Build and Enhance Cloud applications With AWS Well-Architected Framework

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AWS Well-Architected Framework
December 28, 2018 | 5 min read

Cloud applications are software programs where local and cloud-based components cooperate to satisfy a specific necessity. This model depends upon remote servers for dealing with the logic retrieved through an internet browser with a predictable web association. Generally, cloud and data processing are overseen over the cloud through an API (application program interface) dissimilar to the user’s viewpoint of considering cloud applications carry on like an ordinary site. Here are a few reasons that will help you understand why cloud application development with AWS Well-Architected Framework is popular-

  • Cloud applications are getting more important day by day. The reason behind it is its cost-cutting benefit to support the server system online.
  •  The wide accessibility of cloud applications provides huge interaction quickly from anywhere.
  • Cloud applications have better reliability to cut costs by controlling the frequency of use.
  • The safety and backup of the data are necessary. Cloud applications assure them once again.

Challenges with building cloud-based solutions

A cloud-based solution signifies a service that is only available on demand. The service is related to applications, storage, networks and is provided only through the medium of the internet. It increases scalability and reduces the cost of the infrastructure. The capacity of the system grows along with such benefits. In the smartphone era, it has become more convenient to access cloud-based solutions from anywhere. Challenges for Cloud-based solutions are listed here for an idea –

  • A network connection is mandatory for cloud-based solutions. A cloud computing system in a cloud-based solution needs a network for reviving any data. Transferring any data also requires the same thing.
  • The shortcomings are common with cloud-based solutions regarding storage and space. Premium offers are always chargeable to fulfill the need for additional space requirements.
  • The concerns regarding monitoring and controlling are always there. Safety-related to the cloud servers comes with an explanation for the users, but it is not clarified in some cases.
  • Hacking the system is one of the most significant issues for users. Cloud hacking is becoming a common and targeted case nowadays.
  • Once there are some technical issues, one must get in touch with the support system. Otherwise, it might be challenging for users.

Five pillars of AWS well-architected framework

AWS, a well-architected framework, is a development built to aid in cloud architecture. A well-Architected Framework supports the infrastructure as it is based on five pillars. It designs some rules for cloud solutions for better operations. The architecture of technology solutions is made more accessible with the Well Architect Framework. The system gets an enhancement with WAF and its five pillars.

Five Pillars of Well-Architected Framework

  • Security: Security is one of the most significant facets to protect a wide range of policies, technologies, functionalities, etc., deployed to secure data, applications, & all the indulged frameworks of cloud computing. Before developing a security system, all effective security practices should be noted down. Also, various security incidents should be identified to protect & maintain the confidentiality and integrity of data through data protection.
  • Reliability: Reliability implies the probability of a framework/ frame for performing the necessary functions in a time frame without failure. 

A framework must have a well-arranged establishment, with systems for taking care of requirements. The framework ought to be intended to recognize system failure and automatically recuperate itself.

  • Performance efficiency: The performance efficiency pillar incorporates the capacity to utilize computing assets proficiently to meet framework necessities and to preserve that required efficiency as technological advancement. A data-driven strategy should be adopted to choose an elite & high-performing architecture.
  • Cost optimization: The cost optimization pillar fuses the ability to avoid worthless expenses or sub-optimal resources considering the prior need for cost-effective resources. The key to cost saving is proper research to get good references, instances, and resources. 
  • Operational excellence: Operational Excellence is one of the prime reasons for the AWS Well-Architected Framework to be chosen, which can be measured by its unwavering quality, dexterity, execution & on-time delivery. To support the outcome of the business, operation teams must effectively understand the business & customer’s requirements. They need to collect all metrics & measure the KPIs to reach the goal.

Challenges with AWS Well-Architected Framework

  • Operational excellence ensures a better monitoring system. And it ensures cloud-based solutions work with excellence regarding transferring and storing data.
  • Hacking risks will be at bay once there is an AWS Well-Architected Framework. The tight security protects the whole system and works as a shield.
  • Improve business performance with AWS Well-Architected Framework cost optimization without paying for any hidden charges.
  • The performance efficiency of AWS Well-Architected Framework provides an all-around efficient controlling and monitoring with some detailed clarification for the user’s convenience.
  • Performance failure is negligible with AWS Well-Architected Framework. So, get an assurance of reliability with a support system.

About AWS Well-Architected Tool

This AWS Well-Architected tool is concerned with AWS Well-Architected Framework. So, the system is based on the framework. The tool intends to improve performance, security, and efficiency in application infrastructure. The tool evaluates the architect efficiently. One needs to mention the workload. Answer the questions concerning operational excellence, security, performance efficiency, reliability, and cost optimization. Now, get a workload review with the AWS Well-Architected Tool. One can get documents on the review after these three steps.

Benefits of AWS Well-Architected Tool

  • Get some access to the best practices for architectural guidance.
  • Evaluate and review workload with this tool. Measure the possible risks and chances of improvement also.
  • Consistent improvement of architecture is possible with this tool. It assures the implementation of necessary improvements with multiple review procedures per the user’s requirement.

Conclusion

Cloud computing apps are increasing to serve IT infrastructure, generating many business opportunities in the digital world. 

While planning and operating efficient, productive, secure, and savvy frameworks in the cloud, consideration of the AWS Well-Architected Framework is vital. It offers the best architectural practices covering all five pillars required, including a set of parameters that allows reviewing the existing or proposed solutions. The use of the framework in a cloud architecture helps enterprises develop efficient, effective & stable systems for different complex solutions.

About the Author

Scalex is a digital engineering company that partners with startups and SMBs to provide end-to-end product development services by leveraging the power of digital technologies such as Mobile, Cloud, and Analytics.

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