WHY AWS
CORE CLOUD CAPABILITIES
COMPUTE
Amazon EC2, Lambda, containers, and Elastic Beanstalk provide flexible compute options—from virtual servers to event-driven serverless applications.
STORAGE
Amazon S3, EBS, and archival storage services deliver durable, scalable, and cost-conscious storage for applications, backups, data lakes, and long-term retention.
DATABASES
Amazon RDS, Aurora, and DynamoDB support relational, high-performance, and NoSQL workloads without the operational burden of self-managed databases.
NETWORKING & CONTENT DELIVERY
Amazon VPC, Route 53, CloudFront, and Global Accelerator provide secure connectivity, intelligent routing, and low-latency content delivery.
SECURITY, IDENTITY & GOVERNANCE
AWS IAM, Organizations, Control Tower, GuardDuty, Security Hub, and native encryption services help organizations enforce least privilege, detect threats, establish guardrails, and support compliance at scale.
DATA & ANALYTICS
Amazon Redshift, Athena, Glue, and EMR help organizations discover, process, govern, and analyze data for faster decision-making.
AI & MACHINE LEARNING
Amazon SageMaker supports the machine-learning lifecycle, while Amazon Bedrock provides managed access to foundation models for building generative-AI applications. Amazon Q brings generative-AI assistance into business and developer workflows.
DEVOPS & INFRASTRUCTURE AS CODE
AWS CodeBuild, CodePipeline, CloudFormation, and related services automate provisioning, testing, deployment, and repeatable cloud operations.
GLOBAL INFRASTRUCTURE & RESILIENCE
AWS organizes its global infrastructure into Regions, Availability Zones, and edge locations:
• Regions provide geographic separation and support performance, sovereignty, and data-residency requirements.
• Availability Zones are independently operated locations designed to help applications withstand localized failures.
• Edge locations bring content, security controls, and network acceleration closer to users.
Well-architected AWS environments distribute critical workloads across multiple Availability Zones—and, when business requirements justify it, across Regions—to improve availability and disaster recovery.
SECURITY IS A SHARED RESPONSIBILITY
AWS secures the infrastructure that runs its cloud services. Customers remain responsible for protecting their identities, data, configurations, applications, and workloads. Effective cloud security therefore depends on strong architecture, continuous monitoring, automated guardrails, vulnerability management, and disciplined governance.
AWS FOR BUSINESS INNOVATION
Startups gain rapid access to enterprise-grade infrastructure without large upfront investment. Established organizations use AWS to modernize applications, create data platforms, implement hybrid architectures, and introduce AI into products and operations. Services such as AWS Outposts and Amazon EKS support consistent operating models across cloud and on-premises environments.
BUILDING RESPONSIBLY IN AWS
AWS offers extraordinary flexibility, but successful adoption requires more than deploying services. Organizations achieve lasting value by aligning architecture with business objectives, applying the AWS Well-Architected Framework, controlling cost, engineering for resilience, and embedding security into every stage of delivery.
A PLATFORM FOR SECURE INNOVATION
AWS is more than a collection of cloud services. Properly governed and securely architected, it becomes a foundation for resilient operations, responsible AI adoption, and continuous digital innovation.
Current guidance · October 25, 2026
Service names and guidance were checked against the primary references below. Confirm regional availability, supported configurations, lifecycle notices, and shared responsibilities before applying an example to a production workload.