AWS Resilience Competency partners

Proven partners delivering resilient architectures and disaster recovery solutions to help you maintain business continuity on AWS.

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Why AWS Resilience Competency Partners?

AWS Resilience Competency Partners specialize in improving customer’s critical workloads availability and resilience in the cloud. As each customer and their critical workloads are unique and have distinct availability requirements, AWS Resilience Competency Partners can provide guidance and solutions suitable to achieve the utmost system uptime requirements.

With AWS Resilience Competency Partners, customers can trust that the professional, consulting, or engineering services provided have been validated by AWS experts to the technical bar of its new framework in the AWS Resilience Competency Partner categories: Resilience Design, Resilience Operations, and Resilience Recovery. AWS Resilience Partners who have achieved the Core Resilience designation demonstrate the most holistic set of consulting services for customers with solutions validated by AWS in all three categories. With this standardized approach, customers can achieve their resilience in the cloud goals with the expert assistance of AWS-validated Resilience Competency Partners in a simplified, phased approach.

The AWS Resilience Competency has validated that the partners below have demonstrated they can help customers improve their resilience in the cloud.

Explore AWS Resilience Services and Software

Services

Core Resilience

AWS Partners in this category demonstrate the most holistic set of consulting services for customers by qualifying for Resilience Design, Resilience Operations, and Resilience Recovery categories.

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Resilience Design

AWS Partners in this category have a proven track record of providing consulting services to help customers build cloud architecture for business-critical workloads that are sensitive to unplanned downtime. The guidance provided by the partners in this category validates that architectural design have a resilient posture and that minimal operation intervention is required to ensure the availability and continuity of business-critical workloads. Partners in this category also help customers design applications capable of withstanding service disruptions by utilizing resilient software design patterns, building a DevOps resilience practice and implementing self-healing mechanisms based on extensive observability of business, application metrics and AWS infrastructure health monitoring to implement built-in recovery to safeguard application availability needs.

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Resilience Operations

AWS Partners in this category have a proven track record of providing services to test distributed applications that deliberately introduce failure and faulty scenarios to verify its resilience in the face of disruptions. Partners in this category are able to generate meaningful insights to monitor and predict customer resilience by using modern observability best practices. They also support customers in improving their centralized operations management incident handling posture leveraging self-healing automation, built-in best practices and integrations with customers’ existing operations, IT Service Management (ITSM) and 3rd-party tools.

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Resilience Recovery

AWS Partners in this category provide services to help customers to achieve their Business Continuity Plans by developing and implementing Disaster Recovery Solutions for cloud-based workloads. By working backward from customer business needs, partners in this category can design solutions for the most critical Recovery Point in Time (RPO) and Recovery Time Objectives (RTO) and provide operation teams automated and simplified run-books to speed up a critical environment recovery after cyber-attacks, human error or other catastrophic events

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Software

Resilience Design

This category focuses on the architectural design and implementation of highly available systems. The goal is to build redundancy, load balancing, high availability data access patterns, and automatic failover mechanisms into the application architecture to minimize the impact of individual component failures. This includes leveraging technologies like load balancers, clustering solutions, and service mesh technology to provide redundancy and scalability. Partners in this category can also provide solutions related to software development lifecycle testing and quality, including the multitude of resilience testing, as load testing, unit testing and integration testing. This category provide solutions that can address the most common categories of failure, such as single points of failure, excessive load, excessive latency, misconfiguration and bugs and shared fate. The objective is to proactively reduce the probability of service impairments through robust system design and improving systems service level objectives by implement resilient highly available mechanisms.

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Resilience Operations

This category encompasses the operational aspects of resilience. It provides the capabilities to detect, mitigate, and learn from failures in real-time through advanced monitoring, alerting, and collaboration tools. Solutions in this category includes monitoring, observability, incident management, remediation automation, communication and collaboration, chaos engineering, operational readiness reviews and correction of error process. The goal is to establish a continuous improvement cycle, where insights from incident handling and testing are used to enhance the overall resilience posture.

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Resilience Recovery

This category covers the technologies for recovering from major incidents, disasters, or catastrophic failures that may lead to extended downtime or data loss. It includes backup and recovery solutions, disaster recovery, data protection and data replication, data integrity and consistency checks, to enable rapid restoration of data and systems, as well as comprehensive disaster recovery planning and testing. The focus is on minimizing Recovery Time Objectives (RTO) and Recovery Point Objectives (RPO) to ensure business continuity and resilience against large-scale disruptions.

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