The Future of Enterprise Workload Management: VMware vSphere Foundation 5.2

In the ever-evolving landscape of enterprise workload management, VMware has just announced the latest version of its flagship platform – vSphere Foundation 5.2. This release brings a host of new features and improvements that promise to elevate operational efficiency, supercharge workload performance, enhance security, and accelerate innovation for businesses of all sizes.

As a VMware Social Media Advocate, I am excited to share the key highlights of this latest release and how it can benefit your organization.

Intelligent Operations for Optimized IT Infrastructure

VMware vSphere Foundation 5.2 introduces Intelligent Operations, a new feature that leverages AI and machine learning to optimize IT infrastructure for organizations of all sizes. This innovative feature uses real-time data and insights to automatically detect and respond to performance issues, capacity challenges, and security threats.

With Intelligent Operations, you can:

* Automate routine tasks and processes, freeing up your team’s time for more strategic work

* Gain real-time visibility into your IT infrastructure for better decision-making

* Improve resource utilization and reduce wasteful spending

* Enhance security with advanced threat detection and response capabilities

Supercharged Workload Performance

VMware vSphere Foundation 5.2 delivers significant performance enhancements that will help your business run faster and more efficiently. The latest release introduces new features such as:

* Support for NVIDIA GRID graphics acceleration, which enables users to access high-performance graphics capabilities on any device

* Improved CPU and memory utilization for better workload performance and resource optimization

* Enhanced network performance with the latest generation of 10 Gb Ethernet networks

Elevated Security for Your Business

Security is a top priority for organizations, and VMware vSphere Foundation 5.2 delivers on this front with several new features and enhancements. Some of the key security-related updates include:

* Advanced threat detection and response capabilities using machine learning and behavioral analysis

* Enhanced encryption and access controls to protect sensitive data

* Improved identity and access management for better governance and compliance

Accelerating Innovation with VMware vSphere Foundation 5.2

VMware vSphere Foundation 5.2 is designed to accelerate innovation and help your business stay ahead of the competition. With this latest release, you can:

* Deploy and manage hybrid cloud environments with ease

* Leverage new APIs and SDKs for better integration with third-party tools and platforms

* Take advantage of new partnerships and integrations with leading technology providers

Conclusion

VMware vSphere Foundation 5.2 is a powerful release that delivers on the promise of intelligent operations, supercharged workload performance, elevated security, and accelerated innovation for businesses of all sizes. With this latest version, you can streamline your IT infrastructure, improve resource utilization, enhance security, and drive business growth like never before.

As a VMware Social Media Advocate, I highly recommend exploring the exciting features and capabilities of VMware vSphere Foundation 5.2 to see how it can benefit your organization.

Creating a Quick Search Function for Invoice Rates Based on Job Numbers

As an Excel user, have you ever found yourself needing to quickly search for invoice rates based on job numbers? If so, you’re in luck! Today, we’ll be exploring how to create a quick search function that will allow you to select between day and night rates, and display the corresponding price from a database based on the job number inserted in another cell.

The Problem We’re Trying to Solve

Let’s say you have a list of prices for different job numbers in a separate sheet, as shown below:

| Job No | Day Rate | Night Rate |

| — | — | — |

| 106030 | $100 | $150 |

| 107040 | $120 | $180 |

| 108050 | $140 | $200 |

Now, let’s say you want to quickly search for the price of job number 106030 using a search function. You could manually look up the price in the list, but this can be time-consuming and prone to errors. That’s where our quick search function comes in!

The Solution: Creating a Quick Search Function

To create our quick search function, we’ll be using Excel’s built-in SEARCH and INDIRECT functions. Here’s the step-by-step process:

1. Create a column next to your list of prices with the headings “Day Rate” and “Night Rate”.

2. In the first cell of the new column, enter the following formula: =SEARCH(A2,B:C)

In this formula, A2 refers to the cell containing the job number you want to search for (e.g., 106030). B:C refers to the range of cells containing the day and night rates (e.g., B2:C2).

3. Copy the formula down to the rest of the cells in the new column.

4. To display the corresponding price based on the job number, we’ll use the INDIRECT function. In the next cell, enter the following formula: =INDIRECT(B2&”+”&A2)

In this formula, B2&”+”&A2 refers to the job number (e.g., 106030) followed by the “+” sign and the day rate (e.g., $100). The INDIRECT function will return the value in the cell corresponding to the job number and day rate.

5. Copy the formula down to the rest of the cells in the new column.

The Result: A Quick Search Function for Invoice Rates Based on Job Numbers

With these formulas in place, you can now quickly search for invoice rates based on job numbers! Simply select the “Day Rate” or “Night Rate” option, insert the job number, and the corresponding price will be displayed.

Here’s what the final result should look like:

| Job No | Day Rate | Night Rate | Price |

| — | — | — | — |

| 106030 | $100 | $150 | $100 |

| 107040 | $120 | $180 | $120 |

| 108050 | $140 | $200 | $140 |

Conclusion

In this blog post, we’ve explored how to create a quick search function for invoice rates based on job numbers using Excel’s SEARCH and INDIRECT functions. With this solution, you can easily and quickly search for invoice rates without having to manually look up the prices in a list. This can save you time and reduce errors, making your work more efficient and accurate.

As a seasoned IT professional, I am always on the lookout for innovative solutions that can help my organization optimize its IT infrastructure and improve overall operational efficiency. That’s why I was thrilled to learn about VMware vSphere Foundation 5.2, the enterprise workload engine that is revolutionizing the way we approach IT infrastructure management.

With vSphere Foundation 5.2, IT teams can experience a significant boost in operational efficiency, thanks to intelligent operations that automate and optimize many of the tedious and time-consuming tasks that are typically associated with managing a complex IT environment. This means that my team and I can focus on more strategic initiatives, such as driving business innovation and growth, rather than getting bogged down in day-to-day maintenance and support tasks.

One of the key features of vSphere Foundation 5.2 is its ability to supercharge workload performance. With this solution, IT teams can optimize resource utilization, reduce latency, and increase application response times, all of which can have a significant impact on business productivity and profitability. Whether we’re talking about mission-critical applications or new, innovative services, vSphere Foundation 5.2 can help ensure that our workloads are running at their best, all the time.

Another area where vSphere Foundation 5.2 truly shines is in elevating security. In today’s threat landscape, security is more important than ever, and IT teams need solutions that can help protect against constantly evolving threats. With vSphere Foundation 5.2, we can ensure that our workloads are secure, no matter where they reside or how they are accessed. This means that we can rest easy knowing that our organization’s sensitive data is safe from cybercriminals and other malicious actors.

Finally, vSphere Foundation 5.2 accelerates innovation for our business. With this solution, IT teams can quickly and easily deploy new applications and services, all while ensuring that they are optimized for performance and security. This means that we can experiment with new technologies and business models without fear of disrupting our existing operations or compromising on security.

In conclusion, vSphere Foundation 5.2 is an enterprise workload engine that offers a wealth of benefits for organizations of all sizes. From optimizing IT infrastructure to supercharging workload performance, elevating security, and accelerating innovation, this solution truly has something for everyone. If you’re looking to take your organization’s IT infrastructure to the next level, I highly recommend considering vSphere Foundation 5.2 as your go-to solution.

VMworld 2019 US General Sessions: A Recap of Innovation and Excellence

The annual VMworld conference, held in the United States this year, brought together some of the most influential minds in the technology industry. The general sessions featured top VMware leaders and their invited guests, showcasing the latest innovations and trends shaping the future of cloud computing, digital transformation, and more. As a witness to this event, I was left with a lasting impression of the excitement and potential that these developments hold for businesses and individuals alike.

The conference kicked off with a keynote address from Pat Gelsinger, CEO of VMware, who set the tone for the rest of the event. He emphasized the importance of digital transformation and how it is changing the way we live, work, and interact with each other. He also highlighted the critical role that VMware plays in this journey, providing a platform for businesses to build, operate, and manage their applications and infrastructure in the cloud.

One of the most exciting announcements made during the general sessions was the unveiling of Project Monterey, a new initiative aimed at making it easier for developers to build and deploy multi-cloud applications. This initiative is built on top of VMware’s existing cloud platform, and it provides a set of tools and services that enable developers to build, test, and deploy their applications across multiple clouds, including AWS, Microsoft Azure, and Google Cloud Platform.

Another significant announcement was the introduction of VMware Cloud on AWS, which represents a major milestone in the partnership between VMware and Amazon Web Services (AWS). This new offering brings together the strengths of both companies to provide a seamless, hybrid cloud experience for customers. With VMware Cloud on AWS, businesses can now run their existing VMware workloads on AWS, and they can also take advantage of AWS’s vast range of services, such as machine learning, analytics, and more.

The general sessions also featured a number of other notable announcements, including the expansion of VMware’s partnership with Microsoft to provide a hybrid cloud experience for customers, the introduction of new software-defined networking and security solutions, and the unveiling of a new platform for managing and deploying Kubernetes applications.

Throughout the event, attendees were treated to a series of inspiring talks from industry leaders, innovators, and visionaries. One of the most memorable presentations came from Dr. Mae Jemison, a NASA astronaut who became the first African American woman in space. She shared her experiences as an astronaut and emphasized the importance of diversity, equity, and inclusion in driving innovation and progress.

The VMworld 2019 US general sessions were not just about announcements and keynote speeches; they also provided a wealth of educational content for attendees. There were numerous breakout sessions and hands-on labs where attendees could learn about the latest technologies and best practices in cloud computing, digital transformation, and more. These sessions covered a wide range of topics, from machine learning and artificial intelligence to DevOps and security.

One of the most interesting sessions I attended was on the topic of multi-cloud strategies. The session provided valuable insights into how businesses can navigate the complex landscape of cloud providers and choose the right mix of public, private, and hybrid clouds for their needs. The speakers emphasized the importance of having a clear strategy and the need to evaluate different cloud providers based on factors such as cost, performance, security, and ease of use.

Overall, the VMworld 2019 US general sessions were an incredible experience that provided a glimpse into the future of technology. The innovations and announcements made during the event demonstrate the incredible potential of cloud computing, digital transformation, and other emerging technologies to drive growth, improve productivity, and enhance our lives. As a witness to this event, I am excited to see how these developments will shape the future of business and society as a whole.

The Importance of Accurate Time and Date Calculations in Spreadsheets

In today’s fast-paced digital world, spreadsheets have become an essential tool for businesses and individuals alike to store, organize, and analyze data. One crucial aspect of spreadsheet usage is the accurate calculation of time and dates, which can be a challenge when working with complex formulas and dates. In this blog post, we’ll explore the reasons why accurate time and date calculations are essential and discuss a common issue that arises when working with dates in spreadsheets.

Why Accurate Time and Date Calculations Matter

Accurate time and date calculations are vital for various business operations, such as financial modeling, project management, and inventory tracking. Inaccurate calculations can lead to incorrect results, which can negatively impact decision-making and business outcomes. For instance, if a spreadsheet contains an incorrect date or time value, it can cause errors in calculations involving deadlines, delivery dates, or financial projections.

Moreover, accurate time and date calculations are essential for compliance with legal and regulatory requirements. In some industries, such as finance and healthcare, there are strict regulations regarding the accuracy of date and time stamps. Inaccurate calculations can lead to non-compliance, which can result in severe penalties or even legal action.

A Common Issue with Dates in Spreadsheets

One common issue that arises when working with dates in spreadsheets is the incorrect calculation of months greater than 12. This issue can occur when using formulas such as DATEDIF, which calculates the difference between two dates in years, months, and days. When working with dates that span more than one year, the formula may return an incorrect result, leading to inaccurate calculations.

For example, consider the following formula:

=(DATEDIF(E26,F26,”Y”)+DATEDIF(K26,$L$2,”Y”))&” Y “& (DATEDIF(E26,F26,”YM”)+DATEDIF(K26,$L$2,”YM”))&” M”

This formula calculates the difference between two dates in years and months, but it can return an incorrect result when working with dates that span more than one year. In the example above, the formula returns a value of “13 Y 10 M,” which is incorrect because it includes months beyond 12.

Solving the Issue with Dates in Spreadsheets

To solve the issue of months greater than 12 in spreadsheet calculations, there are a few approaches you can take:

1. Use a different formula: Instead of using DATEDIF, you can use the EOMONTH function to calculate the difference between two dates in years and months. The EOMONTH function returns the end of the month based on a given date, which can help avoid the issue of months greater than 12.

2. Adjust the date values: If you are working with dates that span more than one year, consider adjusting the date values to ensure they fall within the same year. For example, if you have a date in cell E26 and a date in cell F26 that spans two years, you can adjust the date in cell F26 to be one year earlier or later to ensure both dates fall within the same year.

3. Use a calendar table: To ensure accurate calculations when working with dates, consider using a calendar table to provide a list of all dates in a given year. A calendar table can help you identify any potential issues with dates and ensure accurate calculations.

Conclusion

Accurate time and date calculations are crucial for businesses and individuals alike to ensure correct results and compliance with legal and regulatory requirements. However, when working with complex formulas and dates in spreadsheets, common issues can arise, such as months greater than 12. By understanding the reasons why accurate time and date calculations matter and the common issues that can occur, you can take steps to solve these issues and ensure accurate calculations in your spreadsheets.

VMworld 2019: 5 Things to Know About Project Pacific

During the keynote address on the first day of VMworld 2019, Pat Gelsinger, CEO of VMware, unveiled a groundbreaking new initiative called Project Pacific. This project represents a significant transformation of vSphere, positioning it as a unified application platform that seamlessly integrates Kubernetes and containers into the vSphere ecosystem. Here are five key things to know about Project Pacific:

1. Unified Application Platform: Project Pacific is designed to provide a single, unified platform for deploying and operating applications. By deeply integrating Kubernetes into vSphere, developers can use a well-known control plane to manage their applications, regardless of whether they’re running on virtual machines (VMs) or containers. This simplifies application development, deployment, and management, and enables better collaboration between developers and IT operations teams.

2. Containers as First-Class Citizens: With Project Pacific, containers are recognized as first-class citizens, enjoying all the operations and management capabilities that vSphere provides for VMs. This means that developers can use familiar tools and frameworks to build, package, and deploy their applications, and then seamlessly move them between environments without worrying about compatibility issues.

3. Kubernetes Integration: Project Pacific integrates Kubernetes into the vSphere platform, allowing developers to leverage the power of this popular container orchestration framework. This integration provides a consistent, familiar interface for managing applications, regardless of whether they’re running on VMs or containers. As a result, developers can focus on building great applications rather than worrying about the underlying infrastructure.

4. Expanded Support for Multi-Cloud and Edge: Project Pacific is designed to support a wide range of cloud providers and edge environments, allowing organizations to deploy applications across multiple environments without worrying about compatibility issues. This means that developers can build applications once and easily deploy them across a variety of clouds and edge environments, ensuring that their applications are always available and performing optimally.

5. Open Source at the Core: Project Pacific is built on open source technologies, including Kubernetes and Docker. This means that the project is deeply committed to the principles of open source and collaboration, providing a level playing field for all participants. As a result, developers can feel confident that they’re working with a platform that is constantly evolving and improving to meet their needs.

In conclusion, Project Pacific represents a significant transformation of vSphere, positioning it as a unified application platform that seamlessly integrates Kubernetes and containers into the vSphere ecosystem. With this initiative, VMware is demonstrating its commitment to open source technologies and collaboration, while providing developers with a powerful new toolset for building, deploying, and managing applications. As more information becomes available about Project Pacific, it’s clear that this initiative will have a profound impact on the future of application development and deployment.

Oxford Ionics, a UK-based startup, has developed a new quantum chip that can control qubits with unprecedented precision, without the need for error correction. The chip uses trapped ions, which are held above the surface of a silicon microchip using electrical and magnetic fields. This technology has the potential to revolutionize the field of quantum computing by allowing for scalable and reliable quantum computers.

The new chip developed by Oxford Ionics is capable of performing quantum gates with a high degree of accuracy, surpassing previous records. The team demonstrated that their chip can perform Ein- and Zwei-Qubit gates with an error rate of less than 1% and 0.5%, respectively. These results were achieved without using any error correction techniques, which is a significant breakthrough in the field.

The use of trapped ions as qubits offers several advantages over other quantum computing technologies. Ions are highly controllable and can be precisely manipulated using electrical and magnetic fields. This allows for precise control over the qubits and enables the implementation of complex quantum algorithms. Additionally, the use of silicon microchips for ion trapping provides a scalable and cost-effective solution for large-scale quantum computing.

Oxford Ionics was founded in 2019 by Tom Harty and Chris Ballance, two British researchers. The team has since grown to 55 members and has raised £37 million in investments. The company is working with Infineon, a European semiconductor manufacturer, to develop scalable qubit technology. The next step for the company is to build a quantum computer with 256 qubits.

The development of this new quantum chip marks a significant milestone in the field of quantum computing. It demonstrates the feasibility of scaling up quantum computers using trapped ions and silicon microchips, which could lead to the creation of highly reliable and powerful quantum computers. The potential applications of such technology are vast, ranging from cryptography and drug discovery to optimizing complex systems and simulating quantum phenomena.

In conclusion, the new quantum chip developed by Oxford Ionics represents a major breakthrough in the field of quantum computing. Its ability to control qubits with high precision without error correction techniques opens up new possibilities for scalable and reliable quantum computers. The technology has the potential to revolutionize various fields and could lead to significant advancements in our understanding of quantum systems.

Meeting Intelligent Recap: A Local Solution for Government Meetings

As an architect working for a government entity, I recently received a question regarding the use of Microsoft Teams Premium’s Meeting Intelligent Recap (MIR) function. The government in question has legal restrictions that prevent the use of AI bodies located outside its territory to analyze voice content from meetings. As a result, we are looking for a solution that can capture and analyze meeting audio locally, providing an intelligent recap service on premise.

While many vendors have offered cloud-based solutions, we have not been able to find any that address this specific issue. However, I believe there may be a way to capture meeting audio streams via bot development, which could potentially provide the local analysis we need.

The Importance of Meeting Intelligent Recap

Meeting Intelligent Recap is a powerful feature that provides a summary of a meeting’s key points, including action items, decisions made, and next steps. This information can be invaluable for participants who may have missed parts of the meeting or need to review the discussion later. Additionally, MIR can help improve the efficiency and productivity of meetings by providing a clear overview of what was discussed and decided.

Local Solution: Bot Development

To capture and analyze meeting audio locally, we could consider developing a bot that records and transcribes meeting audio streams. This bot could be integrated into our existing Microsoft Teams environment, allowing us to leverage the power of MIR while maintaining control over our data.

One potential approach is to use a machine learning model to analyze the meeting audio and extract relevant information. This model could be trained on a dataset of meetings to learn the patterns and structures of conversation that are typically discussed during these events. Once the model is trained, it can be used to transcribe and summarize new meetings in real-time, providing an intelligent recap of the discussion.

Another option is to use natural language processing (NLP) techniques to analyze the meeting audio and extract relevant information. NLP can be used to identify key phrases, sentiment analysis, and other features that are important for understanding the content of a meeting. By combining these techniques with machine learning, we could develop a robust local solution for Meeting Intelligent Recap.

Benefits of Local Solution

There are several benefits to using a local solution for Meeting Intelligent Recap:

1. Data Sovereignty: By maintaining control over our data, we can ensure that it is not transmitted or stored outside our territory, which is a critical concern for governments.

2. Security: Local solutions are less vulnerable to cyber attacks and other security risks, providing an additional layer of protection for our meeting audio content.

3. Customization: A local solution can be tailored to meet our specific needs and requirements, allowing us to adapt the system to our unique environment.

4. Cost-Effective: Local solutions can be more cost-effective than cloud-based solutions, as they do not require the same level of infrastructure or ongoing costs.

Challenges and Considerations

While a local solution for Meeting Intelligent Recap offers many benefits, there are also some challenges and considerations to keep in mind:

1. Technical Expertise: Developing a bot that can capture and analyze meeting audio streams requires specialized technical expertise, which may be difficult to find in-house.

2. Data Integration: Integrating the local solution with our existing Microsoft Teams environment may require additional development work or third-party integrations.

3. Scalability: As our organization grows, the local solution will need to scale to accommodate the increased demand for Meeting Intelligent Recap.

4. Maintenance: Local solutions require ongoing maintenance and updates to ensure they continue to function correctly and provide accurate summaries of our meetings.

Conclusion

In conclusion, while there may be challenges to implementing a local solution for Meeting Intelligent Recap, the benefits of data sovereignty, security, customization, and cost-effectiveness make it a worthwhile pursuit. By leveraging bot development and machine learning or NLP techniques, we can create a robust and scalable solution that meets our unique needs and requirements. As we move forward with this project, I look forward to exploring these possibilities further and finding the best solution for our government’s meeting intelligent recap needs.

VMworld 2019 has been an exciting event so far, with a core theme of innovation that has been reflected in the numerous announcements and product releases throughout the week. As CTO for Asia Pacific at VMware, I have had the opportunity to explore some of the key highlights from the event, and I am excited to share my thoughts on what I believe are some of the most significant developments.

One of the major themes that has emerged from VMworld 2019 is cloud native. With more and more organizations moving their applications and workloads to the cloud, there is a growing need for solutions that can help them navigate this transition. At VMware, we have been investing heavily in cloud native technologies, and the announcements made this week reflect our commitment to this space.

For example, we have announced the general availability of Cloud Foundry, our cloud native application platform. This platform provides a highly scalable and flexible environment for developing, deploying, and managing modern applications. Additionally, we have introduced new features for Pivotal Cloud Foundry (PCF), including support for Kubernetes, which further enhances the platform’s ability to support a wide range of workloads.

Another significant announcement from VMworld 2019 is the expansion of our partnership with AWS. This collaboration will enable us to deliver a more comprehensive set of cloud-based solutions to our customers, and provide them with greater flexibility and choice when it comes to their cloud infrastructure.

In addition to these cloud native announcements, we have also made significant advancements in the area of security. With the growing threat landscape, organizations need solutions that can help protect their applications and data from ever-evolving threats. At VMworld 2019, we have introduced a number of new security features, including enhancements to our NSX network virtualization platform and our Workspace ONE digital workspace solution.

One of the things that I find most exciting about these announcements is the way in which they come together to provide a more complete and integrated set of solutions for our customers. For example, the new security features that we have introduced are designed to work seamlessly with our cloud native platforms, providing a more comprehensive approach to protecting modern applications and data.

Overall, I believe that VMworld 2019 has been an incredibly successful event, with a number of significant announcements that reflect our commitment to innovation and customer success. As we continue to evolve and expand our product portfolio, I am excited to see the impact that these new solutions will have on the industry and our customers.

Autonomous Race Drones to Revolutionize Spacecraft Steering

In a groundbreaking study published in Science Robotics, researchers from the European Space Agency (ESA) and the Technical University of Delft (TU Delft) have explored the use of autonomous race drones to revolutionize spacecraft steering. The study, titled “Optimality principles in spacecraft neural guidance and control,” has shown that these tiny drones can be used to test neuronal network-based guidance and control systems for spacecraft, paving the way for more efficient and robust missions.

Background and Challenges

Currently, spacecraft steering is done using pre-planned trajectories and carefully calculated maneuvers. However, this approach has limitations, as it does not take into account unforeseen events or changes in the mission plan. Autonomous systems that can adapt to changing conditions and optimize their performance in real-time are needed to overcome these challenges.

Neuronal Networks for Optimal Steering

The researchers have proposed using neuronal networks, specifically called Guidance & Control Networks (G&CNets), to control spacecraft. These networks can learn from experience and adapt to changing conditions, making them ideal for autonomous systems. The G&CNet should be able to directly control the actuators of the spacecraft, such as thrusters and propellers, and navigate the spacecraft through complex maneuvers.

Real-World Testing with Race Drones

To test their theory, the researchers have used race drones as a proof-of-concept. These tiny drones are equipped with propellers and can fly at high speeds. The researchers have programmed the drones to follow a predefined path, and then tested the G&CNet’s ability to adapt to changing conditions and optimize their performance.

The Results

The results were promising, with the G&CNet-controlled drones able to navigate through complex maneuvers and adapt to changing conditions in real-time. The researchers were able to validate their theory that neuronal networks can be used for optimal steering of spacecraft.

Future Plans

The next step for the researchers is to build a demonstrator for a world space mission. They plan to use the race drones as a starting point and integrate the G&CNet into the spacecraft’s control system. The demonstrator will be tested in a real-world environment, paving the way for more efficient and robust space missions.

Conclusion

The use of autonomous race drones to test neuronal network-based guidance and control systems for spacecraft has shown promising results. These tiny drones have the potential to revolutionize spacecraft steering, enabling more efficient and robust missions. The future of space exploration looks bright with this technology on the horizon.