Harnessing the power of AI in recruitment

In today’s digital recruitment landscape, many companies use advanced technology to streamline their hiring process. When you apply for a position and submit your CV with AI filtering, the information you provide is processed through a machine learning algorithm. Artificial Intelligence performs tasks like manually reviewing hundreds of resumes in mere seconds, sifting through candidates, and identifying potential matches based on data points. It saves valuable time and increases efficiency, allowing HR reps to focus on more critical aspects of recruiting.

Redefining talent acquisition

AI is reshaping how recruiters discover and engage with potential job candidates. Traditional recruitment involved a significant amount of time and effort scanning through countless resumes and profiles. AI-based sourcing tools, however, help recruiters tap into a broad talent pool by finding the right candidates within minutes. These tools build candidate profiles, score them based on their qualifications, and rank them according to relevancy. Additionally, AI enhances the candidate experience by enabling swift responses to queries and maintaining ongoing communication.

Reducing hiring bias

One critical challenge in recruitment is eliminating unconscious bias. AI helps address this issue by ensuring an objective evaluation of candidates. It eliminates the potential influence of factors like race, age, or gender that could sway a decision unfairly. By evaluating candidates solely on their qualifications and skills, AI leads to a more diverse workforce that accurately represents today’s multicultural society.

Improving retention rates

Artificial Intelligence isn’t only transforming how organizations recruit, but also how they retain talent. AI analytics help predict employee behaviors and identify factors that could trigger their departure. Consequently, employers can develop and implement retention strategies to ensure they maintain a satisfied and successful workforce.

Also read:

• • How AI contract review helps you identify key contract clauses
  • AI is unpredictable and the destruction is going to be big in fintech — Dave Birch
  • Transforming education with AI transcription

Impact on job seekers

AI isn’t just revolutionizing the employer’s role in recruitment. It assists job seekers with finding roles more suited to their skills and potential. Automated job match systems suggest roles based on the seeker’s experience, background, and preferences. Additionally, AI-driven interview platforms allow job seekers to virtually showcase their skills, enabling a flexible and time-efficient interview process.

Preparing for the AI era

With AI holding such immense potential, it’s crucial to understand how to navigate this new landscape. Employers should start with developing knowledge of AI tools and platforms that can streamline their recruitment process. Conducting studies to determine the impacts of AI on recruitment efficiency and bias reduction is beneficial.

Job seekers, on the other hand, should acknowledge that they’re not interacting merely with human recruiters. They must optimize their resumes for algorithms, focusing on keywords relevant to the job. Engaging actively with AI, such as chatbots, during the job application process can also be advantageous.

The future of AI in recruitment

As we move further into the digital age, the utilization of AI in recruitment will only increase. The technology is set to continually evolve and make the hiring process more efficient and fair. Things like pre-screening video interviews using set questions and automated responses will be more common. AI chatbots may even replace initial human interaction in vetting job applicants.

In an economy where talent is a fundamental asset, AI is a game-changer. Both employers and job seekers benefit from its objective, rapid, and effective processes. However, constant vigilance is crucial in managing the potentially intrusive effects of AI, ensuring its ethical and responsible use in recruitment.

In conclusion, technology is rapidly redefining the field of recruitment, with AI at the forefront. Leveraging these powerful tools can spur companies’ progression, aid in acquiring the right talent, and ultimately, foster growth. To job seekers, AI offers an innovative, efficient navigation in their quest for the perfect job fit. As the role of AI in recruitment continues to grow, it’s clear we’re only at the starting point of what promises to be an exciting journey.

The post The Role of AI in Transforming Recruitment: What Employers and Job Seekers Need to Know appeared first on PC Tech Magazine.

Beta Technologies is a Vermont-based organization gaining practical experience in electric flying. The organization centers around making advanced eVTOL airplanes for traveler and freight transportation. Beta expects to address the natural difficulties presented by ordinary flight while satisfying the developing need for proficient and eco-accommodating transportation arrangements by utilizing state-of-the-art innovation and feasible energy rehearsals.

Center developments

1. eVTOL Airplane

Beta Technologies’ lead item is the Alia-250, an eVTOL airplane intended for various applications, including freight conveyance, clinical vehicles, and traveler travel.

Key features:

• Electric Impetus: Controlled completely by power, the Alia-250 offers a calmer, more energy-proficient option in contrast to conventional airplanes.
• Vertical Departure and Handling: Its eVTOL ability kills the requirement for long runways, making it appropriate for metropolitan and distant regions.
• Manageability: With no emanations during activity, the carbon impression of avionics is fundamentally decreased.

2. Charging infrastructure

Beta Innovations isn’t simply making airplanes; it is likewise constructing the foundation to help them. The organization has fostered an organization of quick charging stations to empower consistent activity of its eVTOL airplane by Immediate X2 ProAir. These charging center points are decisively positioned to improve reach and proficiency.

3. Battery technology

The organization is at the forefront of growing high-limit batteries that can drive electric airplanes effectively. These batteries guarantee long-range flights and speedy re-energizing abilities, making them ideal for business use.

Applications of Beta Technologies’ Innovations

• Freight Conveyance: The eVTOL airplane is great for time-touchy freight conveyances, particularly in regions with restricted street access.
• Clinical Transportation: With its speed and openness, the Alia-250 can ship organs, clinical supplies, and patients in crises.
• Traveler Travel: The future emphasis of Beta’s airplane intends to reform metropolitan portability by offering quick, eco-accommodation options in contrast to conventional drives.

Sustainability and Environmental Impact

Beta Innovations is a forerunner in the push for a more manageable flight industry. By lessening dependence on non-renewable energy sources and cutting discharges, the organization tends to the squeezing need for environment-cognizant transportation. Its creative airplane and framework intend to lessen commotion contamination and ecological corruption, making urban communities more reasonable.

As for its future prospects, Beta Innovations has earned huge consideration and speculation from worldwide flight and innovation pioneers. The organization’s obligation to develop and maintainability positions it as a vital participant in store for transportation. As administrative systems for the eVTOL airplane develop, Beta is ready to lead the charge in reclassifying flight.

Beta Advancements isn’t simply a flight organization; it is an image of development and supportability. With its spearheading eVTOL airplane, powerful charging framework, and devotion to decreasing outflows, the organization is setting new guidelines for the fate of transportation. As the world hugs electric versatility, Beta Innovations remains at the front of this change, preparing for a cleaner, greener planet.

The post Beta Technologies: Revolutionizing the Future of Aviation appeared first on PC Tech Magazine.

The 4G to 5G leap

To truly grasp the influence of 5G, one must clearly articulate the distinctions between it and the previous 4G technology. Through 4G, we gain speed, access, and connectivity, yet 5G goes far beyond the capabilities provided by 4G. Visualize lightning-fast download of an entire HD movie or have a video conference without that annoying time delay—that is the reality of 5G.

The most fascinating thing about 5G is its breathtaking speed. Networking technology with a potential data rate of up to 20 Gbps users can upload and download data extremely faster than 4G. This indicates no longer waiting for file download or video buffering; it is all done in the blink of an eye.

Latency, the time it takes for the transfer of data to start using 5G after sending a command, can be lowered to even one millisecond, which is an extreme feat for applications that operate in real-time. Imagine the necessity of this for vehicles that drive autonomously and must communicate in real-time with each other and their surroundings for the safety of humans.

The Internet of Things (IoT) is growing at a very fast pace, and there are predictions that billions of devices are going to be linked up in the next few years. 5G has the capability of supporting 1 million connected devices per square kilometer which makes it perfect for cities or areas where numerous gadgets have to work at the same time without any interruptions.

Network slicing is one of the most attractive features available in the telecom industry because it allows the creation of virtual networks within a single physical network. Each slice can be customized to the specific application or service, thereby ensuring the best performance and security that is effectively tailored to different user needs.

Transforming personal communication

Going beyond the speed of the internet, 5G technology has broad implications, as it brings about a paradigm shift in the very nature of our face-to-face communication. The emergence of 5G brings voice calls and video conferencing to a new quality level of low-latency and crystal clear thus the voices will be flawless.

What do you reckon about having a video call with your friends or family members where you can see everything without any pixelation and lag? It may as well be the truth that you are next to each other if the quality and effect are so high that you feel like they are in the same room with you.

5G technology can eliminate geographical barriers. Thus, distributed teams and remote employees will be able to communicate smoothly within teams, conduct high-quality video meetings, and share files quickly. This feature can be the key to the efficiency of teams, which can come together quickly and decide issues in different ways and with great effect, thus unleashing a new era of information communication.

Revolutionizing business communication

Businesses are bracing for a transformation in drastic measures of sustainability through 5G deployment in the near future. Through the advancements in communication technology, exceedingly smoother communications will be enabled for both employees internally and customers and partners outside as well.

Within organizations, the staff will experience the joy of quick, up-to-date communication and messaging systems that are no longer. This new environment, as a result, will provide workers with effective and engaging communications, the projects to expand without a single misstep, and the teams to come together with ease, without glitches.

Outside, 5G offers to customer-facing companies emergent and wholly different channels to interact. Businesses can implement state-of-the-art applications which capture real-time data sharing along with enhanced position-based services which help such companies to communicate valuable information and render required assistance to customers.

Picture getting instant messages about special offers or updates directly related to your place. The ability to customize advertising at this level will entirely change customer experiences.

The Internet of Things (IoT) revolution

One of the most thrilling accomplishments of 5G is its ability to support a huge ecosystem of connected devices. We have entered homes, cities, and places of work that are becoming more intelligent by the day, thus the role of IoT in them will become increasingly important.

The use of 5G technology in the smart home will take the performance of such devices to a whole new level. Picture yourself being able to control your lights, thermostat, security cameras, and appliances from your mobile phone with no delay. This smooth interplay is not only good because it is more convenient, but also it enhances the energy-saving feature and security.

Cities worldwide are now embedding smart technologies along with 5G into their systems. The systems of urban areas data traffic management that decreases traffic congestion as per smart waste management systems which collect the trash in an optimum way will transform them into more efficient and sustainable environments.

Impact on healthcare

The healthcare industry would experience significant improvement due to 5G implementation. The telemedicine trend has been growing for a couple of years now; but when it comes to 5G’s ultra-reliable low-latency communication, remote consultations will be even better. Individuals obtain immediate health consultation without traveling long distances, which is crucial for people residing in rural areas and those with mobility disabilities.

Wearable smart devices will bring more benefits, especially, since the increased connectivity would enable them to carry out the primary function of monitoring vital health parameters. The movement of data in real-time between healthcare staff and patients for constant monitoring of health statuses will be possible, and they can thus maintain the health status of the patient uninterrupted, apart from intervening when necessary.

Therefore, 5G technology is a major shift in the way we communicate —and the results are many and dramatic, from improving corporate efficiency and enabling intelligent cities to enhancing human interaction through crystal-clear voice calls and video conferencing.

5G is creating a future without communication barriers where we can connect to anyone or anything at any time, not just for the fast internet. By harnessing this revolutionary technology to its fullest potential, the future is full of possibilities.

The post How 5G Technology is Changing the Way We Communicate appeared first on PC Tech Magazine.

TensorFlow has a large library as well as a glass firewall and is one of the easiest ways of solving real-world problems. IT specialists can apply it in a broad range of spheres including image recognition, natural language processing, robotics, and workflow automation solutions, making it a natural fit for diverse industries seeking advanced automation and AI integration.

9 Fundamental Concepts

The following are the nine major concepts of TensorFlow:

1. Tensors: Tensors are the core part of TensorFlow. They are multi-dimensional arrays.  Tensors let you store and modify data. You may think tensors are a generalization of numbers, vectors, and matrices used in computations.
2. Graphs: TensorFlow makes use of computational graphs. These help represent and execute operations. This structure ensures efficient execution and also helps in easy debugging.
3. Sessions: Sessions in TensorFlow were initially used to execute computation graphs, providing a structured way to run operations. While eager execution replaced sessions in later versions, understanding sessions can help beginners grasp the underlying mechanics of TensorFlow, especially in NLP development workflows. This foundational knowledge is crucial for optimizing tasks like data preprocessing, model training, and deploying NLP solutions efficiently.
4. Eager Execution: Eager execution is a mode where TensorFlow operations are run immediately. This makes debugging easier. It simplifies coding for beginners. Thus, it provides instant feedback as it eliminates the need to build and run graphs explicitly.
5. Placeholders and Variables: Weights and bias are stored in variables during training, and data, which was previously provided as input to the models, is fed through placeholders. These concepts help any TensorFlow expert adequately control data flow.
6. Layers: Layers are the most fundamental element in TensorFlow neural network structures. They all work in layers; that is, CNN does convolution while RNN does recurrence in an attempt to help the model learn.
7. Optimizers: Different optimizers change the weight of a model in a way that lowers the error. Different optimization algorithms such as SGD, Adam, and RMSProp available in TensorFlow help identify the best set of parameters during the training process.
8. Loss Functions: The loss functions are a way to define the difference or discrepancy between the actual and predicted outputs. TensorFlow also comprises standard loss functions such as the mean squared error and cross-entropy, which are essential for teaching the model.
9. Model Training and Evaluation: Training involves feeding data into the model, measuring the loss, and adjusting the weights to improve performance. The evaluation uses unseen data to test the model’s robustness and ensure it generalizes well. TensorFlow simplifies these steps with its user-friendly API and built-in functions, accelerating product modernization services by enabling the efficient development of cutting-edge AI models. This streamlined approach ensures businesses can seamlessly integrate modern solutions into their workflows.

3 Uses of TensorFlow

Any leading TensorFlow development company will be an expert in different applications of TensorFlow. Three of them are as follows:

1. Image recognition and processing

Some typical applications of TensorFlow include Object recognition, image categorization, and segmentation. For example:

• Recognizing objects in security video surveillance.
• Classifying medical images, like detecting tumors in X-rays or MRIs.
• Increasing scene image resolution using super-resolution models.

2. Natural language processing

TensorFlow should be used to build natural language processing that aids in understanding and processing human language. Use cases include:

• Sentiment analysis for customer feedback.
• Other industrial applications include translation from English to Spanish.
• They build chatbots or virtual assistants to make the virtual agents capable of comprehending user queries.

3. Predictive analytics

TensorFlow can model complex patterns in large datasets, making it suitable for prediction tasks like:

• Analyzing, for example, likely future sales based on prior sales data or probable future trends in the stock market.
• Using anomaly detection to predict equipment failure in manufacturing.
• Applying a user behavior analysis to make recommendations for products on e-commerce websites.

In conclusion, tensorFlow provides a robust framework for new AI developers to dive into machine learning and deep learning. By mastering its core concepts—tensors, graphs, Keras, and more—you can create innovative models and solve complex problems. TensorFlow can transform your AI ideas into impactful real-world solutions with practice and persistence.

See also: Best use cases for TensorFlow in actual-world applications

The post Exploring the Fundamentals of TensorFlow for New AI Developers appeared first on PC Tech Magazine.

Scammers frequently target mobile users with phishing schemes and fraudulent activities. Using a temporary number minimizes exposure to these threats while maintaining control over who can contact you. This added layer of security ensures your personal information stays protected.

Services offering online SMS reception or virtual SIM options make these tools easily accessible worldwide. Online temp numbers provide a practical solution for safeguarding personal data. They enable secure communication, ensuring peace of mind in an increasingly connected environment.

Temporary phone numbers: Why they matter

Temporary phone numbers, often called short-term or disposable lines, are used for tasks like text verification. Unlike permanent numbers, they provide privacy and flexibility, making them ideal for scenarios where sharing your accurate contact details isn’t necessary.

Easily accessible through online platforms or apps, these numbers let you receive calls and SMS messages without exposing your personal information. Options like free temporary mobile numbers add convenience and offer a secure way to handle online interactions.

Why use temp phone numbers?

Disposable numbers are perfect for signing up on websites or apps that require text verification. They allow you to complete verification steps without revealing your primary contact number. This is especially helpful for avoiding spam or when a site doesn’t need ongoing access to your number. Unlike fake numbers, which may not work, a secondary phone line provides a reliable, secure, and disposable solution for communication.

1. Enhanced privacy and security

Temp numbers services improve privacy and security by shielding your actual number during online activities like app registrations or text verifications. Using these numbers instead of unreliable alternatives ensures functionality and keeps your personal information private. They are a practical and dependable option for those seeking safer communication in the digital age.

2. Effortless disposal

One of the most significant advantages of secondary numbers is their disposable nature. Once you’re done, you can easily discard them, preventing spam calls or texts from reaching your primary contact. This flexibility allows you to replace numbers, ensuring continued privacy and security. Free temporary mobile solutions offer a simple way to protect your actual number while staying safe online.

How online temporary phone solutions work

Online services offering temporary phone numbers utilize advanced systems to manage and assign available numbers. These numbers are often organized based on geographical regions or service providers.

Once assigned, the number functions for a specified time or usage limit. Calls and messages sent to this number are securely routed to your primary contact, ensuring your personal information remains private.

Moreover, here are the types of temp numbers:

• Short-term numbers: Designed for brief use, lasting from minutes to a few days. It is ideal for tasks like account verifications or short-term communication needs.
• Virtual numbers: Cloud-based numbers are compatible across multiple devices, offering flexibility. They are frequently integrated into apps and services for enhanced functionality.
• Burner numbers: Disposable numbers tied to prepaid services. Often used for privacy-focused tasks, they are discarded after short-term use.

How temporary numbers improve online safety

Temporary solutions, including virtual numbers and temp mobile lines, bolster online privacy and security. They protect personal data during sign-ups, business transactions, and digital communication.

• Protecting privacy

These numbers shield your actual phone number, reducing the risk of spam calls, unsolicited messages, or scams. Using a virtual phone number for SMS ensures your contact details remain private.

This approach is precious for global users engaging in online dating, e-commerce, or other scenarios requiring anonymity. Temporary SMS services also minimize identity theft risks by creating a secure barrier between personal data and online platforms.

• Enhancing security during verifications

Many websites require phone numbers for verification. Using a disposable number ensures your actual number is safe from phishing attempts and spam.

With a secondary phone line, you can receive SMS messages for verification purposes without revealing sensitive details. These numbers can be discarded after use, limiting exposure and enhancing platform security.

• A practical solution for digital privacy

Temporary SMS and virtual phone solutions are invaluable tools for protecting your digital identity. They allow users worldwide to safeguard their personal information, streamline verifications, and prevent spam or fraud.

Using a virtual number for SMS can ensure a safer, more private experience while accessing online services and maintain control over your digital footprint in today’s interconnected world.

How to use online temp numbers to shield your mobile from spam and scams

These numbers are easy to acquire and versatile for maintaining privacy or verifying accounts. They are accessible globally and designed with convenience and security in mind, making them a reliable choice for protecting your data.

Using online platforms

Online services provide a straightforward way to obtain short-term phone numbers for specific purposes. Follow these steps to get started:

1. Choose a service: Select a reputable platform that aligns with your needs.
2. Create an account: Register on the website or app by providing basic details, such as your email address.
3. Pick a number: Browse the available options, select a number, and specify the intended duration or purpose.
4. Activate the number: Confirm your choice to start using the number immediately.
5. Manage preferences: Adjust settings like call forwarding or notifications via the platform’s dashboard.

These services are user-friendly and offer global accessibility through intuitive interfaces, ensuring privacy with ease.

Using mobile apps

Secondary number apps have additional features like call forwarding and message filtering, giving users enhanced control over their communication. To get started:

1. Download the app: Install a trusted temp number app on your mobile device.
2. Sign up or Log in: Create an account or log in if you’re an existing user.
3. Select a number: You can select a number from the app’s list, often categorized by region or intended use.
4. Configure settings: You can set up features such as call forwarding, message notifications, or sorting directly in the app.
5. Start using the number: Use the number for calls, messages, or verifications.

These apps provide a practical solution for users worldwide, offering privacy and flexibility while managing communication.

Why temporary numbers are effective

Online platforms and mobile apps offering phone numbers deliver flexible, secure, and convenient ways to protect your mobile against spam and scams. With global accessibility, these solutions cater to users who prioritize privacy and efficient communication management.

Using these services, you can safeguard your number, reduce exposure to unwanted contact, and easily maintain control over your online interactions.

Top providers for temporary phone solutions to safeguard your mobile globally

Temporary numbers are an effective way to protect your mobile from spam and scams. Whether you’re seeking a burner number, virtual phone line, or disposable communication service, these providers offer reliable and secure options:

1. Quackr.io

Quackr.io provides secure, anonymous virtual phone numbers, specializing in private rental options for secondary numbers. These numbers are directly sourced from major telecommunications carriers, ensuring they are not reused or resold.

Once the rental period concludes, the numbers are returned to the airline, making them an excellent option for high-security tasks, such as account verification on platforms like WhatsApp.

Unlike VOIP numbers, Quackr.io offers real cellular numbers, ensuring better reliability and compatibility with various services. This makes it a trustworthy choice for users seeking enhanced privacy and security.

For less sensitive tasks, Quackr.io also offers over 4,500 free temporary numbers across 36 countries. Although useful for non-critical activities like app testing, these numbers are not sourced from telecom carriers and are best suited for low-risk use cases.

2. SMS Activate

SMS Activate offers virtual numbers for SMS verification, but its service has significant drawbacks. The platform relies on third-party providers, often small or unreliable operators, who resell the same numbers across multiple platforms. This can result in numbers being flagged or blocked, and users may be banned or logged out from services like Telegram or WhatsApp.

Despite offering an API, the service must improve with technical reliability, leading to inconsistent SMS delivery. These issues make SMS Activate a less dependable option for users needing reliable temp phone number solutions.

3. Hushed

Hushed offers burner phone numbers for temporary use but is often unreliable for verification purposes. Although the service emphasizes privacy and provides multiple numbers, it frequently faces issues with verifications on platforms like WhatsApp, Telegram, and Google.

Like Twilio, Hacked numbers are often flagged or unsupported, which limits their effectiveness for account verification. Although the platform provides short—and long-term rental options, its compatibility with significant services makes it less practical for critical uses.

4. Burner

Burner is a popular app for generating fake phone numbers, but it has several limitations. It needs help with verification on platforms like WhatsApp and Telegram, mainly due to its reliance on third-party operators. These operators often resell numbers to multiple users, which increases the risk of losing access to an account if another user has already taken control of the same number.

Additionally, Burner experiences low success rates with receiving verification codes, often resulting in delayed or failed SMS delivery. These reliability issues make it unsuitable for urgent or high-priority verifications. While the app offers privacy features and easy number management, the ongoing technical problems significantly limit its usefulness.

Temp numbers for travelers

Travelers can benefit significantly from using secondary lines as a cost-effective way to stay connected globally. Regular numbers often incur steep international charges, while temporary solutions allow for affordable local communication. These numbers enable you to make calls and receive messages at a fraction of the cost, all while protecting your personal information. You won’t need to share your permanent number with new contacts, reducing the risks of spam or unwanted calls.

The disposable nature of these numbers ensures that they can be easily replaced, maintaining your privacy and security. They are handy for booking accommodations, managing travel arrangements, or staying in touch with loved ones without exposing sensitive data.

Temp numbers for online dating

Privacy and safety are essential when online dating; these numbers provide a practical solution for safeguarding personal information.

These numbers allow for secure conversations without revealing your contact details, minimizing the risk of spam or harassment.

Key benefits of using temporary numbers for online dating:

• Identity protection: Keeps your actual number hidden, reducing the risk of unsolicited calls or messages.
• Control over access: This option lets you decide who receives your contact information. If needed, you can discontinue using the number.
• Enhanced safety: Prevents misuse or tracking of your primary phone number by others.

To ensure maximum security, select services that offer advanced features like call forwarding, voicemail, and blocking options. These tools provide flexibility and enhanced control over your communication, ensuring a safer and more private online dating experience.

Temporary phone solutions are versatile for global travel, online interactions, or professional use. By choosing the right provider and leveraging their features, you can safeguard your personal information while staying connected conveniently and affordably.

Also read:

• • What is virtual phone numbers to receive SMS online
  • Best practices for maintaining a clean phone number database
  • Signal users will start using usernames to keep their phone numbers private

Online attacks: Understanding spam and scams

Phishing scams aim to steal personal information, install malware, or gain unauthorized access to accounts. Temporary services provide an effective way to shield your mobile from such threats. These services help maintain privacy and reduce exposure to spam and scams by acting as a protective barrier. Using a disposable mobile number prevents unwanted communication while securing your primary contact.

How temp numbers prevent spam and scams;

Phishing attacks often rely on impersonation to trick users into revealing sensitive details. These scams commonly appear as fake texts, emails, or calls. Examples include:

• Fake Bank Alerts: Scammers send fraudulent SMS messages claiming to be from your bank, asking you to verify your account.
• Phishing Links: Fraudulent messages direct users to fake websites or request personal information through replies.

A temporary SMS number minimizes these risks by concealing your actual phone number. These numbers serve as shields, ensuring scammers cannot misuse your details or contact your primary number.

Types of phishing addressed by disposable numbers;

Temp numbers effectively block several standard phishing methods, adding a critical layer of security:

• Smishing (SMS Phishing): Fake text messages trick users into clicking malicious links. Virtual SMS numbers keep such messages away from your real inbox.
• Vishing (Voice Phishing): Scammers impersonate trusted organizations over calls. A secondary phone number lets you block or avoid these calls without affecting your primary contact.
• Social Media Phishing: Messages from fake accounts or compromised profiles attempt to steal information. Using a virtual SIM service for social media verification keeps scammers distant.

Global protection through temporary numbers

As phishing and spam tactics grow more sophisticated, using these services provides an easy and reliable way to protect your personal information.

You can safely engage in online activities by keeping your real phone number private. This method offers a practical solution to block spam, reduce phishing attempts, and ensure global security for your mobile communication. For more on phishing scams and how to protect yourself, visit StaySafeOnline’s guide on phishing.

Examples of common phishing scams and how temporary numbers help;

Phishing scams remain a persistent threat, but secondary lines are an effective tool to safeguard your privacy. Here’s how these scams work and how these services protect you worldwide:

• Fake Microsoft alerts: Fraudulent emails claim your data is at risk. Disposable numbers shield your phone line, making it harder for scammers to contact you directly.
• Bank notifications: Scammers request banking details for “verification” via email or SMS. Temporary phone services prevent fraudsters from associating phishing attempts with your actual contact.
• A friend in distress scams: Impersonators pose as friends asking for money. Virtual numbers limit your exposure, keeping your main contact information private.
• Contest or prize scams: Emails promise rewards in exchange for clicking links. Second numbers add anonymity, reducing the risk of follow-up scams.
• Tax refund scams: Messages claim you’re eligible for a refund and request sensitive details. Disposable phone lines prevent these fraudulent attempts from escalating further.

Temporary phone services are an essential tool in the fight against phishing and spam. By leveraging these secure and flexible options, you can keep your number private, block unwanted communication, and protect yourself from scams in today’s increasingly connected world.

In conclusion, temporary numbers protect privacy and enhance online security during account sign-ups, online dating, and business transactions. They block spam calls, reduce identity theft risks, and offer cost-effective communication, especially for travelers and business owners. Accessible through apps and online platforms, these tools ensure secure and convenient communication globally.

The post Online Temporary Numbers: The Best Way to Protect Your Mobile from Spam and Scams appeared first on PC Tech Magazine.

The contemporary methods of detection, such as frame inspection or pixel analysis, are deemed unsuitable. The problem is that the AI used for deepfake detection needs to improve along with the AI used for deepfake development. Keeping up with the aforementioned differences between authentic and fake content requires constant innovation and new techniques to avoid falling farther behind the pace of these developments.

How does deepfake detection technology work

There are several ways to detect AI-generated deepfake videos. These can be detected by observing the visuals of the content. Some unnatural movements in the video can help identify the spoof. Besides, the edges of the face in a deepfake video are blurry and unclear. It can also be identified by closely looking into the muscle movements while smiling and blinking. Also, speech patterns can contribute to the detection of deepfake videos. A real human has some natural variations that are difficult to imitate by the AI-generated video.

Moreover, there are techniques like machine learning and deep learning that can lend a hand to the detection of a deepfake. In machine learning, the modal is trained by using fake and real videos so that the system can learn the difference between both. Later, during the process, the system indicates even the trivial spoofs of AI-generated content. Furthermore, deep learning can also be used for the detection. It works by using a large database and samples. It is trained to analyze videos and images based on existing datasets. This system can detect alterations that are unable to be identified by the naked eye.

Applications of deepfake detection software

Deepfakes are being produced and used for a variety of reasons in many different domains. Deepfake spotting can be applied to a variety of fields, including forensics, fraud detection, security, and disinformation identification.

• Deepfake prevention is crucial in mitigating crimes. A criminal can create a deepfake video to harass or bully someone by using their personal information or creating fake videos. By investigating culprits, this fraud can be averted timely.
• AI deepfakes can be easily used to spread misinformation. For instance, a deepfake of a politician can be used to manipulate the audience. It can create panic and mistrust among the people. By addressing this issue, organizations can prevent the spread of misinformation.
• Online deepfake detection can help prevent many frauds and scams. Criminals are using fake videos to harass women and girls, impersonating them, and committing several other crimes that need to be addressed as soon as possible.
• Many legal cases require evidence in the form of audio, video, and image. The opponents can use deepfake images, audio, and videos to win their cases. The detection tools can help verify whether the content is real or fake.

Also read:

• • How financial institutions can safeguard against deepfakes
  • How do AI face swap and image-to-video tools compare for video creation
  • The role of 3D liveness detection in financial security

Detection tools empowered by AI

Fighting deepfake assaults requires the use of detecting technologies powered by artificial intelligence. The most recent machine learning algorithms can utilize these techniques to scan digital content for precise modification indicators that are invisible to the human eye. Additionally, by examining the patterns and differences in the videos and photographs, certain artificial algorithms may effectively identify deepfake content. The precision and dependability of the detecting techniques will rise as artificial intelligence technology continues to advance. Additionally, these enhancements will be essential in contrast to deepfake attacks. These technologies are also essential for law enforcement, online media outlets, and anybody else who needs to authenticate and verify digital content.

Advancements in deepfake detection technology over time

AI prevention solutions must be continuously updated to reflect the most recent methods of deepfake production. Therefore, despite its seeming great promise, several obstacles still stand in the way of its widespread adoption.

Therefore, collaborative AI models with quickly developing deepfake technology are the way of the future for deepfake detection. For example, these stand-alone systems would use speech recognition, image recognition, and behavior analysis to develop a comprehensive approach to detection; the challenge has been developing such a system.

Addressing issues like deep fake variety across media kinds and achieving widespread success with cross-platform integration without cultural and language sensitivity are difficulties that need collaboration between platforms, governments, and AI professionals.

Evolution in technology, including advancements like liveness detection, can bring creativity, but it should not lead to the invasion of privacy. Advancements and developments are crucial for growth, ensuring they do not result in the misuse of anyone’s data. It is also important to establish ethical guidelines and regulations alongside this evolution to prevent negative outcomes.

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Low code is proving its value, not just as a trendy concept but as a practical solution. According to statistics, 60% of businesses using low-code platforms report increased revenues and the replacement of outdated systems. In a world where agility is crucial, low code allows companies to innovate quickly and cost-effectively.

Understanding low code and its role in development

Low code simplifies app development. Instead of deep coding knowledge, it uses visual tools and ready-made components, making it simpler for all users to develop effective software. This approach reduces the intricacies of coding, letting organizations concentrate on strategic solutions. Low code also lowers the entry barrier for innovation, allowing businesses to turn ideas into applications without waiting for extensive IT involvement. By focusing on functionality over technical hurdles, it empowers teams to solve problems faster and with fewer bottlenecks.

But what is low code exactly? It’s a feature that makes software development more inclusive. By enabling a broader range of people to build apps, low code speeds up processes and enhances productivity, helping businesses keep up with market evolution. It acts as a bridge between creativity and execution, turning visions into workable tools in record time. Companies can evolve their operations without needing an army of developers.

Accelerating development timelines

Traditional software development is a drawn-out, resource-heavy procedure. Low code changes this by drastically cutting down the time from idea to launch. With intuitive interfaces and modular components, developers can skip slower coding processes. Teams can prototype, test, and deploy applications faster, which is crucial in industries where delays mean lost opportunities. By removing the typical development bottlenecks, low code ensures that businesses stay ahead of competitors.

Speeding up development with low code doesn’t sacrifice quality. Teams can build solid, scalable applications that meet specific business needs quickly, allowing businesses to adapt to market shifts and solve problems faster. This approach not only supports short-term goals but also positions organizations for long-term adaptability. In a market where quick responses are crucial, this is a key benefit. Agile development means businesses can pivot when necessary without excessive downtime or expense.

Bridging the IT and business gap

Historically, IT and business teams have worked separately, with IT managing tech aspects and business handling strategy. Low-code platforms remove this barrier by letting business users help in application development. This shared responsibility fosters stronger alignment between technical capabilities and business priorities, ensuring that solutions are both practical and impactful.

Low code allows even those without tech skills to build or prototype applications, lightening the load on IT and accelerating development. This teamwork ensures products meet business needs, as those familiar with business challenges are involved in crafting solutions. By breaking down silos, low code creates a collaborative environment where ideas and execution meet seamlessly. This collaboration reduces miscommunication and improves the overall efficiency of projects.

Also read:

• • Top 10 in-demand coding job roles for 2024 and beyond
  • 4 great ways to introduce your child to the world of coding
  • Create an app for your business with zero coding experience

Driving cost efficiency

Traditionally, creating custom applications is costly, requires skilled developers, and takes time. Low-code platforms cut these expenses by making the development process easier and reducing the need for specialized staff. This allows organizations to save on big-budget tech projects. Smaller businesses, in particular, can benefit by gaining access to development capabilities previously limited to larger enterprises.

With low code, maintaining software is also easier and cheaper. Updates and fixes can be done swiftly without deep coding, allowing businesses to use their resources for innovation and expansion instead of routine tech maintenance. These savings extend to long-term operations, as low-code solutions often require fewer resources to scale and adapt. This efficiency gives organizations the freedom to allocate budgets toward strategic growth.

Flexibility across industries

The advantage of low-code platforms is their flexibility. They cater to the specific demands of different industries, enhancing capabilities across sectors. For example, in healthcare, low code helps manage patient data and streamline appointments and telemedicine services. Banks use these platforms for secure customer onboarding and fraud monitoring, while logistics companies optimize supply chains and deliveries. Low-code platforms’ ability to address unique challenges makes them a valuable tool in industries with complex workflows.

These cases underline the adaptability of low-code solutions in various settings. They aid in upgrading customer service, streamlining internal processes, or meeting regulatory demands. Low code also enables businesses to experiment with new ideas without the risk of significant upfront investment. Any industry can utilize low code to tackle obstacles and boost efficiency. It’s not just about solving problems; it’s about unlocking potential in ways that were previously out of reach.

Therefore, low-code platforms are revolutionizing industries by allowing businesses to quickly, efficiently, and cost-effectively innovate. They remove obstacles that have historically impeded conventional software development, encouraging cooperation between technical and non-technical groups. As the need for digital transformation expands, the influence of low code will also rise.

Companies that adopt low-code solutions set themselves up for success in a world that is becoming more digital. By utilizing these tools, they remain competitive and secure their operations for the future, allowing them to be flexible and take advantage of opportunities. Low-code development has become a strategic necessity for organizations looking to succeed in today’s era, rather than just a choice.

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Major TensorFlow benefits;

In the table given below, we shall focus on some of the advantages of TensorFlow:

In the chart given below, you will gain a better understanding of the GitHub Star count of some of the best open-source deep learning frameworks. Just look at TensorFlow:

Source

Real-world examples of TensorFlow in action

TensorFlow is an open-source machine library that is best suited to handle real-world business applications. The real-world examples of TensorFlow in action are listed below:

• Detecting Text and Categorizing

The discussion of some of the most popular use cases associated with deep learning cannot be complete without mentioning its text-based applications. Sentiment analysis, detecting fraud, and identifying potential threats are standard text-based applications related to deep learning. The presence of TensorFlow in sentiment analysis is very useful in social media marketing and customer relationship management. Likewise, fraud detection is also capable of supporting operations carried out in financial and insurance domains.

Deep learning powers sentiment analysis, fraud detection, and threat identification, driving innovation across industries. To implement these solutions effectively, hire Flask developers for creating robust web platforms tailored to your needs.

The text-related application of TensorFlow also prioritizes the detection of language. For example, an individual will be able to locate support for multiple languages via Google Translate. The use cases of TensorFlow also feature summarization of text. Internet giant Google has discovered that a deep learning method known by the name sequence-to-sequence or in short S2S learning helps carry out text summarization. Creating news headlines is one of the applications of the S2S deep learning technique associated with TensorFlow. Besides, SmartReply, which can create email responses instantly is yet another best example of TensorFlow use cases related to text-related applications.

• Time Series Algorithms

The use of TensorFlow also happens with time series algorithms, as it helps analyze time series data. In certain circumstances, you may consider availing the services of a TensorFlow-certified developer to retrieve relevant statistics from the time series data. For example, TensorFlow is an ideal choice to forecast the stock market.

Today, some of the major platforms such as Netflix, Facebook, Amazon, and Google take advantage of deep learning to provide suggestions to users. An exact picture of the preferences and expectations of a customer can be provided by this module. For example, a TensorFlow deep learning framework permits recommendation engines to suggest certain TV shows or movies based on an individual’s habits. They also support use cases in various other sectors such as finance, governance, security, IoT, and accounting.

• Image Recognition

The use of image recognition contained in deep learning has a significant role in boosting the popularity of machine learning and enhanced learning. Some of the noteworthy users of image recognition applications consist of smartphone manufacturing firms, media, and telecom. Apart from that, image recognition can support usage that features photo clustering, image search, face recognition, and motion detection as well. The use cases of TensorFlow are best suited for applications such as automobile and healthcare industries. The presence of image recognition features in TensorFlow is very useful in getting familiar with the context along with image content. It is an ideal option for creating object recognition algorithms too.

See also: The ethics of using facial recognition technology

• Detecting Videos

Video detection is yet another notable and handy feature included in TensorFlow. The deep learning algorithms also assist in motion detection along with real-time thread detection in gaming and security. For the past several years, researchers have been actively involved in massive-scale datasets for video categorization. Youtube is one of the finest examples of datasets. These datasets are very useful in speeding up the process of research related to modeling of noisy-data, and transfer learning.

• Voice Recognition Applications

In addition to the above-mentioned, voice recognition algorithms are one of the best use cases of deep learning. TensorFlow can support the use of deep learning for various voice search applications. It is currently quite popular amongst manufacturers of smartphones and telecom giants. Some companies may even rely on a reliable TensorFlow developer to deal with sentiment analysis in CRS-based applications. Apart from that, they are best suited for the automobile and aviation industry, as they help in tracking errors at an early stage including unusual noise of engines.

Leverage TensorFlow for voice recognition and sentiment analysis with expert Python developers. Hire Python developers to power your next innovative application.

• Recommender Systems

Recommender Systems can provide recommendations in a personalized format to individuals based on their expectations. TensorFlow provides numerous libraries along with modules that would assist you in designing recommender systems. Some of them include TensorFlow Recommenders for building and gauging models, and TensorFlow Serving for employing models. In addition, TensorFlow Ranking to learn how to rank items is also available. Content recommendation, product recommendation, and ad recommendation are some of the most popular recommender systems use cases of TensorFlow.

The use cases of TensorFlow highlight the fact that it is one of the best tools for software developers who are focusing on deep learning algorithms. Being a highly advanced subset of AI, deep learning is very helpful in developing the upcoming generation of smart applications as well as systems. The use of TensorFlow within deep learning would ease the ML development/deployment process while offering maximum scalability for development along with visualization.

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However, the NFT landscape is inherently siloed, implying you can only access these assets through the particular blockchain network they are stored on. So, their potential is largely unexploited and their accessibility, utility, and liquidity are severely limited.

The Inter-Blockchain Communication (IBC) protocol solves this problem by facilitating unconfined NFT transfers, hence revolutionizing the management, utilization, and trading of digital assets.

The challenge of NFT interoperability

One prevalent issue within the NFT realm is the lack of interoperability. Most NFTs are tied to a specific blockchain network, rendering it complicated for users to seamlessly transfer digital assets from one platform to another. For instance, an Ethereum-created NFT cannot be effortlessly transferred to Solana or any other blockchain network.

This limitation poses several problems. Initially, it limits reach to a wider market because users are bound to use only the trading platforms and applications available on their NFT’s native chain. Additionally, it impedes liquidity, as buyers and sellers are limited to a smaller pool of potential transactions. Consequently, NFTs’ potential is hindered by their inability to be utilized across various gaming platforms, metaverses, or marketplaces. As users and creators strive to maximize the worth and functionality of their NFTs, the need for cross-chain compatibility relentlessly increases.

What is the IBC Protocol?

IBC is a blockchain protocol created to enable secure, permissionless communications among different blockchain networks. Basically, IBC acts as a uniform framework that allows different blockchains to “talk” to each other. This seamless exchange of tokens, data, and NFTs without any obstacles expands the scopes of decentralized applications (DApps) and digital assets while promoting an increasingly interconnected blockchain environment.

How the IBC protocol enables cross-chain NFT transfers

The IBC protocol enables seamless transfer of NFTs between different blockchains in a secure and standardized manner.

For a user who desires to shift an NFT from one blockchain system to another, it is essential first to secure the NFT on its original blockchain. This precaution prevents duplication or disruption of the NFT during its transfer stage. Next, a representative version of the NFT is minted on the destination blockchain. This representative NFT acts as a placeholder, carrying identical metadata and properties as its counterpart on the primary chain.

If a user wishes to transfer the NFT back to its original blockchain, the representative NFT is burned, and the original one is unlocked. This provides both legitimacy and protection during cross-chain transfers by prohibiting reproduction while maintaining asset worth.

The benefits of cross-chain NFT transfers for users and creators

Users and creators can significantly benefit from cross-chain NFT transfers. By facilitating transfer across various blockchains, users can expand their trading horizons and explore uncharted markets while gaining access to larger pools of buyers and sellers which can ultimately increase the value of their NFTs.

Transfer across chains also gives creators advantages by broadening the exposure of their NFTs to a larger audience than just one blockchain. This capacity to utilize NFTs over many chains boosts their worth by making them available on various platforms, like virtual realities or game surroundings.

Also read:

• • NFTs investment for beginners
  • The reputation of Non-fungible Tokens (NFTs) all over the world
  • A future with Binance: Simplifying NFTs for beginners

Challenges and considerations

Although the benefits of transferring NFTs across chains through the IBC protocol are clear, various challenges must also be taken into account. One such challenge lies with the intricate technology needed to implement IBC, especially for blockchains not originally made to accommodate it. The issue of standardization could come up too since distinct blockchains use various formats for their NFTs which could hinder efforts to ensure compatibility across chains.

Security is another concern, as the process of transferring NFTs across chains could be vulnerable to malicious actors. To combat this risk, IBC includes several security features like cryptographic proofs. Ongoing enhancements to the protocol and the development of new security measures are anticipated to tackle these concerns over time.

The future of NFTs in a cross-chain world

As the adoption of the IBC protocol continues to grow, the future of NFTs looks increasingly interconnected. The ability to transfer NFTs across different blockchains could reshape the digital asset landscape. This might lead to cross-chain NFT marketplaces where people can trade without worrying about what network their asset comes from initially.

Enhancing interoperability could also help the adoption of NFTs in gaming, metaverses, and other digital applications as users gain more flexibility in how and where to use their assets. Upcoming updates to the IBC protocol and its increasing adoption across many blockchain networks might make moving cross-chain NFTs easier, setting a path toward an integrated and dynamic NFT market.

See also: Cultivating digital assets for long-term passive income

In conclusion, the IBC protocol represents an enormous step forward for NFTs, as it facilitates transfers across chains and enhances interoperability. By solving issues related to accessibility, liquidity, and utility, IBC is opening up new opportunities for NFT creators and users alike.

With the progress and acceptance of technology, it is anticipated that we will see a more integrated and lively NFT environment where digital assets can move effortlessly between platforms and blockchains without any limits. This increase in interoperability could transform the NFT landscape while opening up opportunities for growth within the digital economy.

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What is data protection?

Data security can be defined as the general practice of safeguarding information against espionage, theft, disclosure, and obliteration. It embraces a wide spectrum of measures as straightforward as the application of specific technical countermeasures and as complex as the establishment of sound policies and procedures. This will help foster continuity of business, help organizations retain their customer base, and avoid embarrassing data leakage or failure to meet regulations.

By restricting data access control and data encryption to carrying out periodical audits and administrative compliance, Privacy Engine allows a business to implement successful strategies and fulfill its goals associated with data safety.

Key principles of data protection

Understanding these principles can help organizations shape policies and procedures that align with regulatory requirements:

1. Lawfulness, fairness, and transparency:

Data needs to be processed lawfully, fairly and in a transparent way within the organization. This entails the ability to reveal why data is gathered, how it is going to be processed and the abilities of an individual in relation to their data.

2. Purpose limitation

Personal data should only be processed for the purposes for which the data subject has voluntarily given his consent or which has been communicated to him, specifying the exact scope of the processing operation. In the same sense, organizations have to restrict the use of data within the stated or intended aim and must not process data for any other purpose.

3. Data minimization

Any data should only be gathered and processed to the extent necessary to realize the intended goal of an organization. It can reduce substantially the frequency of leakage and of unauthorized access to sensitive information.

4. Accuracy

There is a legal requirement to ensure that data is accurate, supply chain data must be current and retained for only a short duration. The goal of every data check-sheets includes a series of standard data audits and validation.

5. Storage limitation

An important guideline that has to be followed especially when using large amounts of data is that such data must be kept for only as long as is necessary. One of the problems associated with large amounts of data is that there is a high potential for hacking.

6. Integrity and confidentiality

Companies need to ensure that their data is guarded from input, processing, output, and storage by unauthorized personnel. This includes encryption, use of access controls, and transfer of data properly.

Importance of data protection for organizations

The companies that pay special attention to the protection of the data can also gain in terms of efficiency of operations and overall competitive advantage within the market. The following are good reasons why data protection is important for organizations:

• Enhanced customer trust and loyalty

This poses a great risk to most firms and corporations as amassing data breaches and violating the privacy of the customers are likely to cause the customers to shift loyalty to new business entities. Thus, the focus on data protection is important to establish and strengthen the relationships with the customers.

• Regulatory compliance

Violate data protection laws and regulations and you are exposing yourself to massive fines, legal consequences and reputational losses. Such impacts from organizations are prevented from influencing organizations by enforcing acceptable measures of data protection.

• Mitigation of security risks

On the other hand, data protection restricts the business from encountering such events as data leakage and intrusion. Proper protection of information can lessen the above events or prevent the potential effects thereof.

Data protection best practices

These practices encompass various aspects of data management, from employee training to advanced technological safeguards:

• Conduct regular data audits

Data audits are carried out to check weaknesses and compliance and to review the success of data controls.

• Implement data encryption

One of the main security checks to secure data in practice is encryption. When encryption involves taking data from one location and sending it to another point of transmission, encryption prevents anyone from glimpsing a bit of the data as it passes by.

• Control data access

Accurate control of access to data minimizes or reduces cases of privacy infringement. This involves the use of good authentication methods, using role based and necessity based access controls as well as a robust monitoring system to alert when there is strange access being made.

• Train employees on data privacy and security

Inadequate input from personnel is one of the biggest causes of data leakage and other security breaches. If people are trained in how to handle in terms of data privacy and security then such risks in mitigated.

• Establish data retention policies

Data retention policy sanctions how long data should be retained and when it has to be destroyed. If Organizations follow these policies, the organization will be safe from leakage of data and unauthorized access and also from legal action.

• Use Privacy-Enhancing Technologies (PETs)

Privacy policies like data obscuring, data elimination, and data substitution enable organizations to ensure that specific information is only used in specific ways without reducing the usefulness of the data.

• Regularly update software and security measures

It is truly unfortunate that many organizations still recognize the need to act on outdated software as well as security measures to protect their databases from breaches and practices of cybercriminals. It is sufficient to say that software and security should be updated frequently to increase the strength of data protection.

Benefits of investing in data protection solutions

These solutions help streamline compliance, enhance data security, and optimize data management, ultimately contributing to the success and resilience of the organization:

1. Improved operational efficiency

There are always potential ways how to make processes related to data protection run without needing lots of manual intervention and time. This makes it possible for organizations to worry less on areas of social responsibility and more on their main major goals and objectives.

2. Cost savings

To avoid this unfavorable outcomes as well as avoid the tangible costs of data breaches, fines, and legal consequences, data protection has to happen before time. They can thus minimize such risks and impacts on overall costs if with right protective measures are taken up.

3. Better decision-making with quality data

Data protection means that data is accurate, comprehensive, and relevant to help the organization make good decisions. The quality of information is critical for its application in decision-making and ensuring business performance.

4. Enhanced customer relationships

Through proper protection of data and ensuring customer loyalty, many organizations will get to improve their rapport with customers and thus improve on their competitiveness.

In conclusion, all organizations use data protection as one of the vital aspects of performing their business activities. It means that by realising the key types, using the optimization and following the minor details, the organizations will be able to ensure the data’s protection, gain customers’ trust and become compliant with the regulations.

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