Scalable cloud infrastructure with Amazon Web Services - the leading cloud platform
Amazon Web Services (AWS) is the world's leading cloud computing platform. With over 200 services, AWS offers everything modern companies need for their digital transformation.
From simple websites to complex enterprise applications - AWS provides the scalability, security and reliability your business needs.
From 0 to millions of users in minutes
Only pay for actually used resources
Highest security standards and compliance
Virtual servers in the cloud
Code without server management
Managed database services
Unlimited cloud storage
The most important AWS services for modern apps
Virtual Servers
Serverless Functions
Managed Databases
Object Storage
CDN
API Management
NoSQL Database
Container Service
Millions of companies trust AWS
Everything you need to know about Amazon Web Services for scalable cloud infrastructure
AWS eliminates upfront capital expenses for hardware and data center infrastructure, converting them to predictable operational expenses. Pay-as-you-use pricing means you only pay for resources actually consumed, while auto-scaling ensures you're not paying for idle capacity during low-traffic periods.
Cost optimization tools like AWS Cost Explorer, Reserved Instances, and Spot Instances can reduce compute costs by 50-90% compared to on-demand pricing. Most organizations see 20-50% cost reduction in the first year, with additional savings as they optimize their cloud usage patterns and take advantage of AWS's economies of scale.
Hidden cost savings include reduced staffing needs for infrastructure management, faster time-to-market for new products, and improved disaster recovery capabilities. AWS's global infrastructure eliminates the need for multiple data centers while providing better geographic coverage than most organizations could achieve independently.
AWS provides a shared responsibility model where AWS secures the infrastructure while customers secure their applications and data. This includes implementing proper IAM policies, enabling encryption at rest and in transit, configuring security groups and NACLs, and using AWS security services like GuardDuty and Security Hub for threat detection.
Compliance frameworks like SOC 2, HIPAA, PCI DSS, and GDPR are supported through AWS's extensive compliance program and security controls. AWS Config and CloudTrail provide audit trails and compliance monitoring, while Services like AWS Systems Manager enable automated security patching and configuration management.
Best practices include implementing least-privilege access, enabling multi-factor authentication, using AWS Secrets Manager for credential management, and regular security assessments. AWS provides detailed security documentation and compliance guides for specific industries and regulations.
Serverless computing with AWS Lambda eliminates server management entirely - you deploy code and AWS handles scaling, patching, and availability automatically. You pay only for execution time (per 100ms), making it extremely cost-effective for variable workloads and eliminating idle time costs.
Traditional hosting with EC2 provides more control over the environment and is better for applications requiring specific configurations, persistent storage, or predictable resource usage. EC2 instances can be more cost-effective for consistently high-traffic applications and provide access to the full operating system.
Hybrid approaches often work best, using Lambda for event-driven functions and APIs while running databases and stateful services on EC2 or managed services like RDS. This combination provides optimal cost and performance while maintaining the simplicity benefits of serverless where appropriate.
Migration planning begins with application assessment and dependency mapping to understand current infrastructure and identify migration complexity. We use AWS migration tools like Application Discovery Service and Migration Hub to analyze existing systems and develop appropriate migration strategies for each application component.
Migration strategies follow the 6 R's: Rehost (lift-and-shift), Replatform (optimize during migration), Refactor (cloud-native rewrite), Repurchase (move to SaaS), Retain (keep on-premises), and Retire (eliminate unnecessary systems). Most migrations use a phased approach starting with less critical systems to build confidence and expertise.
Success factors include thorough testing in AWS environments, staff training on cloud technologies, implementing proper monitoring and backup procedures, and having rollback plans for each migration phase. Most enterprise migrations take 12-18 months but provide immediate benefits as applications move to the cloud.
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