How Microsoft Azure Architecture Technology works

Microsoft Azure: Architecture Technologies-the course for every Solution Architect’s success story?

Microsoft Azure Architecture Technologies:
Before learning more about the course you should know what a solution architect’s importance is in the architectural industry.

What is a solutions architect?
Solution architecture is the practice of designing, describing, and managing solution engineering in relation to specific business problems. The solution architect is therefore responsible for guiding and presenting the overall technical vision for the solution.

What are their key responsibilities?
Making decisions at the solution level and analyzing their impact on overall business goals and outcomes are the key responsibilities of a solution architect. A person in this position, similar to an architect in the construction industry who creates a general blueprint for a future building, must have a thorough understanding of available technology in order to recommend the best solution based on the existing environment and incoming requirements.
Therefore, after developing a strategic technical vision for the product, the solution architect is involved in estimating the budget and presenting it to the stakeholders. Once everything has been agreed upon, he or she oversees the development process and keeps all stakeholders informed of progress.

Hence, it is very important to create effective decisions and derive solutions to succeed in this field.

Are you a Solutions Architect struggling to create safe, scalable, and reliable solutions for all your business-related requirements?
P2L has partnered up with Microsoft Azure to provide the perfect course for you.

What does Microsoft Azure Architecture Technologies offer?
It is the course that all Solutions Architects need.
The following  course offered by P2L allows:


– Secure identification with Azure Active Directory, Users, and Groups.

– Helps implement on-site identity solutions and cloud-based skills.
– Applies monitor solutions to accumulate, incorporate and evaluate data from different sources.
– Manages subscriptions, accounts, Azure policy, and Role-Based Access Control.
– Administer Azure by using the Resource Manager, Azure Portal, Cloud Shell, and CLI.
– Setting up intersite connectivity solutions such as VNet Peering and virtual network gateways.
– Administer Azure App Service, Azure Container Proceedings, and Kubernetes.

How will these skills be applied to help my business?
By taking the Microsoft Azure: Architecture Technologies course you will build a well-designed solutions architect that aids teams in developing products on time and on budget while also ensuring that they solve the problem they were created to solve.

1. Adapting solutions to the needs of the business

Companies typically have operating systems, and information context, and integration requirements already in place. The solution architecture ensures that a new system fits into the existing business environment. A solution architect must understand how all parts of the business model interact in order to complete this task. Processes, operating systems, and application architectures are all included. They will be able to design a specific solution that best fits the environment if they understand these processes.

2. Taking into account the needs of all stakeholders

A product usually has a number of stakeholders, both technical and non-technical experts. The goal of a solution architecture is to ensure that all of their requirements are met. Stakeholders must be kept up to date on product development processes, costs, and budgeting on a regular basis. These activities are typically carried out by a solution architect, who converts technical project information into a language that management and non-technical stakeholders can comprehend.

3. Choosing the technology stack for the project

The technology stack chosen will have a direct impact on the technical architecture strategy. Platforms, programming languages, and tools are all associated with a variety of practices. Therefore, the solution architecture function here is to determine which of them is best for a specific project. It’s not an ordinary task that necessitates technology evaluation.

4. Non-functional requirements must be met.

While the exact list of non-functional requirements varies depending on the complexity of each product, the most common include security, performance, maintainability, scalability, usability, and product reliability. The solution architect’s job is to analyze all non-functional requirements and make sure that product engineering is done correctly.


Once you master the following skills you are ready to conquer your Solution Architect dreams! 



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