With a better, more consistent root cause analysis process in place, you’ll be able to identify issues faster, speculate about root causes with greater clarity, and eventually devise solutions and improvements that make your organization more streamlined. It takes time to put all the pieces together, but with refinement and practice, almost any team can benefit from these changes.

Google’s Bard Now Deciphers YouTube Videos with Unmatched Precision

By
Amaya Simon
-
YouTube new Ai feature

Google’s AI chatbot Bard has now boasted the ability to understand and respond to queries about YouTube video content.

Launched in February 2023, Bard has been a marvel of AI technology, integrating seamlessly with Google’s suite of applications such as Gmail, Docs, Maps, and now, YouTube. This integration allows Bard to not only surface videos in response to user prompts but also to comprehend and interact with the content of these videos. Imagine asking Bard the amount of cocoa powder needed for a chocolate cake recipe, and it retrieves the exact quantity from a specific YouTube video — this is now a reality.

This feature expansion comes hot on the heels of Google’s decision to extend Bard’s access to teenagers globally, starting with English. Bard serves as an invaluable tool for young minds, offering inspiration, quick topic comprehension, and assistance in areas ranging from academic help to first-job applications.

Google’s commitment to enhancing Bard’s capabilities doesn’t stop at video comprehension. The tech giant is also enhancing Bard’s visual search abilities. Users can now upload images via Google Lens and receive image-based responses from Google Search, making Bard’s interactions more dynamic and visually engaging.

Custom Apps: The Secret Weapon for Startup Scalability and Engagement

By
Subith
-
Mobile Apps in different industries

In the bustling arena of startup innovation, visibility and user connection are not just advantageous; they’re essential. Modern consumers, armed with smartphones, have come to expect not just functionality, but personalized service and immediate gratification from their apps. In this landscape, custom mobile app development stands out as a potent tool for startups, driving both scalability and user engagement to unprecedented heights.

The Benefits of Custom Mobile Apps for Startups

A custom mobile app is akin to digital alchemy for a startup—it transmutes brand aspirations into user experiences, building loyalty and driving growth. By tailoring an app specifically to your startup’s objectives and user needs, you address pain points with precision and create a user-centric ecosystem through your digital presence.

Personalization is the heart of a custom-built app. Targeting niche markets becomes not just a strategy, but a finely honed skill, with features and functions designed to resonate with your distinct audience. Within the app’s digital confines, your startups’ services or products can shine, tailored to the exact preferences of your users.

Flexibility and scalability are crucial for startups, where growth trajectories can be both rapid and unpredictable. Custom apps can adapt to these changes, scaling up with additional features or ramping down when simplicity is needed, ensuring the app remains relevant and resources are optimally utilized.

Moreover, custom apps offer a competitive advantage in a market flooded with standard, one-size-fits-all software. With an app that’s distinguishable in its functionality and aesthetic, your startup can stand out, securing a memorable place in customers’ minds and devices.

The design of a custom app is a journey in user experience (UX) innovation. With each startup app, UX designers craft an interactive narrative unique to the brand, ensuring that users are not just consumers of the app, but active participants in a digital experience tailored to their lifestyles.

Through this dedicated app ecosystem, you reinforce your brand identity and values, presenting a unified front that resonates across every user interaction. This helps in establishing a sense of trust and reliability among your user base—a crucial factor in customer retention and word-of-mouth promotion.

The Custom App Development Journey for Startups

Embarking on the custom app development journey begins with a comprehensive analysis of your startup’s vision, goals, and user demographics. This critical first stage outlines the blueprint for your app, ensuring its features and user pathways align with your unique business strategy.

Collaboration between your startup and a seasoned development team, like Ronas IT, is indispensable. In this partnership, ideas are transformed into code, visions into interfaces, laying down the digital groundwork for your startup’s future. With a team that appreciates the nuances of startup culture and fosters innovation, your app’s development is in expert hands. Discover how Ronas IT can kickstart your startup’s success through custom app development.

Testing is an iterative and ongoing layer of the development process, sniffing out bugs and fine-tuning user experience to ensure the app performs impeccably upon launch. But the journey doesn’t end at launch. Maintenance and updates keep the app at the frontline of innovation, with continuous improvement based on user feedback and market trends.

Real-World Examples and Testimonials

The efficacy of custom mobile apps is best illustrated by real-world examples. Consider the startup that pinpointed a service gap in the market and filled it with a custom app that quickly became the de facto standard for that service. Or think of the small business that pivoted during challenging times by launching an app that connected them directly with their consumer base, resulting in sustained revenue growth.

Testimonials from startup founders and users further underscore the transformative impact of a well-designed custom app. As startup ecosystems become increasingly digital-first, these success stories serve as a testament to the potential of custom apps in driving startup success.

Choosing the Right Development Partner

A decisive factor in your custom app’s success is the team behind its development. Here, expertise, experience, and entrepreneurial spirit merge to create technological solutions that serve as the backbone of your startup’s digital strategy. Ronas IT stands as a prime candidate, with a track record of assisting startups in navigating the complex app development landscape.

Their team’s portfolio, customer testimonials, and commitment to aligning technological solutions with startup ethos make them a natural fit for any startup looking to create a standout app.

Investment and ROI

Regarding app development, an investment in customization is an investment in your startup’s long-term differentiation and success. While upfront costs may be higher than off-the-shelf solutions, the ability to engage users, retain customers, and scale operations swiftly ensures a favorable return on investment over time.

Conclusion

In the current entrepreneurial climate, custom mobile app development is no longer a luxury; it’s a requirement for any startup aiming for success. The tailored approach to design, the user experience, and operational functionality affords startups an essential toolkit for scalability and user engagement.

If your startup is ready to harness the benefits of custom app development, consider partnering with Ronas IT. Their expertise in crafting bespoke app solutions for startups offers the support and innovation necessary to elevate your startup to the next level. Embark on your app development journey and unlock the potential of your startup with Ronas IT’s dedicated services.

Whether your startup is at the concept stage, scaling, or seeking new ways to connect with customers, a custom mobile app could be the pivotal factor in your growth strategy. It’s this digital tool that will differentiate your startup, engage users profoundly, and scale with you as you chart new territories in innovation and entrepreneurial success.

Instagram Now Lets You Download Your Favorite Reels

By
Nethra Gupta
-
Instagram Now Lets You Download Your Favorite Reels

Instagram has recently unveiled a feature that allows anyone to download Reels from public accounts — initially launched in the US in June 2023, is now available globally.

Adam Mosseri, the head of Instagram, announced the availability of the new feature on his broadcast channel. This development is a departure from the previous need for third-party tools or web browser extensions to download Reels. Instagram’s native solution not only simplifies the process but also enhances data security for those downloading these short-form videos.

The process to download a Reel is straightforward and user-friendly. Users can simply tap the Share icon on a Reel and select the Download option. However, it’s important to note that the downloaded Reels will carry a watermark, featuring the creator’s Instagram handle. This is a thoughtful touch, ensuring that content creators receive due credit for their work.

However, this new feature raises concerns about privacy for content creators. By default, all public Instagram profiles have this download feature enabled. But Instagram offers a solution for those who wish to maintain control over their content. Users can opt out of allowing downloads for each of their Reels during the upload process. This is done by accessing the Advanced Settings and disabling the ‘Allow People To Download Your Reels’ option.

For users under the age of 18, Instagram has thoughtfully disabled this feature by default, reflecting the platform’s commitment to safeguarding younger audiences. Additionally, it’s important to note that only new Reels uploaded via a public profile are available for download. Older Reels remain unaffected unless the user opts to make their entire profile public.

WhatsApp Unveils Email Verification for iPhone Users

By
Vishak
-
Connect to WhatsApp

WhatsApp has rolled out an email verification feature for iPhone users. This new development provides an additional layer of security for account validation, a move that is expected to be welcomed by the app’s vast user base.

Previously, WhatsApp’s verification process was limited to a phone number and a one-time password (OTP). While effective, this method posed challenges if a user lost their SIM card or their phone was stolen. The introduction of email verification addresses these concerns, offering a more secure and reliable alternative for account validation.

iPhone users can access this new feature by updating to the latest version of WhatsApp (version 23.24.70). To activate email verification, users need to navigate to WhatsApp Settings and then to the Account section. This feature serves as a backup login method, especially useful in situations where receiving a 6-digit SMS verification code is not possible.

In its FAQ, WhatsApp emphasizes the importance of this feature: “When you enable two-step verification, you can enter your email address. This helps to safeguard your account by allowing WhatsApp to email you a reset link if you ever forget your PIN, and email you a verification code when you register your account.”

While currently available for iPhone users, this feature is expected to be extended to Android users in the near future, ensuring a uniform security experience across different platforms.

WhatsApp is also testing an AI chat feature in its latest Android beta. This feature introduces a new shortcut button for quick access to the AI chatbot, designed to improve user support and streamline access to information. The AI chatbot is capable of addressing inquiries about WhatsApp, offering customer assistance, and aiding in tasks such as scheduling appointments or making reservations.

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