Master Cloud Native Applications Architecture Best Practices

Learn the four-layer cloud architecture—business applications, database, networking, and infrastructure—and how compute, storage, container, ai and ml, analytics, and vpn and sd-wan services integrate to build cloud solutions.

Explore the key building blocks of cloud native systems, including microservices, containers, and orchestration, along with DevOps practices, declarative APIs, service meshes, immutable infrastructure, data engineering, and hybrid cloud.

Explore containerization and cloud native architecture, covering 2023 trends, container life cycle, development and operation best practices, orchestration with Kubernetes, and container security.

Explore 2023 container trends driving cloud native architectures, including migration of apps to containers and Kubernetes adoption by hyperscalers. Examine container registries, serverless trends, and hybrid multi-cloud adoption.

Identify key container concepts including dockerfile, container image, file system layers, container configuration, and OCI formats; explain engines, runtimes, manifests, repositories, and orchestrators that deploy and manage containers.

Develop containers in a DevOps pipeline by keeping images light, one microservice per container, avoiding hard-coded configs, enabling logging, automating builds, and scanning for vulnerabilities.

Understand how Kubernetes orchestrates containerized microservices with pods, nodes, and clusters. Learn how the control plane schedules workloads, balances load, and enables rolling updates for high availability.

Explore APIs as a foundational inter-program communication method in cloud native environments. Learn how API gateways reduce traffic and latency, enable authentication, and support REST and JSON client interactions.

Examine legacy application migrations, market growth from 20 billion to 50 billion by 2028, and cloud-based modernization drivers. See how COBOL, ADA, PL/1, RPG and assembler heritage shapes modernization efforts.

Discover DevOps best practices, including commit early and often, continuous integration, automated pipelines, environment agnostic builds, canary and blue-green deployments, and DevSecOps security, with a focus on culture and collaboration.

Implement devsecops by embedding security across development, testing, and deployment. Enforce secure coding, scan open source for vulnerabilities, protect secrets, automate, and monitor the full ci/cd pipeline.

Explore the ETL pipeline, from extract and cleansing to transform and load into a data warehouse, and see how staging, pre-processing, and business rules support analytics and data insights.

Discover architectural building blocks for data engineering pipelines, including automation with AWS Step Functions and Cloud Composer, scalability, latency, storage options, monitoring, and end-to-end security and cost considerations.

Explore the hybrid cloud concept, its growth potential, and how to set up virtual networks, connectivity, monitoring, availability zones, security, and slas for on-premises and public cloud environments.

Define your organization's cloud strategy, identify business use cases and application workloads, assess cloud provider capabilities, and implement monitoring, governance, and SLAs to execute a hybrid cloud strategy.

Explore AWS and Azure architecture guidelines and CNCF recommendations to transform legacy apps into cloud native architectures, with resources to master these guidelines.

Explore how major cloud provider guidelines, including AWS Well-Architected, Azure Well-Architected, and CNCF's recommended journey to cloud native, inform generic best practices for designing high-performing, secure, reliable cloud applications.

Explore Microsoft Azure's well-architected framework with five pillars: operational excellence, performance efficiency, cost optimization, security, and reliability, and learn how Azure Advisor, design principles, and reference architectures guide cloud architectures.

Explore CNCF's ten-stage cloud native trail map to define a digital transformation roadmap, from containerization to software distribution with Kubernetes, Prometheus, Linkerd, Envoy, and Notary.