Advanced Serverless Architectures with Microsoft Azure Course

Course Details:

Length: 2 days

Price: $1,240/person (USD)

Group Price: Request Quote

Training Reviews

Course Features:

Live Instructor Teaching

Certificate of Completion

Digital Badge

Courseware: Print

Free 6 Month Online Retake

Hands-On Learning?: Yes

Software Lab Included?: Yes

Delivery Methods:

Live Online

Individuals and Groups
@ Your Location

Onsite for Teams

Group Teams
@ Your Organization

This is an instructor-led course. It is taught by an instructor live online or at organizations for groups.
For team training, we can teach onsite at your office or private live online.


Course Overview

Advanced Serverless Architectures with Microsoft Azure redefines your experience of designing serverless systems. It shows you how to tackle challenges of varying levels, not just the straightforward ones. You'll be learning how to deliver features quickly by building systems, which retain the scalability and benefits of serverless.

You'll begin your journey by learning how to build a simple, completely serverless application. Then, you'll build a highly scalable solution using a queue, load messages onto the queue, and read them asynchronously. To boost your knowledge further, the book also features durable functions and ways to use them to solve errors in a complex system. You'll then learn about security by building a security solution from serverless components. Next, you’ll gain an understanding of observability and ways to leverage application insights to bring you performance benefits. As you approach the concluding chapters, you’ll explore chaos engineering and the benefits of resilience, by actively switching off a few of the functions within a complex system, submitting a request, and observing the resulting behavior.

By the end of this course, you will have developed the skills you need to build and maintain increasingly complex systems that match evolving platform requirements.

Register Early: Registration Deadline is 2 Weeks Prior to Class Start.

Course Notes

Target Audience

Advanced Serverless Architectures with Microsoft Azure is ideal if you want to build serverless systems with fewer outages and high performance using Azure. Familiarity with the C# syntax and Azure Functions and ARM templates will help you to benefit more from this book. Prior knowledge of basic front-end development, HTML, JS, and CSS is beneficial but not essential. Some DevOps knowledge is also beneficial but not essential.

Knowledge Prerequisites

Beginning Serverless Architectures with Azure

Course Topics

Course FAQs

What are the available class formats?

This course is taught by a live instructor and is available in two class formats:

  1. Live Online for Individuals
  2. Onsite/Online for Private Groups

What is Microsoft Azure Serverless Architecture?

Microsoft Azure Serverless Architecture is a cloud computing platform that enables businesses to deploy applications and services with reduced operational costs, simplified maintenance, and scalability. It eliminates the need for managing servers or provisioning resources as they are abstracted away from the underlying infrastructure. With serverless architecture, developers can focus on writing code while Azure handles resource management, scaling, and availability. This allows businesses to rapidly develop applications with fewer resources while also reducing the total cost of ownership. Additionally, serverless architecture can be used to quickly spin up web-based APIs or custom backends, making it ideal for modern cloud-native applications. With Azure Serverless Architecture in place, businesses are able to take advantage of the agility and scalability of the cloud to quickly respond to changing customer needs.

In summary, Microsoft Azure Serverless Architecture provides businesses with a cost-effective, reliable platform for deploying applications and services at scale. It reduces operational costs while making it easier to maintain and scale applications quickly. With serverless architecture in place, businesses can focus on their core competencies while Azure handles the heavy-lifting of resource and availability management. This makes serverless architecture an essential component for businesses today that want to take advantage of the cloud's agility and scalability.

What are Microsoft Azure microservices?

Microsoft Azure microservices are a form of cloud computing which enables applications to be developed and managed independently. This helps developers build more flexible, resilient and scalable applications in a cost-effective manner. Microsoft Azure microservices allow developers to break complex applications down into smaller, modular services that can be deployed, maintained and scaled independently from each other. As a result, applications can be developed faster with less risk and more agility. Additionally, Microsoft Azure microservices enable organizations to take advantage of the cloud’s scalability and cost-effectiveness while still retaining control over their own code.

By combining the power of the cloud with the reliability of on-premise services, Microsoft Azure microservices offer a unique approach to application development and management. Microsoft Azure microservices also offer additional benefits such as increased security, scalability and manageability. With the ability to deploy and manage services independently, organizations can easily adjust their applications to meet changing demand or trends in usage without having to re-write large chunks of code. This saves time, money and resources, allowing organizations to focus on innovation and growth.

What are Microsoft Azure serverless scaling patterns?

Microsoft Azure serverless scaling patterns are strategies used to optimize the performance of applications and services by taking advantage of serverless computing. Serverless computing allows businesses to run code without having to manage or provision servers, making it easier and faster to scale applications as needed. By utilizing Microsoft Azure serverless scaling patterns, businesses can save time and resources while still getting the performance they need.

Examples of Microsoft Azure serverless scaling patterns include autoscaling, function as a service (FaaS), and pay-per-execute models. Autoscaling allows businesses to automatically adjust the computing resources necessary to run their applications and services based on usage data. Function as a Service enables important processes to be broken down into smaller, more manageable functions that can be managed and scaled independently. The pay-per-execute model removes the need to manage servers altogether and instead charges businesses only for the work they use. Utilizing these serverless scaling patterns helps businesses quickly scale their applications in order to keep up with customer demand and maximize efficiency.

What are Microsoft Azure durable functions?

Microsoft Azure Durable Functions is a serverless compute technology designed to simplify the development of complex, resilient workflows on the Microsoft Azure cloud platform. It enables you to create long-running, stateful functions that can be triggered by web requests or events in Azure services such as Storage Queues and Event Hubs. With Durable Functions, developers can easily coordinate and manage the sequences of activities that make up their workflows. This can help them build robust applications that are easy to maintain, while minimizing time-to-market and operational costs. Durable Functions also allows developers to create processes such as fan-in/fan-out patterns and human interaction flows, which were previously difficult to achieve in the cloud. Ultimately, Durable Functions makes it easier to build and maintain reliable workflows that span multiple services on Microsoft Azure.

What are Microsoft Azure security features?

Microsoft Azure offers a wide range of security features to help protect your data and applications. These features include identity management, access control, vulnerability scanning, encryption at rest and in transit, application whitelisting, and more. With these tools, you can ensure that only authorized personnel have access to sensitive information and that all communication between systems is encrypted. Microsoft Azure also includes a comprehensive set of compliance standards, so you can be sure that your data is safe and secure. Additionally, Azure offers logging and monitoring services to detect any suspicious activity or attempts to breach the system. With these security measures in place, you can rest assured that your data is protected and secure.

What is Microsoft Azure observability?

Microsoft Azure observability is a comprehensive set of services that help developers and IT professionals diagnose, monitor, and analyze the performance of applications and infrastructure in real-time. It includes metrics, logs, traces, application insights, and more to provide full visibility into the health and performance of your cloud environment. With this suite of tools at your disposal, you can be sure that your applications are running optimally and that any potential issues are identified quickly and addressed appropriately. Additionally, Azure Observability provides granular insights into usage patterns, resource utilization, and other insights to help you make informed decisions about how to best allocate resources for maximum performance. Ultimately, by leveraging the power of Microsoft Azure observability, you can ensure that your applications are running at their peak efficiency and remain reliable for years to come.

What is Microsoft Azure chaos engineering?

Microsoft Azure Chaos Engineering is a cloud-based approach to engineering resilience and reliability. It helps teams understand the behavior of their applications in real-world conditions, by deliberately introducing faults and failures into system environments. This allows them to test how their software will respond when faced with unexpected situations or errors. By understanding the impact of these faults and failures, teams can develop more robust, resilient software. This helps ensure that applications remain available and perform as expected in production environments. Microsoft Azure Chaos Engineering also helps teams identify potential issues before they reach the end user, reducing downtime, data loss, and frustration caused by application failure. It is an essential part of any DevOps strategy, helping organizations create stable, reliable systems and ensuring a great customer experience. With Azure Chaos Engineering, teams have the tools they need to gain confidence in their applications, helping them deliver secure and reliable software faster.

Related Microsoft Azure Information:

How Much Do Microsoft Azure Training Courses Cost?

Public instructor-led Microsoft Azure course prices start at $620 per student. Group training discounts are available.

Self-Paced Microsoft Azure eLearning courses cost $600 at the starting point per student. Group purchase discounts are available.

What Azure Skills Should I Learn?

A: If you are wondering what Azure skills are important to learn, we've written a Microsoft Azure Skills and Learning Guide that maps out Azure skills that are key to master and which of our courses teaches each skill.

Read Our Microsoft Azure Skills and Learning Guide

How long does Azure take to learn?

A: The amount of time it takes to learn Azure really depends on your previous experience and how quickly you are able to pick up new concepts. However, most people should be able to get a good grasp of Azure within a few weeks with some dedicated study. If you want to become an expert in Azure, it will probably take a few months or even longer.

The best way to learn Azure is to get started with some basic concepts and then build on your knowledge over time. There are many resources available to help you learn Azure, so don't be afraid to ask for help or look for tutorials online. With some effort, you should be able to learn everything you need to know about Azure.

Azure training classes typically last between two and four days, depending on the level of expertise you wish to achieve. Beginner classes may be shorter, while more advanced classes may be longer. You can also expect to spend some time outside of class learning Azure on your own.

Certstaffix Training offers Microsoft Azure training courses. Browse our offerings today or contact us to get started.

Does Azure require coding?

A: No, you don't need to be a coder to use Azure. However, being able to code can help you get the most out of Azure and take advantage of all its features. If you're not a coder, don't worry - our Azure training classes can help you get up to speed on everything you need to know.

Browse our Microsoft Azure classes or contact us today to learn more.

Is Azure difficult to learn?

A: No, Azure is not difficult to learn. In fact, many people find it relatively easy to get started with Azure and its various features. The key is to have access to quality training materials and resources so you can learn at your own pace.

Microsoft Azure is a cloud platform that offers a wide range of services and features. In order to learn it, you need access to quality training materials and resources. Fortunately, there are many different ways to get started with Azure.

One option is to take an Azure training class. Another option is to watch online video tutorials. There are many different Azure video tutorials available, and they can help you learn at your own pace.

Another great way to learn Azure is to use the official Microsoft documentation. This comprehensive resource provides detailed information on all aspects of the platform. Finally, you can also join the Microsoft Azure community. This online community is full of experts who can help you learn Azure and solve any problems you may encounter.

Certstaffix Training offers both online and group onsite classes that can help you quickly get up to speed on Azure. Our expert instructors will guide you through everything you need to know, from the basics of cloud computing to more advanced concepts such as networking and security. Contact us today to learn more about our Azure training courses.

What are the top Azure skills?

A: When it comes to Azure skills, there are a few that stand out above the rest. Here are the top three Azure skills that employers are looking for:

Top Azure Skills

1. Cloud Computing Skills - As Azure is a cloud computing platform, it’s no surprise that employers are looking for candidates with strong cloud computing skills. If you want to be a top candidate for an Azure role, make sure you have a strong understanding of cloud computing concepts and how they can be applied to Azure.

2. Azure Administration Skills - Another important skill employers are looking for in candidates for Azure roles is experience with Azure administration. If you have experience administering Azure resources, you’ll be in a good position to land a top Azure role.

3. Azure Development Skills - In addition to cloud computing and Azure administration skills, employers are also looking for candidates with strong Azure development skills. If you have experience developing applications on Azure, you’ll be in a good position to land a top Azure role.

By honing these three Azure skills, you’ll be in a good position to land a top role on the platform. So get started today and start building your Azure skillset!

Where Can I Learn More About Microsoft Azure?

Microsoft Azure Blogs

Microsoft Azure User Groups

Microsoft Azure Online Forums

Explore Azure Training Classes Near Me:

Certstaffix Training provides Azure classes near me or online, depending on the number of students involved. We offer online courses for individual learners, as well as in person classes at your office for corporate groups. Our trainers are highly experienced professionals with the expertise necessary to help you gain a thorough understanding of Azure concepts and tools. With our courses available online for individuals or in person for corporate groups, it's easy to develop your Azure skills. Start learning today and see how Certstaffix Training can help you reach your goals.



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