Considering using the cloud or heavily invested, we've got you covered.
Operational Excellence, Security, Reliability, Performance Efficiency, Cost Optimization: The 5 pillars of a well architected workload.
Adhering to architectural best practices and strategies greatly increases the likelihood of business success.
Operational Excellence: View your entire workload (applications, infrastructure, policy, governance, and operations) as code. This means you can apply the same engineering discipline that you use for application code to every element of your stack and share these across teams or organizations to magnify the benefits of development efforts. Use operations as code in the cloud and the ability to safely experiment to develop your workload, your operations procedures, and practice failure.
Security: Apply overarching best practices to every area of security. Take requirements and processes that you have defined in operational excellence at an organizational and workload level, and apply them to all areas.
Reliability: When you architect a workload to automatically add and remove resources in response to changes in demand, this not only increases reliability but also ensures that business success doesn't become a burden. With monitoring in place, your team will be automatically alerted when KPIs deviate from expected norms. Automatic logging of changes to your environment allows you to audit and quickly identify actions that might have impacted reliability. Controls on change management ensure that you can enforce the rules that deliver the reliability you need.
Performance Efficiency: You can go global in minutes and deploy resources in multiple locations across the globe to be closer to your end users. You can also dynamically add read-only replicas to information stores to reduce the load on the primary database.
Cost Optimization: A well-architected workload uses the most cost-effective resources, which can have a significant and positive economic impact. You also have the opportunity to use managed services to reduce costs.
Infrastructure and operations as code. Auditable changes. Data-driven approach.
Multi-layered approach. Automated gap assessments. Encryption everywhere. Automated log and metric collections.
Built for high resiliency. Auto-scaling, self-healing deployments.
Consume the right amount of resources to meet needs. Automated pipelines.
Advanced technologies selected to fit your project.
Global presence to better serve customers.
Refined cost tracking. Consumption model with long term visibility for each project. Workload cost efficiency assessment.
Automated AWS Well-Architected framework assessments.
CIS Benchmarks compliance.