ACTE Provides up-to-date Learning Contents and Materials, Actual Immersions via Authorized Lab Exercises, with Highly-Qualified and Certified Instructors for our clients. To empower People and Organizations on Technology Platforms by bridging the Skill-set Gap through Training and Learning Programs.This supports our mission of uplifting the quality and standard of people skill-sets, and be the partner of choice of our clients towards building and growing Professional Technical Expertise.
AWS or Amazon Web Services is the most in-demand cloud platform and offers certifications multiple levels. AWS Certified Solution Architect Associate is consistently ranked as one of the top certification programs and the AWS market is expected to reach $236B by 2020 at a CAGR of 22 per cent.There are more than 380,000 cloud computing jobs available around the world, and the need for certified cloud computing professionals is increasing every year.
Amazon Web Services, popularly known as AWS Certification in the market, is a secure cloud service platform. It offers various functions for a business to scale up and grow such as computing power, content delivery, database storage and many other functionalities.
AWS Certification is a good career move for those who want to explore and grow in the field of cloud computing. With the help of AWS Certification , an individual, company, enterprises can get a cloud computing platform. For starting a career in AWS Certification as a fresher, first of all, you need to undergo training for AWS Certification .
Yes, you can get a job even when you are an AWS Certification fresher. But make sure you know all about AWS Certification Cloud. However, only learning about the AWS Certification cloud is not enough to get your hands on a good job.
We are happy and proud to say that we have strong relationship with over 700+ small, mid-sized and MNCs. Many of these companies have openings for AWS Certification . Moreover, we have a very active placement cell that provides 100% placement assistance to our students. The cell also contributes by training students in mock interviews and discussions even after the course completion.
AWS Certification is primarily an Infrastructure as a Service (IaaS) Cloud Platform. You need not know any programming to be successful in AWS Certification “mostly”. However, all of that depends on exact role you get into. If you are writing scripts/programs for automation/control of AWS Certification services, programming knowledge is a must.
- Having basic knowledge of operating systems like Windows OS, Linux etc
- As Visualization play a major role in AWS Certification you need to have the understanding of it
- Networking is an essential skill as all operations on cloud platform involves it.
- Understanding the difference between the Public and Private cloud
- Last but not the least, you must have basic command over coding
- AWS Certification , Python or C# Most architects have a software development background.
- Networking.
- Data storage fundamentals.
- Security foundations.
- AWS Certification service selection.
- Cloud-specific patterns and technologies.
- Communication.
Our courseware is designed to give a hands-on approach to the students in AWS Certification . The course is made up of theoretical classes that teach the basics of each module followed by high-intensity practical sessions reflecting the current challenges and needs of the industry that will demand the students time and commitment.
The future of AWS Certification is bright. Infact, it's the future of modern day computing. Cloud computing, machine learning, IOT, etc are some of the domains which have a lot to offer in the near future.
Depending on how much experience you already have, it’s possible to learn AWS Certification in 3 days with our instructor-led courses comprising of 18 hours of training. If you’re looking to gain AWS Certification certification this will take a little longer, as you’ll also need to prepare for the exam.
- Customization.
- Flexibility & Scalability.
- PaaS Offerings.
- Security.
- Scheduling.
- Recovery.
- Consistency.
- Global Architecture.
Microservices: Building an Effective Business Model with AWS Architecture
Following are some characteristics of a microservice architecture:
- Redistributed data management:Microservices don’t rely on a single schema in their central database. They have different views for various data models and are unique in the ways they are developed, deployed and managed.
- Functional independence:Modules in the microservice architecture can act independently without affecting the functionality of other components. They can be changed or upgraded without affecting other microservice modules.
- Simplicity:Each component is built on a set of capabilities fulfilling a specific function. Depending on the level of complexity, it can be split up into two or more independent components.
- Flexible and heterogeneous approach:Microservice gives the teams a freedom to choose the best tools and methods for their specific problems, be it programming languages, operating systems or data stores.
- Black box design:Microservice components potentially hide the details of their complexity from other components. The internal communication between the components happen with very well defined APIs to prevent implicit data dependencies.
- DevOps: This means, when you build it, you operate it. This helps the developers to be in close contact with their consumers, precisely understanding their needs and expectations.
Benefits of Microservices:
When addressing the agility and scalability issues of traditional monolithic architecture deployments, microservices benefit consumers in various ways such as:
- Microservices create a sophisticated working environment where small and independent teams take the ownership of a particular service. Hence, empowering them to work quickly and independently shortening the cycle times.
- Having a Devops culture by merging the development and operational skills removes the hassles and contradictions, providing an agile deploying environment. Making it easy to test and implement new ideas faster, henceforth creating a low cost of failure.
- Dividing a software into small and well defined modules can be maintained, reused and composed easily, giving out a great output in-terms of quality and reliability.
- Each service can be developed and implemented with their best-suitable programming languages and frameworks, and can be finely tuned in-line with aptly performing service configurations.
- Failure isolation is made easier with microservices as techniques such as health-checking, caching or circuit breakers allow you to reduce the blast radius of a failing component.
AWS, one of the most-preferred cloud service platforms has number of offerings those address the challenges of a microservice architecture.
Effective Scaling and Provisioning of resources:
AWS microservice architecture employ on-demand resources that are readily available and provisioned when needed. Multiple environments can co-exist correspondingly, so that you need not employ difficult forecasting methods to guess the storage capacity of the microservices.
You only pay for what you use:
You can potentially experiment the new features or services, and roll them out if they aren’t successful for your business goals in AWS microservice architecture. This helps you find the innovation best suiting your business goals and also fulfills a microservice’s goal of achieving high agility.
Versatile programmability:
AWS microservices come with a specific API, Command Line Interface (CLI) and SDKs for different programming languages. Even complete architectures can be cloned, scaled and monitored through custom codes and programming languages. And, in-case of any failure, they are capable in healing themselves automatically.
AWS microservices provide you with a flexible environment to programmatically build custom tools and deploy the suitable resources, thereby reducing the operational costs and efforts.
Infrastructure as a Code:
AWS microservice architecture lets you to describe the whole infrastructure as a code and allows you to manage it in a version-control environment. You can redeploy any specific version of an infrastructure at any time, and compare the quality and performance to any application version to ensure they are in sync.
Reduce operational complexity with Continuous deployment and delivery:
Managing multiple application cycles in parallel can lead to operational complexity. AWS microservices offer automation of the provisioning and deployment process, enabling the adoption of continuous integration. This ‘continuous integration’ of the development part of the life-cycle can be further extended to the operations part of the life-cycle.
Managed services with AWS microservice architecture:
One of the key benefits of cloud infrastructures is it relieves you of the hassles of provisioning virtual servers, installing and configuring the softwares, and dealing with scaling and reliable backups. Monitoring, scaling and security are already built into the AWS microservices, helping you to further reduce the operational complexity of running microservice based architectures.
Service-oriented and Polyglot approach:
Each AWS microservice focuses on solving a specific and well-defined problem by communicating with other services using clearly defined APIs. This approach breaks down the complex infrastructure into simpler bricks or modules, preventing the need of duplication of the processes.
With microservices definitely helping to break down the complex business process into simpler modules, AWS cloud microservices further reduces the operational and interactional complexity of the microservices, helping you to define and use the most ‘appropriate’ solution for your specific business problem.
