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Resiliency in AWS

Migrate your data centers to AWS cloud with increased efficiency and minimum downtime.

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Resiliency in AWS

Promoting AWS Best Practices
for Resiliency

The AWS well-architected framework helps to build resilient architectures for the required availability and continuity of your critical workloads and applications. AWS services and tools empowers you to design, implement, and maintain highly resilient systems in the cloud. With AWS Resiliency, you can build robust, fault-tolerant solutions that can withstand disruptions and recover quickly, minimizing the impact on your business.

AWS Well-Architected Pillars


Operational Excellence

Operational Excellence

Design systems for efficient operation, automation, and ongoing management.

Security

Security

Implement a strong security foundation to protect your data, systems, and assets.

Reliability

Reliability

Design systems to recover from failures and handle changes in demand.

Performance Efficiency

Performance Efficiency

Select the right resource types and sizes to optimize performance and cost.

Cost Optimization

Cost Optimization

Optimize costs by selecting the right resource types, sizes, and pricing models.

Sustainability

Sustainability

Understanding impact, maximizing utilization to minimize required resource.



Ability to withstand and recover from disruptions and continue operating systems effectively

The Reliability pillar is one of the six pillars of the AWS Well-Architected Framework, which provides guidance on building and operating reliable, secure, efficient, and cost-effective workloads in the AWS cloud. This pillar focuses on designing systems that can withstand and recover from failures, disruptions, or changes in demand, ensuring high availability, fault tolerance, and the ability to quickly restore operations.

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Benefits of Resiliency on AWS

High Availability

High Availability

Enhanced Security

Enhanced Security

Improve Scalability and Elasticity

Improve Scalability and Elasticity

Increase Business Agility

Increase Business Agility

Minimal downtime

Minimal downtime

Fault Tolerance

Fault Tolerance

Rapid Recovery

Rapid Recovery


Our Approach

  • High Availability
    01
  • Backup / Restore
    02
  • Pilot Light
    03
  • Warm Standby04
  • Multi Site Active - Active
    05
  • High availability refers to the design and implementation of systems or architectures that are built to minimize downtime and ensure continuous operation of applications and services.
  • The goal of high availability is to eliminate single points of failure and provide redundancy and fault tolerance to withstand hardware failures, software glitches, network issues, or other potential disruptions.
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    01
  • Backup and restore are crucial components of a comprehensive data protection strategy.
  • It involves backing up your systems and restoring them from backup in case of disaster.
  • CCS V Slide
    02
  • The pilot light architecture is a disaster recovery strategy that allows you to maintain minimal operational functionality while keeping costs low.
  • In this strategy, the core components of your application are continuously running in a minimal configuration in the primary region, referred to as the "pilot light."
  • Additional resources are provisioned on an as-needed basis in the secondary region(s) only during a disaster or failure event.
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    03
  • The warm standby architecture is a disaster recovery strategy that provides a balance between high availability and cost-effectiveness.
  • In this method, a scaled-down version of your application environment is kept running and ready to take over in the event of a failure or disaster.
  • Unlike the hot standby approach where the secondary environment is fully active and synchronized with the primary environment, the warm standby keeps essential components running with a slight delay in synchronization.
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    04
  • Active-active disaster recovery (DR) is an architecture where multiple instances of your application are actively running and serving traffic in different locations simultaneously.
  • In this setup, both the primary and secondary environments are fully operational and actively handling user requests, providing high availability and continuous service availability.
  • CCS V Slide
    05

    Resiliency Toolkit

    Resiliency Design

    Resiliency Operations

    Resiliency Recovery



    Use Cases





    Resources



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    There are scores of benefits awaiting for the businesses that dares to take the leap to cloud. However complex your IT environment, we can help you get started.

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    Let's Talk About Your Needs

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