Azure Migration: Harvesting the Full Power of Azure 

Companies are constantly on the lookout for creative solutions to optimize their processes, enhance productivity, and foster expansion. 

One such transformative avenue is through a Microsoft Azure migration. Azure is a leading cloud computing platform that offers an abundance of tools and benefits for businesses of all sizes.  

In today’s blog, we'll explore the myriad of ways in which migrating to Azure empowers businesses to streamline their existing operations and what a successful migration strategy looks like.  

 

Benefits of Cloud Migration and Modernization 

While application and data modernization offer numerous advantages, organizations are predominantly driven by the following objectives: 

 

More Time to Innovate 

Embracing cloud-native technologies enables organizations to redirect their focus from maintaining legacy infrastructure to fostering innovation. By leveraging the cloud, businesses can streamline operations and dedicate more resources to creative and strategic endeavors. 

 

Agile and Scalable Applications 

Implementing a microservices architecture empowers organizations to construct applications that are not only resilient and highly scalable, but also independently deployable and adaptable.  

This approach ensures that applications can swiftly evolve to meet changing demands, providing businesses with the agility needed to thrive in dynamic market landscapes. 

 

Azure’s Abundance of Tools and Services: A Business Playground 

 

Azure offers an extensive suite of tools and services. From artificial intelligence and machine learning to data analytics, Azure provides businesses with the necessary resources to stay competitive.  

With a Microsoft Azure migration, businesses can harness the power of tools like: 

  • Azure Machine Learning 
  • Azure AI 
  • Azure Databricks 

These are just a few of the tools that allow businesses to gain valuable insights from their data, enabling smarter decision-making and strategic planning. 

 

Cost-Efficiency, Scalability, and Security 

 Azure's pay-as-you-go model ensures that businesses pay only for the services they use, making it a cost-effective solution, especially for small and medium-sized enterprises. Additionally, Azure's scalability allows businesses to adapt to changing demands seamlessly.  

Whether your business experiences sudden growth or requires additional resources for a specific project, Azure scales up or down according to your needs, ensuring optimal resource utilization and cost efficiency. 

 

Enhanced Security 

Security is paramount in the digital age, and Azure takes this concern seriously. It is estimated by most top cybersecurity firms that a breach will occur as frequently as every 7 seconds by 2024, and the overall cost impact of cybersecurity breaches have exceeded $20 billion (about $62 per person in the US) this year alone and is expected to be much higher in 2024.  

Microsoft invests heavily in ensuring the security and compliance of its cloud services. That is why Azure offers robust security features, including:  

  • Identity and Access Management 
  • Threat Detection 
  • Encryption Services 

These critical security features empower organizations to protect their sensitive data and digital assets effectively. By migrating to Azure, businesses can enhance their security posture, build customer trust, and comply with industry regulations effortlessly. 

 

Choosing the right Migration Strategy 

 

Lift-and-Shift: Seamlessly Transition Your Operations 

Azure's Lift-and-Shift strategy is a migration approach that involves transferring existing applications, data, and workloads from on-premises or other cloud environments to Microsoft Azure without making significant changes to the underlying code or architecture.  

This method enables businesses to quickly transition to Azure's cloud platform, minimizing downtime and disruptions. The benefits of Lift-and-Shift include rapid migration, reduced costs associated with redevelopment, and streamlined deployment.  

This strategy is ideal for businesses with tight migration timelines, or those looking for a straightforward, cost-effective way to move their existing infrastructure to the cloud. It suits organizations seeking a quick and efficient migration solution without the complexities of re-engineering their applications, making it a popular choice for various industries and enterprises of different sizes. 

With tools like Azure Migrate, businesses can assess their on-premises infrastructure, identify dependencies, and migrate applications and data to Azure with minimal disruption. However, due to the sophisticated nature of Azure and its migration process, many companies benefit from employing a managed IT service provider to ensure a secure, seamless, expert led migration.

Azure migration platform visual example

credit: Microsoft

 

Key Benefits: 

  • Minimizes downtime 
  • Reduces operational costs 
  • Ensures business continuity 

 

Move-and-Improve: Innovate and Transform Your Business 

Azure's Move-and-Improve strategy represents a comprehensive approach to cloud migration, enabling businesses to not only transfer their existing applications and data to Microsoft Azure but also enhance and optimize them for maximum efficiency.  

This innovative strategy involves leveraging Azure's vast array of services and tools to modernize applications, making them more agile, scalable, and resilient in the cloud environment.  

The key benefits of this strategy include increased operational efficiency, enhanced security, and the ability to innovate rapidly. Businesses with legacy systems, outdated applications, or those seeking to adapt to changing market demands can significantly benefit from Azure's Move-and-Improve strategy.  

Key Benefits: 

  • Streamline processes 
  • Roadmap improvements 
  • Effectively transform operations 
  • Gain competitive edge in digital landscape 

By combining migration with optimization, businesses can ensure a seamless transition to the cloud while positioning themselves for sustained growth and innovation. 

 

Whether it's building innovative applications, implementing DevOps practices, or adopting serverless computing, Azure provides the foundation for businesses to explore new horizons, drive digital transformation, and deliver exceptional customer experiences. 

Microsoft Azure opens the door to a world of possibilities for businesses. The abundance of tools and benefits, coupled with the flexibility to lift-and-shift existing operations and move-and-improve strategies, positions Azure as a game-changer in the business realm.  

By embracing Azure, businesses can enhance their efficiency, boost innovation, and pave the way for sustainable growth in the digital age.  

 

Dive Deeper 

If you’re ready to take the next step and learn more about Azure migration, you can chat with one of our experts, you can also save your seat for our upcoming webinar that dives deep into Azure migration to help you learn more about strategies, benefits, and the platform as a whole. 

Check out our previous Azure webinars:

The Importance of Monitoring Your Azure Infrastructure

 

Cloud computing has become the backbone of modern businesses. Among the leading cloud service providers, Microsoft Azure stands out as a versatile and powerful platform, offering a wide array of services to meet various business needs.

However, managing an Azure infrastructure is no simple task, and one critical aspect that should never be overlooked is monitoring. In this blog, we'll delve into why monitoring your Azure infrastructure is paramount for ensuring optimal performance, robust security, and overall business success.

 

The Dynamics of Azure Infrastructure

Before we dive into the significance of monitoring, it's essential to understand the complexity of Azure infrastructure. Azure's ecosystem comprises various interconnected components, including virtual machines, databases, storage accounts, networking resources, and more.

These components work together to deliver a seamless cloud experience. However, as the infrastructure grows, so do the chances of encountering issues, making monitoring a vital practice to keep everything in check.

 

The Benefits of Monitoring Azure Infrastructure

 

Proactive Issue Detection

One of the most significant advantages of monitoring your Azure infrastructure is the ability to detect and address potential issues before they escalate into critical problems.

Real-time monitoring allows you to set up alerts and notifications for abnormal behaviors, sudden resource spikes, or system errors. By identifying and resolving these issues proactively, you can significantly reduce downtime and ensure high availability for your services.

 

Enhanced Security

Security is a top concern for any cloud deployment, and Azure is no exception. Monitoring plays a crucial role in identifying security threats and ensuring compliance with industry standards. By closely monitoring access patterns, failed login attempts, and potential breaches, you can swiftly take action to protect sensitive data and secure your infrastructure from unauthorized access.

 

Performance Optimization

Efficiently utilizing resources is essential for both cost-effectiveness and optimal performance. Monitoring your Azure infrastructure provides valuable insights into resource utilization, helping you identify underused or overburdened resources.

By optimizing your resource allocation, you can reduce operational costs and ensure optimal performance for your applications and services.

 

Key Metrics to Monitor

 

Resource Utilization

Keep an eye on CPU, memory, storage, and network usage metrics to understand how efficiently your resources are being utilized. Monitoring these metrics enables you to identify bottlenecks and allocate resources appropriately to avoid performance degradation.

 

Cost

To make better-informed decisions, prevent budget overruns, and ensure you get the most value from your cloud investments; ensure your Azure Monitoring platform enables real-time visibility into cloud resource usage, performance, and overall spend for things like average compute and storage cost.

 

Application Performance

The performance of your applications directly impacts user experience and business productivity. Monitoring application response times and latency allows you to identify performance bottlenecks, improve responsiveness, and deliver an exceptional user experience.

 

Servers/Nodes Available

In distributed cloud environments, monitor the percentage of servers or nodes up and available compared to the total deployed. While automation tools can redistribute workloads, a decrease below 90 percent of available servers might signal serious issues with your cloud server instances.

 

Network Traffic and Latency

In a cloud environment, network traffic and latency can significantly affect data transfer and application performance. Monitoring network traffic helps you ensure smooth data flow and identify any network-related issues that may impact your services.

 

Time to Acknowledge

Reveal load balancer or under provisioning issues. Monitor metrics for each cloud region to pinpoint specific latency problems. Compare acknowledgement time with and without a CDN for better performance optimization.

 

Error Rates

These metrics provide visibility into your application's health and the hosting cloud environment. Errors may stem from application issues or cloud environment problems, such as unavailability of cloud services or misconfigured access credentials for services within your cloud setup.

 

Security and Compliance Metrics

Regularly monitor security-related metrics such as failed login attempts, firewall logs, and access permissions to maintain a secure and compliant Azure infrastructure. These elements are crucial for protecting sensitive data and adhering to regulatory requirements.

 

Vulnerabilities

Patched/unpatched known vulnerabilities will indicate how timely and adequately patch cloud security risks in your system -- or if you leave them open for too long.

 

Requests Per Minute

predict peak demand times, enabling efficient scaling of cloud resources. It also aids in identifying and mitigating issues like DDoS attacks, enhancing application security and performance.

 

File Sharing

Monitoring peer-to-peer file-sharing metrics enables the tracking of changes in authorized file downloads or sharing. An unexpected increase in these activities could be indicative of a compromised cloud security posture.

 

Azure Monitoring Tools and Solutions

 

Azure Monitor

As Microsoft's native monitoring service for Azure, Azure Monitor provides a comprehensive solution for monitoring your infrastructure. With custom metrics, log analytics, and application insights, Azure Monitor offers powerful capabilities to help you gain valuable insights into your Azure environment.

Azure Assure

While Azure Monitor is robust, it can be expensive and time-consuming to implement, which can be a huge factor for hesitancy in business leaders.

Thankfully, through managed service partners (MSPs), one can set up the integral monitoring solutions with equally powerful monitoring features and integrations with hands-on expert support – all at an affordable rate.

At Managed Solution, we offer Azure Assure managed services to help you monitor and better manage your Azure environment.

image man at desk learning about cloud computing monitoringAzure Assure, at a Glance:

Azure Assure Managed Services offers companies, like yours, strategic cloud adoption and optimized support for their Azure infrastructure. Managed Solution handles day-to-day administration, providing 24/7 security and performance monitoring, advanced security and compliance services, cloud migration, and on-demand professional services.

Key features include:

        • Rapid API-based monitoring
        • Instant visibility into resources and logs
        • Centralized log analysis
        • And so much more!

 

To businesses' cloud journeys, chat with one of our cloud experts today.

 

Best Practices for Azure Monitoring

 

Establish Clear Monitoring Goals

Before setting up your monitoring strategy, define specific monitoring objectives based on your business needs. Clear goals will guide you in choosing the right metrics to monitor and setting up meaningful alerts.

 

Utilize Alerts and Notifications Wisely

Avoid alert fatigue by configuring alerts and notifications judiciously. Set appropriate thresholds and escalation policies to ensure you receive alerts for critical issues while avoiding unnecessary noise.

 

Regularly Review and Fine-Tune

Azure infrastructure is dynamic and constantly changing. Periodically review your monitoring configurations, analyze historical data, and fine-tune your monitoring setup to adapt to evolving requirements.

 

What the Experts (and Data) are saying

 

The 2023 State of the Cloud Report by Flexera reveals that an overwhelming 92% of enterprises have embraced a multi-cloud strategy. Despite this growing trend, a significant challenge lies in the networking teams' ability to cope with the rapid changes in the cloud environment.

According to Cisco's findings, a staggering 73% of networking teams find themselves dedicating more time to maintaining the existing status quo rather than efficiently managing multi-cloud deployments.

Furthermore, in a survey by Sciencedirect.com, experts highlighted the following conclusions:

“Monitoring of Cloud is a task of paramount importance for both Providers and Consumers. On the one side, it is a key tool for controlling and managing hardware and software infrastructures; on the other side, it provides information and Key Performance Indicators (KPIs) for both platforms and applications. The continuous monitoring of the Cloud and of its SLAs (for example, in terms of availability, delay, etc.) supplies both the Providers and the Consumers with information such as the workload…” (Sciencedirect.com).

“As introduced in Section 3, Cloud monitoring is needed to continuously measure and assess infrastructure or application behaviors in terms of performance, reliability, power usage, ability to meet SLAs, security, etc. [44], to perform business analytics, for improving the operation of systems and applications [45], and for several other activities (see Section 3). In this section we introduce a number of concepts at the base of Cloud monitoring that are used to set the context for the following…” (Sciencedirect.com).

These findings make it clear that managing cloud platforms is growing increasingly difficult for businesses, and only further highlight the growing need for cloud monitoring as well as expert-supported management of these incredible systems.

 

Getting the Best Out of Your Azure Infrastructure

Monitoring your Azure infrastructure is essential for modern businesses. More than having your cake and eating it too, you will secure, optimize, and save on costs to make every bite all the more worthwhile.

From proactive issue detection, to enhanced security, to in-depth visibility enabled performance & cost optimization – the benefits of Azure monitoring enable you to leverage the power of one of the best cloud computing platforms on the market and advance it to the benefit of your business.

Embrace monitoring as an integral part of your Azure strategy and pave the way for a successful and resilient cloud journey. Chat with one of our cloud experts today about Azure Monitoring and get any questions you have, answered.


What is an Azure Monitor?

In today’s dynamic IT landscape, keeping an eye on your infrastructure is crucial. That’s where Azure Monitor comes into play. It’s a robust, all-encompassing monitoring solution designed to collect, analyze, and respond to data from both your cloud and on-premises environments.

 


Learn More + Free Webinar

If you're ready to talk more about Microsoft Azure with a qualified expert, send us a contact request here and we'll set up a time to chat with you. For a deeper dive into the platform, join us on October 25th for part two of our free Azure Webinar series.

Cloud computing has emerged as a game-changer for businesses, enabling companies to scale, secure, and streamline their operations more efficiently than ever. Among the cloud giants, Microsoft Azure has risen to prominence as a go-to platform for organizations worldwide. In this blog, we'll delve into what Azure is, to help users and companies looking for cloud opportunities understand how it can benefit them.

 

What is Microsoft Azure?Microsoft Azure logo

Azure is Microsoft's cloud computing platform and infrastructure. It provides a vast array of cloud services, including computing, analytics, databases, networking, storage, and more through global data centers. It also empowers organizations with the flexibility to build, deploy, and manage applications and services through Microsoft-managed data centers globally.

Key Features and Services

Azure Virtual Machines

Azure offers virtual machines that allow businesses to run applications in the cloud, providing scalable and flexible computing power without the need for physical hardware.

Hybrid Cloud Capabilities

Azure's hybrid cloud solutions enable seamless integration between on-premises and cloud environments. This flexibility allows MSPs to cater to clients with varied infrastructure requirements, ensuring a smooth transition to the cloud.

Single-pane Operations

Microsoft Azure's single-pane operations via the Operation Management Suite (OMS) offer seamless monitoring and management of hybrid environments, including virtual machines, storage, network services, logs, and insights. OMS prioritizes security, providing comprehensive solutions for hybrid infrastructure challenges.

Computational services

  1. Infrastructure as a Service (IaaS): Azure offers virtual machines, storage, and networking resources, allowing businesses to migrate their existing on-premises infrastructure to the cloud, reducing hardware costs, and enhancing scalability.
  2. Platform as a Service (PaaS): Developers can leverage Azure's PaaS offerings to build, deploy, and manage applications without worrying about the underlying infrastructure. This enables quicker development cycles and enhanced collaboration.
  3. Software as a Service (SaaS): Azure hosts a variety of SaaS solutions, including Office 365, Dynamics 365, and more, which simplify application access and management.

Azure Blob Storage

This service enables secure and cost-effective storage of large amounts of unstructured data, ideal for backups, media files, and application data.

Azure SQL Database

A fully managed relational database service, Azure SQL Database offers high-performance, secure, and scalable database solutions for various applications.

Azure AI and Machine Learning

Businesses can leverage Azure’s artificial intelligence and machine learning capabilities to gain valuable insights, automate processes, and create intelligent applications.

Azure IoT Hub

For companies delving into the realm of IoT, Azure IoT Hub facilitates seamless communication between IoT applications and devices, enabling real-time monitoring and control.

 

Why Azure Matters for Businesses: Key Benefits

key benefits

Scalability

Azure's elasticity allows businesses to scale resources up or down on-demand. It caters to the dynamic needs of companies without forcing them to invest in expensive hardware. Whether it's handling a sudden surge in web traffic or expanding storage capabilities, Azure provides the necessary scalability to support business growth.

Global Reach and Reliability

Azure boasts a global network of data centers, ensuring high availability and redundancy (i.e. ensures that accounts meet their durability targets). This infrastructure minimizes downtime and data loss, which is crucial for businesses in the digital age where loss of data can cost millions.

Not to mention that with Azure’s world-wide distribution of data centers, businesses can expand into global markets with more ease. This can greatly advance growth opportunities for a number of businesses and therein lead to greater innovation when competing in new markets.

Security and Compliance

Security is paramount in the digital age, and Azure prioritizes it. Azure's robust security features include threat detection, identity and access management, encryption, and compliance certifications like ISO 27001 and SOC 2. With Azure, organizations can rest assured that their data is secure and compliant with industry standards.

Cost Effectiveness

With a variety of licensing and pricing models, organizations have the option to leverage Azure’s revenue-boosting productivity enhancements while paying only for the resources they consume. It also provides flexibility in allowing businesses to scale their resources up or down based on demand.

compare cost of Azure to AWS

credit: Microsoft

Furthermore, Azure offers an array of tools and services designed to assist businesses in maximizing their cloud expenditure, such as cost management and resource optimization tools. These resources empower organizations to supervise and manage their Azure expenses.

With flexibility and cost-management features, Azure enables companies to optimize their IT budgets, minimizing wastage while providing the resources necessary to meet their specific needs.

Check out this in-depth forum post that demonstrates how Azure is one of the most cost-effective cloud infrastructures.

Analytics and Business Intelligence

Microsoft Azure offers powerful analytics and business intelligence tools for data-driven insights. Services like Azure Machine Learning and Power BI enable businesses to analyze data, enhancing decision-making processes. Furthermore, Azure seamlessly integrates with Microsoft products like Dynamics 365 and Office, ensuring a smooth user experience and boosting productivity.

Collaboration and Productivity

Microsoft Azure offers diverse tools and services aimed at enhancing business collaboration and productivity. Azure Active Directory enables streamlined management of user accounts and access control for cloud applications, enhancing security measures and simplifying user administration.

Additionally, Azure provides a suite of collaboration tools, such as Microsoft Teams and SharePoint. These platforms facilitate real-time collaboration on documents and projects, fostering increased productivity and teamwork among employees.

Innovation and Integration

Azure continuously evolves, offering cutting-edge technologies such as AI, machine learning, and IoT. For businesses, this means they can stay ahead of the curve by integrating these innovative technologies into their operations, driving efficiency and competitiveness.

 

More than Just a Cloud Platform

Microsoft Azure is more than just a cloud platform; it's a catalyst for innovation and transformation in the modern business landscape. Businesses have a unique opportunity to leverage Azure's capabilities to meet their dynamic IT needs. Namely, because Azure offers scalability, reliability, security, cost-efficiency, and access to cutting-edge technologies.

As businesses continue to navigate the digital frontier, Azure stands as a powerful ally, helping them achieve their goals and thrive in the digital age. Embracing Azure is not just a choice; it's a strategic imperative for all businesses.

 


Learn More + Free upcoming webinar

If you're ready to talk more about Microsoft Azure with a qualified expert, send us a contact request here and we'll set up a time to chat with you. For a deeper dive into the platform, join us on October 25th for part two of our free Azure Webinar series.

Hybrid cloud approaches have seen a steady rise in popularity among organizations. A hybrid cloud approach refers to incorporating the benefits of company-owned private clouds, public cloud services, and the more traditional dedicated hosting services. Each of these has its pros and cons, and companies are starting to take advantage of what each has to offer while also minimizing the potential risks that come attached.

It was the concern over the security of public clouds that have led many to turn to hybrid models, in the first place. For instance, businesses will make use of the privacy and security that private clouds have to offer, while still benefiting from the flexibility and easy scalability of public clouds. Below are some of the main reasons why organizations are steadily moving towards hybrid cloud methods.

More Flexibility

One of the most immediate benefits of such a hybrid system is that it allows companies to manage their applications and databases more effectively. On the one hand, they can host their important data on private clouds and/or dedicated servers, where they will have absolute control. On the other hand, they will use the available public cloud space for faster and easier scalability. They'll be able to test out new applications on the public cloud, determining their feasibility, among other such benefits.

So, as you steadily reach your limit, you can easily and seamlessly migrate entire services and applications to the public cloud. If you do need to scale down, you'll be able to take the same action in reverse. This enhanced flexibility and the ability to mix these functionalities based on your own needs is what draws so many companies to hybrid clouds.

Enhanced Security

When you are using a third-party, public cloud system to store all of your sensitive data, you are leaving yourself exposed to all sorts of possible risks. You will need to take into account all security problems, compliance issues, and performance requirements, which indicates that private clouds are also a good alternative. When using a hybrid cloud, you can choose which services will be on the public cloud and which will remain on the private one. In addition, when you're also using a public cloud, you're not overcrowding your private and secure space.

Lower Costs 

An organization that uses a hybrid cloud approach will almost always experience lower costs than a company that is exclusive with either one or the other. Hybrid clouds allow you to pay-as-you-need, meaning that you will have complete control over your IT expenses. You'll still have your backups in the cloud, which further reduce the costs. And with public cloud services, such as Azure or AWS, you can accurately determine your exact requirements without having to overpay for something you won't use.

Innovation Opportunities

With the ability to test and develop new applications on the public cloud, you can focus more of your efforts of this process without having to worry about ever exceeding your limits. This will reduce your potential costs of failure and give you access to an immense potential for scalability. In such an environment, the probabilities of innovation are greatly enhanced without having to sacrifice privacy or security in doing so. You'll not have to rearrange your infrastructure to test out a new service when using a hybrid cloud.

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As written on enterprise.microsoft.com

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It’s 7:00 a.m. on the first day of a new academic session, and the servers at Keiser University are running at full power as students, faculty, and staff ramp up for a new month of learning. Twelve hours from now, the peak will drop for the evening, and some of those servers will shut down, saving the university thousands of dollars. A few days from now as students settle into their new routines, activity will drop during the daytime, too, so the system can run efficiently on even fewer servers.
Fortunately for the IT department, the system reboots, cranks through the data, and keeps everyone running at full speed all on its own, leaving IT staff with more time to be creative. In fact, today, Associate Vice Chancellor of IT Andrew Lee and his team are focusing on a paperless financial aid system. The ability to test new applications without the upfront capital needed for a traditional on-premises environment allows Keiser to stay on the leading edge of technology while saving the university precious time and funds.

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As Associate Vice Chancellor of IT at Keiser University, Andrew Lee handles everything that has to do with digital technology, ensuring that teachers and students have the tools and tech they need every day. When he joined Keiser 18 years ago, the IT department consisted of just two people serving five schools and 1,500 students.
Today, the university has 31 locations and close to 20,000 students. Andrew’s goal is to keep the school as “state of the art” as possible as it grows. He constantly looks for new technology that will help him do that while staying within budget.

Migrating an entire datacenter to Azure

Eighteen years ago, the university’s data was stored in a physical datacenter where the school owned the hardware. After transitioning to a “sort of” cloud, as Andrew describes it, where the hardware was leased and some of the infrastructure was paid for, he began looking at a full cloud solution.
“Everything was on the chopping block, and moving to the cloud just made sense,” Andrew says.
Microsoft Azure offered scalability and the ability to change on the fly. That sparked a fire in Andrew and his IT team, and now they’re moving the entire datacenter into Azure. With the new pay-as-you-go model, they don’t need up-front capital, and they have exactly as much as they need at any given time.
“It used to be that if we needed more storage, we had to lay out more capital expense. In Azure, we just log in and those resources are up and running within hours.” It’s a welcome change from the days of a physical datacenter with AT&T hosting. “Back then, we paid $35 – $40k every month. In Azure, I’ll have resources and servers that outshine anything we had there, and pay $5-10k less a month.”

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Without the restrictions inherent in a traditional system, Andrew and his team can be much more creative without breaking the budget. New ideas and projects can be tested and deployed without the red tape, and that means faculty can dream up new ways to educate their students, and those dreams can turn into reality much quicker.
“We’ve effectively gone from an old jalopy to an Italian sports car,” Andrew says.
With 2 million personal records, ensuring security is critical. And when it comes to compliance, Azure offers the ability to back up as much data as necessary for as long as it’s needed.
“In Azure, compliance is a no-brainer, and when you need more storage, you simply add it,” Andrew says.
Beyond Azure, Keiser University has migrated to Office 365 and is beginning to use more of the tools at their disposal. Staff and students who prefer to use their own devices on campus can quickly and securely connect to the school’s systems with Microsoft Enterprise Mobility Suite (EMS), and servers are secured, updated and patched with Microsoft Intune. Phishing attacks are the most common cyberthreat on campus, but by leveraging Active Directory, the IT department can help make sure accounts stay secure.

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Empowering educators and administrators to focus on what matters

For now, faculty, staff, and students are in the learning curve phase. Everyone has access to Office 365, and many are using OneNote and OneDrive to share documents and collaborate. Andrew’s IT department is doing the heavy lifting, migrating servers, data, and email to the cloud. Next up will be training and demo days to show faculty and staff all the tools that are readily available.
For educational institutions looking into a cloud solution, Andrew advises that it boils down to where you want to put your resources.
“In a cloud scenario, I’m out of the hardware business. After 18 years in this position, the thing that’s always caused the problems is hardware,” Andrew says. “Controller cards, fans, CPUs. Those are the things that come crashing down. With Azure, they’re a non-issue. All that redundancy is already there.”

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The best part? “No phone calls at 8 a.m. on a Sunday.” Andrew and his IT team sleep better at night knowing that the hardware pieces that tend to bring the system down go away. And that means they’re able to focus on being more of a partner in delivering technology so that faculty, staff, and students can get exactly what they need to do their work quickly and efficiently.

What’s next?

Andrew’s vision for the university is one where faculty and staff can register their own devices and have quick access to the resources and software they need, safely and securely, without even involving the IT department, or needing their support. Which will free up the IT team to continue looking for ways to use technology to continue simplifying resources, delivering new solutions, and lowering costs.

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For Andrew, the light bulb moment was realizing that, with Azure, his team could stand up a demo environment and throw hardware at it, acknowledging the pitfalls and configuring it—all in one day–saving time and money in the deployment stage. Andrew fully optimizes Keiser University’s cloud investment, and he’s leveraging the fact that he can ride the wave of resource needs instead of keeping everything at 100% and waiting for ebbs and flows.
Microsoft is proud to partner with Andrew and Keiser University to keep up with the pace of change in their digital transformation journey.

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intro to cloud computing - managed solution

Introduction to cloud computing and Microsoft Azure

Cloud computing overview

Cloud computing provides a modern alternative to the traditional on-premises datacenter. Public cloud vendors provide and manage all computing infrastructure and the underlying management software. These vendors provide a wide variety of cloud services. A cloud service in this case might be a virtual machine, a web server, or cloud-hosted database engine. As a cloud provider customer, you lease these cloud services on an as-needed basis. In doing so, you convert the capital expense of hardware maintenance into an operational expense. A cloud service also provides these benefits:
  •   Rapid deployment of large compute environments
  •   Rapid deallocation of systems that are no longer required
  •   Easy deployment of traditionally complex systems like load balancers
  •   Ability to provide flexible compute capacity or scale when needed
  •   More cost-effective computing environments
  •   Access from anywhere with a web-based portal or programmatic automation
  •   Cloud-based services to meet most compute and application needs
    With on-premises infrastructure, you have complete control over the hardware and software that is deployed. Historically, this has led to hardware procurement decisions that focus on scaling up. An example is purchasing a server with more cores to satisfy peak performance needs. Unfortunately, this infrastructure might be underutilized outside a demand window. With Azure, you can deploy only the infrastructure that you need, and adjust this up or down at any time. This leads to a focus on scaling out through the deployment of additional compute nodes to satisfy a performance need. Although this has consequences for the design of an appropriate software architecture, there is now ample proof that scaling out the commodity of cloud services is more cost-effective than scaling up through expensive hardware.
    Microsoft has deployed many Azure datacenters around the globe, with more planned. Additionally, Microsoft is increasing sovereign clouds in regions like China and Germany. Only the largest global enterprises can deploy datacenters in this manner, so using Azure makes it easy for enterprises of any size to deploy their services close to their customers.
    For small businesses, Azure allows for a low-cost entry point, with the ability to scale rapidly as demand for compute increases. This prevents a large up-front capital investment in infrastructure, and it provides the flexibility to architect and re-architect systems as needed. The use of cloud computing fits well with the scale-fast and fail-fast model of startup growth.

Types of cloud computing

Cloud computing is usually classified into three categories: SaaS, PaaS, and IaaS.

SaaS: Software as a service

SaaS is software that is centrally hosted and managed. It’s usually based on a multitenant architecture— a single version of the application is used for all customers. It can be scaled out to multiple instances to ensure the best performance in all locations. SaaS software typically is licensed through a monthly or annual subscription.
Microsoft Office 365 is a prototypical model of a SaaS offering. Subscribers pay a monthly or annual subscription fee, and they get Microsoft Exchange as a service (online and/or desktop Microsoft Outlook), storage as a service (Microsoft OneDrive), and the rest of the Microsoft Office suite (online, the desktop version, or both). Subscribers always get the most recent version. So you can have an Exchange server without having to purchase a server and install and support Exchange—the Exchange server is managed for you. Compared to installing and upgrading Office every year, this is much less expensive and requires much less effort to keep updated.

PaaS: Platform as a service

With PaaS, you deploy your application into an application-hosting environment that the cloud service vendor provides. The developer provides the application, and the PaaS vendor provides the ability to deploy and run it. This frees developers from infrastructure management so they can focus on development.
Azure provides several PaaS compute offerings, including the Web Apps feature of Azure App Service and Azure Cloud Services (web and worker roles). In either case, developers have multiple ways to deploy their application without knowing anything about the nuts and bolts that support it. Developers don’t have to create virtual machines (VMs), use Remote Desktop Protocol (RDP) to sign in to each one, or install the application. They just hit a button (or close to it), and the tools provided by Microsoft provision the VMs and then deploy and install the application on them.

IaaS: Infrastructure as a service

An IaaS cloud vendor runs and manages all physical compute resources and the required software to enable computer virtualization. A customer of this service deploys virtual machines in these hosted datacenters. Although the virtual machines are located in an offsite datacenter, the IaaS consumer has control over the configuration and management of them.
Azure includes several IaaS solutions, including Azure Virtual Machines, virtual machine scale sets, and related networking infrastructure. Azure Virtual Machines is a popular choice for initially migrating services to Azure because it enables a “lift and shift” migration model. You can configure a VM like the infrastructure currently running your services in your datacenter, and then migrate your software to the new VM. You might need to make configuration updates, such as URLs to other services or storage, but you can migrate many applications in this way.
Virtual machine scale sets are built on top of Azure Virtual Machines and provide an easy way to deploy clusters of identical VMs. Virtual machine scale sets also support autoscaling so that new VMs can be deployed automatically when required. This makes virtual machine scale sets an ideal platform to host higher-level microservice compute clusters, such as Azure Service Fabric and Azure Container Service.

Azure services

Azure offers many services in its cloud computing platform. These services include the following.
Compute services
Services for hosting and running application workload:
  •   Azure Virtual Machines—both Linux and Windows
  •   App Services (Web Apps, Mobile Apps, Logic Apps, API Apps, and Function Apps)
  •   Azure Batch (for large-scale parallel and batch compute jobs)
  •   Azure RemoteApp
  •   Azure Service Fabric
  •   Azure Container Service
    Data services
    Services for storing and managing data:
  •   Azure Storage (comprises the Azure Blob, Queue, Table, and File services)
  •   Azure SQL Database
  •   Azure DocumentDB
  •   Microsoft Azure StorSimple
  •   Azure Redis Cache Application services
    Services for building and operating applications:
  •   Azure Active Directory (Azure AD)
  •   Azure Service Bus for connecting distributed systems
  •   Azure HDInsight for processing big data
  •   Azure Scheduler
  •   Azure Media Services
    Network services
    Services for networking both within Azure and between Azure and on-premises datacenters:
  •   Azure Virtual Network
  •   Azure ExpressRoute
  •   Azure-provided DNS
  •   Azure Traffic Manager
  •   Azure Content Delivery Network

New Windows 10 upgrade benefits for Windows Cloud Subscriptions in CSP

By Nic Fillingham as written on blogs.windows.com

We’re excited to announce that customers with Windows subscriptions via the Cloud Solution Provider (CSP) program can now upgrade their Windows 7 and Windows 8.1 PCs and devices to Windows 10 at no additional cost.
This means customers subscribed to Windows 10 Enterprise E3 and E5 as well as Secure Productive Enterprise E3 and E5, can now upgrade their Windows 7 and Windows 8.1 PCs and devices to Windows 10 without the need to purchase separate upgrade licenses.
This is an important benefit addition to Windows cloud subscriptions in CSP as it enables customers who have yet to purchase a new Windows 10 device, or who missed out on the free upgrade to Windows 10 campaign, to take advantage of enterprise-grade security, managed by a trusted partner, for the price of coffee and a donut.
In order to take advantage of this new upgrade benefit, tenant admins for customers with Windows cloud subscriptions can log in to the Office 365 Admin center http://portal.office.com with their Azure Active Directory admin credentials and see options to begin the upgrade on the device they are currently using, share the download link with others in their organization, create installation media or troubleshoot installation.
The Windows 10 upgrade licenses issued as part of this process are perpetual and associated with the device. This means the license will not expire or be revoked if the customer chooses to end their Windows cloud subscription in the CSP program.

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The new upgrade benefits are rolling out now and tenant admins with Windows subscriptions in CSP should start to see Windows 10 upgrade options and links in their Office 365 Admin center over the next 48 hours.
We hope these new Windows 10 upgrade benefits will better enable businesses of any size – including those with PCs and devices still on Windows 7 and Windows 8.1 – to work with a trusted partner to upgrade to enterprise-grade security and management with flexible, small business pricing from just $7 per user, per month.

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Tech Sector Nonprofit Saves 79 Percent, Gains Global Market Access with Cloud Hosting

As written on customers.microsoft.com
Pro Bono Net provides web-based technology services that support law firms, courts, legal aid, and individuals throughout the United States. So when some of its own, on-premises servers reached end of life, what technology did the organization choose to replace them? Windows Azure. The nonprofit reduced annual cost after payback by 79 percent, made its service faster and more reliable, and has access to a global marketplace that was previously out of its reach.

Business Needs

Companies of all sizes are turning increasingly from on-premises IT infrastructures to cloud-based services for obvious reasons: they cost less and make it possible for companies to focus on their core strengths, rather than on commodity IT maintenance. But what do the providers of those services do when they face the same choice as their customers—and should those customers care?

A case in point is Pro Bono Net, a national nonprofit organization dedicated to increasing access to justice through innovative uses of technology and increased volunteer lawyer participation. The organization meets this mission, among other ways, through its Pro Bono Manager™ service, which boosts a law firm’s pro bono program management capacity. Operating as a secure, seamless extension of a law firm’s intranet, Pro Bono Manager integrates content from the public-interest legal community with reporting, knowledge management, and lawyer-and-case matching tools that draw on a firm’s own human resources and time keeping systems.

Pro Bono Manager is a web-based, or software-as-a-service, solution—and the low-cost and minimal management required by the law firms that adopt it has been one of its selling points. But the cloud that hosted the service was a very physical set of servers owned and managed by Pro Bono Net. When those servers reached end-of-life, Pro Bono Net faced the same choice that their customers had answered by choosing Pro Bono Manager: Should Pro Bono Net refresh its hardware installation, or migrate Pro Bono Manager to a cloud platform?

The organization had to consider the economics of its choices, as any enterprise would. But, as a service provider to others, it had additional considerations: Would a move to the cloud affect the prices, availability, reliability, and speed that Pro Bono Net offered its customers and, if so, how?

Solution

Pro Bono Net already had experience with the cloud; some of its other solutions ran on Amazon Web Services. But when it came time to migrate Pro Bono Manager, the organization chose Windows Azure, the Microsoft cloud computing platform.

One reason: Windows Azure was built from the ground up to support the same Microsoft technologies—Microsoft SharePoint Server, Microsoft SQL Server Reporting Services (in the cloud: Windows Azure SQL Reporting), and the Microsoft .NET Framework—that Pro Bono Net already used. Another reason: Microsoft offered Windows Azure Virtual Machines, which provided the flexibility and availability that comes from the use of virtualization technology.

Pro Bono Net used Windows Azure Virtual Machines for persistent virtualization in support of SharePoint Server, which serves as the foundation for Pro Bono Manager. If the organization had been moving between more consistent platforms—say, two virtual platforms, one managed on-premises and one in the cloud—it would have been easier to estimate cost. Going from a physical/on-premises platform to a virtual/cloud platform required some experimentation in preproduction environments, which the organization and Microsoft completed successfully.

Pro Bono Net eventually decided on a high-availability infrastructure that replicated domain controllers, front ends, application servers, and Windows Azure SQL Database instances on virtual machines. It also adopted Windows Azure availability sets to further mitigate risk and promote reliability. And as its use of Windows Azure grows, the organization expects to adopt geo-colocation features that will further increase fault tolerance and business continuity.

Benefits

By using Windows Azure, Pro Bono Net gains lower cost, greater reliability, faster performance, and new business opportunities. The organization plans to move its Amazon-based sites to the Microsoft cloud platform, too.

Avoids 79 Percent Cost of On-Premises Solution

Cost was a key factor for Pro Bono Net in deciding between an on-premises and cloud-based platform for Pro Bono Manager. By choosing Windows Azure, the organization avoided a US$25,000 investment in production hardware and services, plus $8,300 in maintenance and system administration. It also avoids another $25,000 investment to replicate the environment for the sake of business continuity.

For its specific configuration on Windows Azure, Pro Bono Net spends $11,000 annually—and saves 79 percent over comparable cost for an on-premises infrastructure and support, after a 1.4-year payback period.

Uptime Rises to 3 “9s,” Users See 20 Percent Faster Loads

Pro Bono Net now pays less to support Pro Bono Manager while gaining more, particularly more reliability. Since the move to Windows
Azure, uptime for the application has increased from 99 percent to 99.9 percent. “That’s a significant increase for us,” says Alec Rosin, Consulting Engineer for Pro Bono Net. “On-premises, if we had a disaster, we could be out for a week. We don’t anticipate that happening on Windows Azure.”
Pages and reports now load about 20 percent faster on Windows Azure, creating a more natural user experience.

Gives National Organization the Tools to Go Global

Pro Bono Net expected lower cost and better service from Windows Azure. What it didn’t expect was new business opportunities—but it now has them, too. Many countries or regions require that sensitive data, including legal data, remain within their borders. Pro Bono Net, with its US-based data center, couldn’t go after this business before.
Now, using Windows Azure’s global data centers and Content Delivery Network, it can. “We can go from being a national service organization to a global service organization, by using Windows Azure,” says Adam Licht, Director of Product Management at Pro Bono Net.

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