Cloud Computing Fundamentals
Cloud concepts, service models, deployment models, elasticity, availability and shared responsibility.
Explore structured cloud learning across infrastructure, programming, DevOps, security, architecture and modern cloud technologies.
Explore the full learning catalog of cloud, infrastructure, programming, DevOps and security topics.
Cloud concepts, service models, deployment models, elasticity, availability and shared responsibility.
Compute, storage, networking, virtualization and foundational infrastructure concepts.
Learn the architecture and service concepts used to design and operate AWS environments.
Azure architecture, compute, networking, storage, management and governance concepts.
Explore core Google Cloud concepts, infrastructure and modern cloud services.
VPC concepts, routing, DNS, load balancing, connectivity and network architecture.
Identity, access control, encryption, security monitoring, governance and cloud risk management.
Authentication, authorization, least privilege, roles, policies and identity architecture.
Linux fundamentals, shell usage, services, permissions, processes and administration concepts.
Python programming concepts for cloud automation, APIs, scripting and infrastructure workflows.
Modern JavaScript concepts for APIs, serverless applications and cloud-connected applications.
Version control, branching, collaboration and cloud-oriented development workflows.
Development and operations collaboration, automation, delivery pipelines and reliability concepts.
Continuous integration, testing, delivery pipelines, deployment strategies and automation.
Container concepts, images, registries, lifecycle management and application packaging.
Container orchestration, workloads, services, configuration, scaling and cluster concepts.
Infrastructure automation, declarative configuration, repeatable environments and provisioning concepts.
Infrastructure-as-code workflows, state concepts, modules and reusable infrastructure patterns.
Design scalable, resilient, observable and cost-aware cloud architectures.
Monitoring, logging, metrics, alerting, tracing and operational visibility.
Reliability engineering, service objectives, incident concepts and resilient operations.
Cloud economics, cost awareness, resource efficiency, rightsizing and optimization principles.
Event-driven applications, functions, managed services and serverless architecture patterns.
API architecture, microservices, service communication and cloud-native application patterns.
Policies, controls, governance models, compliance concepts and organizational cloud management.
Cloud infrastructure concepts supporting machine learning, AI services and intelligent applications.
Relational, NoSQL, managed databases, availability, backups and cloud data architecture.
Migration planning, workload assessment, modernization strategies and transition concepts.
Cloud-native development patterns for modern web and application developers.
Build a practical portfolio, understand cloud roles and prepare for professional pathways.
This demonstration creates a session-based request reference. No database is required.