The third episode of vSoup has been spotted in the wild, and it’s causing quite a stir among fans of the popular podcast. Hosted by Christian Mohn and Stine Elise Larsen, vSoup offers a unique blend of humor, pop culture, and tech talk that has captured the hearts of listeners around the world.

In this latest episode, the dynamic duo dives into a variety of topics, including their take on the latest Apple event, the rise of TikTok, and the best ways to stay organized in the digital age. As always, their banter and witty banter add an extra layer of entertainment to the show, making it a must-listen for anyone looking for a fun and informative podcast.

But vSoup is more than just a podcast – it’s also a community of like-minded individuals who share a passion for all things digital. On their website, vNinja.net, fans can find a wealth of information on everything from the latest tech trends to productivity tips and tricks.

One of the standout features of vNinja.net is the blog section, where Christian and Stine share their thoughts on a wide range of topics. From reviews of the latest gadgets to musings on the future of technology, the blog offers a unique perspective on the digital world we live in.

In addition to the blog, vNinja.net also features a number of useful resources for podcast listeners. Fans can find show notes, transcripts, and even merchandise featuring the vSoup logo. The website is constantly evolving, with new features and content being added all the time.

One of the things that sets vSoup apart from other podcasts is the sense of community that has developed around it. Fans can connect with each other on social media using the hashtag #vSoup, and there are even special events and meetups for super fans. This sense of camaraderie is something that Christian and Stine actively encourage, seeing it as a key part of the vSoup experience.

Overall, the third episode of vSoup is a must-listen for anyone who loves podcasts, technology, or just wants to laugh and learn something new. With its unique blend of humor and insight, vSoup is quickly becoming one of the most popular podcasts on the internet. So why not give it a try? Head on over to vNinja.net to grab the latest episode while it’s still warm, or frantically refresh your iTunes feed until it pops up there. Either way, it’s alive!

The third episode of vSoup has been spotted in the wild, and fans of the popular podcast are eagerly waiting to get their hands on it. The latest installment of the show, which is hosted by Christian Mohn and Stine Elise Larsen, promises to deliver more of the witty banter and thought-provoking discussions that have made vSoup a must-listen for many.

For those who are new to the world of vSoup, the podcast is a biweekly show that explores a wide range of topics, from technology and pop culture to science and philosophy. Each episode is packed with engaging discussions, insightful commentary, and plenty of humor, making it a must-listen for anyone looking to stay informed and entertained.

One of the things that sets vSoup apart from other podcasts is the chemistry between Christian and Stine. Their banter and interactions are always entertaining, and their differences in perspective and background make for some fascinating discussions. Whether they’re debating the merits of different operating systems, dissecting the latest pop culture trends, or delving into complex philosophical concepts, the duo always manages to keep things interesting and engaging.

In the latest episode, Christian and Stine tackle a range of topics, from the pros and cons of remote work to the ethics of using AI in creative endeavors. As always, their discussions are thought-provoking and insightful, and they offer plenty of food for thought for listeners.

One of the things that makes vSoup stand out is its willingness to tackle difficult and controversial topics. Christian and Stine are not afraid to speak their minds and challenge each other’s perspectives, making for some lively and engaging discussions. Whether they’re debating the merits of socialism vs. capitalism or exploring the implications of artificial intelligence on society, the duo always manages to keep things interesting and thought-provoking.

Another thing that sets vSoup apart is its commitment to inclusivity and diversity. Christian and Stine are passionate about creating a platform where everyone can feel welcome and heard, regardless of their background or beliefs. This commitment to inclusivity is reflected in the show’s content, which often explores themes related to social justice, equality, and human rights.

Overall, the third episode of vSoup promises to deliver more of the same wit, insight, and engaging discussions that fans have come to expect from the show. Whether you’re a longtime listener or just discovering vSoup for the first time, this latest installment is sure to provide plenty of food for thought and entertainment. So head on over to vSoup.net to grab it while it’s still warm, or frantically refresh your iTunes feed until it pops up there. Either way, it’s alive!

Using Excel Functions to Sequentially Number Visible Rows

When working with large datasets in Microsoft Excel, it can be helpful to have a clear and concise way of identifying the rows that are currently visible. One approach is to use an Excel function to number only the visible rows, starting from “1” and leaving a blank string for the hidden rows. In this blog post, we’ll explore how to achieve this using the SEQUENCE function.

Understanding the SEQUENCE Function

The SEQUENCE function is used to generate a sequence of numbers that can be used in formulas. It takes two arguments: the first is the starting number, and the second is the increment. In our case, we’ll use “1” as the starting number and “1” as the increment. This means that the SEQUENCE function will return a series of numbers starting from 1, with each subsequent number being one unit greater than the previous one.

Applying the SEQUENCE Function to Number Visible Rows

To apply the SEQUENCE function to number the visible rows in our Excel table, we’ll use the following formula:

=SEQUENCE(ROW(A1), 1)

In this formula, ROW(A1) returns the row number of the cell A1. By using the SEQUENCE function with this row number as its argument, we can generate a sequence of numbers that correspond to the visible rows in our table.

The reason we use ROW(A1) instead of simply using the row number of the current cell is that we want the formula to be relative, meaning it will adjust to the current row as we scroll through the table. This ensures that the numbering is sequential and ignores any hidden rows.

Adding the Formula to the “Line Number” Column

To add the formula to the “Line Number” column, follow these steps:

1. Select the entire “Line Number” column.

2. Right-click on the selected cells and choose “Formulas” from the context menu.

3. In the “New Formula” dialog box, enter the following formula:

=SEQUENCE(ROW(A1), 1)

4. Click “OK” to apply the formula to the selected cells.

Once you’ve applied the formula, the visible rows in your table will be numbered sequentially, starting from “1”. Any hidden rows will have a blank string in the “Line Number” column.

Tips and Variations

Here are some tips and variations on the SEQUENCE function that can help you customize your numbering:

1. Use a different increment: If you want to start the numbering from a different value, such as “2”, you can simply change the second argument in the SEQUENCE function. For example, to start the numbering at “2”, use the formula =SEQUENCE(ROW(A1), 2).

2. Use a custom starting point: Instead of using the ROW function to determine the starting point, you can use any other cell reference that contains the row number you want to start with. For example, if you want to start the numbering from the top left corner of the table, you can use the formula =SEQUENCE(A1, 1).

3. Use named ranges: Instead of using the ROW function, you can also use named ranges to refer to the rows in your table. For example, if you have a named range called “Data” that refers to the entire table, you can use the formula =SEQUENCE(Data!A1, 1).

4. Use conditional formatting: To make the numbering more visible, you can apply conditional formatting to the “Line Number” column to highlight the currently selected row. This can be done by selecting the cells in the “Line Number” column, right-clicking on them, and choosing “Conditional Formatting” from the context menu.

Conclusion

In this blog post, we’ve explored how to use the SEQUENCE function in Microsoft Excel to number only the visible rows in a table, starting from “1” and leaving a blank string for the hidden rows. This approach can be useful when working with large datasets and needing to quickly identify the currently selected row. By understanding the SEQUENCE function and its arguments, you can customize the numbering to fit your specific needs and create more efficient workflows in Excel.

Broadcom’s Support Policy for Commercial Customers has Changed

Since Broadcom’s acquisition of VMware, the company’s support policy for commercial customers has undergone some changes. Previously, all SR (Service Request) requests were handled directly by VMware, but now commercial customers are managed differently based on their user group.

For commercial customers, SR requests are now handled through certified partners, and Broadcom provides support for these partners. This means that only 90% of the previous SR requests are still handled directly by Broadcom, while the remaining 10% are handled through the certified partner network.

The new support process for commercial customers involves the following steps:

1. SR requests are submitted through the partner’s website.

2. The partner reviews and handles the request, and if necessary, escalates it to Broadcom.

3. If the issue is not resolved at the L1 and L2 levels, the partner will escalate it to L3 level for further assistance.

4. If the issue is still unresolved, the partner will request support from Broadcom’s engineering team.

The Entitlement process has also been changed, and now includes the following steps:

1. Check if the contract is properly maintained.

2. Check if the issue is within the scope of the contract.

3. If the issue is not within the scope of the contract, it will be rejected.

4. If the issue is within the scope of the contract, the partner will proceed with troubleshooting and providing a solution.

It’s important to note that the support process for commercial customers has not changed significantly, and all SR requests are still submitted through the same website. The main difference is that certified partners are now responsible for handling certain types of requests, and Broadcom provides support for these partners.

If you have any questions or need further assistance, please contact:

* Strategic and Corporate customers: +82-70-7663-1208 (English)

* Commercial customers: 00798-862-0750 (Korean)

Please note that even if you are a Strategic or Corporate customer who has received direct support from Broadcom in the past, you can still receive support in Korean for VMC, vSphere, Aria, and NSX-related SR requests.

VMware Support Policy Changes for Commercial Customers

Since the acquisition of VMware by Broadcom, there have been some changes in the support policy for commercial customers. The company has introduced a new categorization system for its customers based on their usage, and the support procedures have been modified accordingly. In this blog post, we will discuss the key points of the updated support policy and how it affects commercial customers.

Key Changes in Support Policy

The primary change is that commercial customers will now be supported by authorized partners instead of VMware directly. This means that for any SR (Service Request) submitted by a commercial customer, the partner will be responsible for handling the request and providing support. The SRs will be categorized into three levels: L1, L2, and L3, based on their complexity and urgency.

The key highlights of the updated support policy are as follows:

* For commercial customers, SRs will be handled by authorized partners instead of VMware directly.

* The partners will be responsible for handling all SRs submitted by commercial customers.

* The SRs will be categorized into L1, L2, and L3 based on their complexity and urgency.

* L1 and L2 SRs will be handled by the partner, while L3 SRs will be escalated to Broadcom for support.

* The partners will have access to Broadcom’s support system to ensure seamless support to commercial customers.

Entitlement and Support Procedures

To ensure that customers receive the appropriate level of support, the company has introduced an entitlement system. This system verifies whether the customer’s contract is valid and if they are entitled to support. The support procedures for each SR category are as follows:

* L1: Basic issues will be resolved through a knowledge-based solution or by collecting logs.

* L2: Troubleshooting will be conducted, and a solution will be proposed based on the issue.

* L3: If the issue cannot be resolved at the previous two levels, it will be escalated to Broadcom for support. The partner will work with Broadcom’s engineers to resolve the issue.

The entitlement system ensures that customers receive the appropriate level of support based on their contract and usage. The support procedures remain unchanged, and the only difference is that authorized partners will handle SRs instead of VMware directly.

Conclusion

The updated support policy for commercial customers reflects the company’s commitment to providing seamless support to its clients. By introducing an entitlement system and categorizing SRs based on their complexity and urgency, the company aims to ensure that customers receive the appropriate level of support. The changes in the support policy do not affect the existing support procedures; instead, authorized partners will handle SRs instead of VMware directly. This change is aimed at enhancing the overall support experience for commercial customers.

VMware Unified Access Gateway 3.7: Enhancing Endpoint Management and Digital Workspace Security

In its continued effort to empower the digital workspace and simplify endpoint management, VMware has released Unified Access Gateway (UAG) 3.7, which brings a host of new features and enhancements to improve security, scalability, and user experience. As a follow-up to the previous release, UAG 3.7 builds upon the existing functionality to provide even more value to organizations looking to transform their endpoint management strategies.

One of the significant updates in UAG 3.7 is the upgrade to Photon 3.0, which provides a faster and more secure platform for accessing applications and desktops. This latest version of Photon includes several performance enhancements, such as improved caching, better handling of network latency, and reduced memory usage. Additionally, UAG 3.7 introduces RADIUS and Windows SSO improvements, which enable organizations to more effectively manage user authentication and access to resources.

Another notable feature in UAG 3.7 is the ability to dynamically obtain JWT signing public keys. This feature allows organizations to securely authenticate users and devices without relying on a fixed set of public keys. Instead, UAG can retrieve the public key from a trusted authority, ensuring that the authentication process remains secure and flexible.

Furthermore, UAG 3.7 includes enhancements to Secure Email Gateway (SEG) SSL certificates, which provide an additional layer of security for organizations using email communication. These enhancements ensure that all email traffic is encrypted and protected from interception or eavesdropping.

Finally, UAG 3.7 introduces new appliance XL sizing options for large deployments. This feature allows organizations to scale their UAG deployments more easily and cost-effectively, without sacrificing performance or security. With the ability to support up to 10,000 users on a single appliance, organizations can now confidently deploy UAG in even the most demanding environments.

In addition to these new features, UAG 3.7 also includes several other enhancements and bug fixes aimed at improving the overall user experience and performance of the solution. For example, UAG 3.7 introduces support for multi-monitor configurations, allowing users to easily access multiple applications and desktops on different monitors.

Moreover, UAG 3.7 includes several security enhancements, such as improved certificate management and stronger password policies. These features help organizations protect their endpoints and user data from unauthorized access and cyber threats.

Overall, the release of UAG 3.7 demonstrates VMware’s commitment to delivering cutting-edge endpoint management solutions that empower the digital workspace. With its focus on security, scalability, and user experience, UAG 3.7 is a must-have solution for organizations looking to simplify their endpoint management strategies and protect their endpoints from cyber threats.

To learn more about the features and enhancements of UAG 3.7, please visit the Digital Workspace Tech Zone on the VMware website. There, you can find detailed information on all the new features, as well as documentation and resources to help you get started with UAG 3.7.

In conclusion, the release of UAG 3.7 is a significant milestone in VMware’s efforts to empower the digital workspace and simplify endpoint management. With its enhanced security features, improved scalability, and better user experience, UAG 3.7 is an essential solution for organizations looking to protect their endpoints and transform their endpoint management strategies.

Scheduling Tasks in Windows XP: Beyond the Limits of the Built-in Scheduler

In Windows XP, the Scheduled Tasks system provides a convenient way to automate repetitive tasks and save time. However, the built-in scheduler has limitations when it comes to the frequency of execution. The available options are “Daily”, “Weekly”, “Monthly”, “Once”, or “When the computer starts or the user logs on”. While these options cover most common use cases, there may be situations where more frequent execution is required. In this blog post, we will explore how to schedule tasks in Windows XP beyond the limits of the built-in scheduler.

Why Do You Need More Frequent Execution?

There are several reasons why you might need to schedule tasks more frequently than what the built-in scheduler offers:

1. Automating repetitive tasks: If you have a task that needs to be done every 15 minutes, for example, the built-in scheduler’s “Once” option won’t cut it.

2. Real-time data processing: In some cases, you might need to process data in real-time, which requires more frequent execution than what the built-in scheduler provides.

3. System maintenance: Keeping your system running smoothly may require more frequent tasks, such as disk cleanup or virus scans, which cannot be achieved with the built-in scheduler.

How to Schedule Tasks More Frequently Than the Built-in Scheduler Offers

To schedule tasks more frequently than what the built-in scheduler offers, you can use a combination of Windows XP’s built-in tools and third-party software. Here are some methods to achieve more frequent execution:

Method 1: Use the Task Scheduler API

The Task Scheduler API provides a way to schedule tasks with a higher frequency than what the built-in scheduler offers. You can use the API to create your own custom task scheduler that can run tasks as frequently as every 15 minutes. The downside of this method is that it requires some programming knowledge and resources.

Method 2: Use Third-Party Task Scheduling Software

There are several third-party task scheduling software available for Windows XP that offer more frequent execution options than the built-in scheduler. Some popular ones include:

* SyncToy: This free software from Microsoft allows you to schedule tasks with a frequency of every 15 minutes, 30 minutes, or 1 hour.

* UltraSchedule: This third-party task scheduling software offers a wide range of execution frequencies, including every 15 minutes, 30 minutes, 1 hour, and more.

Method 3: Use the At Command

The At command is a powerful tool in Windows XP that allows you to schedule tasks to run at a specific time or interval. You can use the At command to schedule tasks with a frequency of every 15 minutes, for example. Here’s how to do it:

1. Open the Command Prompt: Press the Windows key + R to open the Run dialog box, type “cmd”, and press Enter.

2. Use the At command: Type the following command and press Enter:

at [time] /interrupt [command]

Replace [time] with the desired time you want the task to run, and [command] with the command you want to execute. For example, to schedule a task to run every 15 minutes, use the following command:

at 0,15,30,45 /interrupt “C:\Path\To\Your\Task.exe”

This will schedule the task to run every 15 minutes at the top of the hour (0 minutes past the hour).

Conclusion

While the built-in Scheduled Tasks system in Windows XP provides a convenient way to automate repetitive tasks, it has limitations when it comes to the frequency of execution. By using a combination of Windows XP’s built-in tools and third-party software, you can schedule tasks more frequently than what the built-in scheduler offers. Whether you need to automate repetitive tasks or process data in real-time, these methods can help you achieve your goals.

The Use of Artificial Intelligence (AI) in Schools: A Call for Gender Equality and Inclusivity

As the use of artificial intelligence (AI) in schools becomes more prevalent, it is essential to address the gender bias and stereotypes that can be perpetuated through these technologies. Recently, a research team from the University of Bielefeld found that AI systems can reinforce gender stereotypes and discrimination, particularly against women. This raises concerns about the potential for AI to exacerbate existing gender disparities in education and the workforce.

The study, which was published in the journal “Scientific Reports,” analyzed discussions in focus groups with students and found that gender stereotypes and biases can be embedded in AI systems through the data used to train them. For example, AI systems used for language recognition may be more accurate for male voices than female voices due to the lower representation of women in the training data. Similarly, AI-powered recruitment tools may disproportionately reject female applicants based on gender biases in the algorithms used to evaluate resumes and cover letters.

To address these issues, the research team recommends that schools take a proactive approach to promoting gender equality and inclusivity in the development and use of AI systems. This can be achieved by implementing the following strategies:

1. Increase transparency: AI systems should be designed with transparent algorithms and data sources to avoid perpetuating gender biases and stereotypes.

2. Promote diversity in development teams: Ensure that development teams are diverse and inclusive of both men and women to reduce the risk of gender bias in AI system design.

3. Address gender stereotypes in training data: Efforts should be made to identify and address gender stereotypes in the training data used to develop AI systems.

4. Foster a culture of inclusivity: Encourage open discussions about gender equality and inclusivity in schools, and promote diverse representation in AI-related projects and initiatives.

5. Provide education and training: Offer training and educational resources for teachers, students, and administrators to learn about the potential biases and limitations of AI systems and how to address them.

6. Monitor and evaluate AI system performance: Regularly monitor and evaluate the performance of AI systems in schools to ensure that they are not perpetuating gender disparities or stereotypes.

7. Encourage diverse representation in AI-related projects: Encourage students, particularly girls and women, to participate in AI-related projects and initiatives to promote diversity and inclusivity.

8. Address gender biases in algorithmic decision-making: Ensure that AI systems used for decision-making in schools are free from gender biases and stereotypes.

9. Foster a culture of innovation and creativity: Encourage students to explore the potential of AI technologies for innovative and creative applications, rather than simply using them for rote learning or administrative tasks.

10. Provide resources for teachers: Offer resources and support for teachers to help them understand and address the gender bias and stereotypes that can be perpetuated through AI systems.

By implementing these strategies, schools can promote gender equality and inclusivity in the development and use of AI systems, and ensure that all students have access to the benefits of these technologies.

The Fourth Edition of vSoup: Blame Game

In the latest edition of the vSoup podcast, we had the pleasure of hosting Bob Plankers, the voice behind The Lone Sysadmin, as our guest. Bob’s recent post “Blame” really hit home for me, as it highlighted a common issue that many virtualization admins face: being blamed for everything that goes wrong in the data center.

As Bob pointed out, virtualization admins are often the go-to scapegoats when things don’t go according to plan. It’s easy to point fingers and blame the person who is responsible for managing the virtual infrastructure, rather than taking a step back and looking at the bigger picture.

But why do we fall into this pattern of blaming the virtualization admin? One reason could be that virtualization is still a relatively new technology, and many organizations are still figuring out how to properly manage it. As a result, they may not have established clear lines of responsibility or protocols for troubleshooting and problem-solving.

Another reason could be the lack of understanding about what virtualization can and cannot do. Many people assume that virtualization is a magic bullet that can solve all their IT problems, without realizing that it has its own set of limitations and challenges. When things don’t go as planned, it’s easier to blame the person who is responsible for managing the virtual infrastructure rather than acknowledging the complexities of the technology.

As Bob pointed out in his post, this blame game can lead to a cycle of negativity and finger-pointing, which only serves to further complicate matters. Instead of focusing on finding solutions, we become mired in blame and recrimination.

So what’s the solution? First and foremost, we need to change our mindset and recognize that virtualization admins are not the source of all evil. They are human beings who are doing their best to manage a complex technology. When things go wrong, let’s work together to find solutions rather than pointing fingers.

We also need to educate ourselves and others about what virtualization can and cannot do. By understanding the limitations of the technology, we can set realistic expectations and avoid blaming the virtualization admin for things that are outside their control.

Finally, we need to establish clear lines of responsibility and protocols for troubleshooting and problem-solving. This will help ensure that everyone knows what is expected of them, and that we can work together as a team to resolve issues.

In conclusion, the fourth edition of vSoup with Bob Plankers was an eye-opening experience that highlighted the common issue of blaming virtualization admins for everything that goes wrong. By changing our mindset, educating ourselves, and establishing clear lines of responsibility, we can work together to find solutions and avoid the blame game. Thank you to Bob for sharing your insights with us, and we hope you enjoyed this edition of vSoup as much as we did!

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Security Threats Lurking in Your Servers Subnet: An Analysis of Greenbone OpenVAS and Defender

As a cybersecurity professional, I recently conducted an experiment to test the effectiveness of Greenbone OpenVAS and Defender in detecting security threats in a servers subnet. I was surprised to find that despite using these powerful tools, I did not receive any alerts for potential security breaches. However, upon further investigation, I discovered several hosts with remote IP addresses that had connected to the servers within the past hour.

This raises an important question: is there a detection for this type of activity, and if so, what is the threshold for triggering an alert? To answer these questions, we must delve deeper into the features of Greenbone OpenVAS and Defender and understand how they work together to protect our servers.

Greenbone OpenVAS is an open-source vulnerability scanner that can identify potential security threats in a network. It performs port scans to detect open ports, services, and potential vulnerabilities. When it identifies a potential threat, it creates a report outlining the risks and providing recommendations for mitigation.

Defender, on the other hand, is a powerful security tool that can detect and respond to advanced threats. It uses machine learning algorithms to identify suspicious activity and stop attacks before they cause damage. Defender also integrates with other Microsoft products, such as Office 365 and Azure, to provide end-to-end protection for our networks.

So, the question remains: is there a detection for remote IP addresses connecting to our servers? The answer is yes, but it depends on the threshold set by the administrator. Greenbone OpenVAS can detect and report on remote IP addresses that connect to our servers, but Defender takes this a step further by analyzing the behavior of these connections and determining whether they are legitimate or malicious.

To test this, I performed another port scan using Greenbone OpenVAS and observed the results. Sure enough, I received several alerts for remote IP addresses that had connected to our servers within the past hour. These alerts included information about the IP addresses, the services used, and the vulnerabilities identified.

However, I noticed that some of these alerts were false positives, as they were from legitimate sources such as our own network devices. This highlights the importance of properly configuring Greenbone OpenVAS and Defender to avoid unnecessary noise and ensure accurate threat detection.

In conclusion, while Greenbone OpenVAS and Defender can provide comprehensive protection for our servers, it is important to properly configure these tools to avoid false positives and ensure accurate threat detection. By understanding the capabilities of these tools and how they work together, we can strengthen our network security and protect against potential threats. As cybersecurity professionals, it is essential that we stay up-to-date on the latest security threats and technologies to ensure the safety of our networks and data.