AWS Certified Cloud Practitioner Crash Course NEW!

Explore cloud computing fundamentals and AWS business enablers, including regions and zones, the global infrastructure, demos on signing up for the free tier, and review questions.

Explore cloud computing basics—on-demand resources and pay-as-you-go pricing—driven by virtualization. Understand five essential characteristics and the SaaS, PaaS, IaaS service models and private, public, hybrid, and community deployments.

Explore cloud computing basics by comparing IaaS, PaaS, and SaaS with a pizza analogy, and identify terms like multitenant, resiliency, replication, and orchestration.

Discover how cloud computing accelerates time to market, cuts capex, and offers scalable, flexible on-demand storage and services for startups and enterprises, with opex tax benefits.

Explore how AWS cloud delivers scalable compute and storage across regions and availability zones, with a vast service portfolio and key networking, security, and management tools.

Explore AWS global infrastructure, including regions, availability zones, and edge locations, and how discrete data centers and local zones enable low latency and fault tolerance.

Explore AWS global infrastructure, including regions and availability zones, edge locations, local zones, and points of presence, and understand how these elements shape region selection and latency.

Discover three ways to connect to AWS—the management console, the Seelie CLI, and the SDK toolkit—and follow setup steps to access APIs for developers.

Log into the AWS console and explore the overview of available services, regions, and dashboards. Learn how to use SDK kits, IDEs like Cloud9, and quick-start tutorials to deploy services.

Sign up for the aws free tier to access a year of services, including free compute, storage, databases, and activate via email, phone verification, and basic signup steps.

Review cloud computing basics, including the five characteristics, three service models, four deployment models, region and availability zones, and AWS access methods, plus benefits like cost savings and agility.

Review questions and answers test your AWS cloud practitioner knowledge and retention. Explore resource pooling for multi-tenancy, CloudFront edge caching, regions, measured service, and CLI, SDK, and console interactions.

Explore core AWS services such as Elastic Blocks Store, Relational Data Service, VPC, and CloudWatch, plus Elastic Load Balancing, Auto Scaling, and CloudFront.

Explore core services across compute, storage, networking, and security for enterprise deployments, focusing on compute options like servers, containers, and serverless, plus databases and big data.

Explore how Amazon EC2 provides elastic compute for Linux, Windows, and Mac. Learn to choose images, instance types, and pricing models for on-demand, reserved, and spot instances.

Shows how to deploy an EC2 instance in AWS, selecting an AMI, creating a key pair, and configuring security groups while using free tier and cleaning up resources.

Launch an Amazon Virtual Private Cloud (VPC) to segment resources in a sandbox across regions. Configure security groups and a key pair, then deploy an instance to run WordPress site.

Explore Amazon S3 basics by creating buckets and adding objects, selecting storage classes for cost and durability, and enabling features like lifecycle, transfer acceleration, and cross-region replication.

Learn to deploy an Amazon S3 bucket, choose a region, manage public access, and upload objects to demonstrate basic S3 operations in the AWS Cloud Practitioner course.

Learn the basics of elastic block store (EBS), creating and attaching volumes to EC2 instances within an availability zone, and choosing IOPS, SSD vs HDD for performance and cost.

Discover how Amazon relational database service provides a managed relational database with automated backups, patching, and multi-az failover. Deploy MySQL, Aurora, MariaDB, PostgreSQL, Oracle, or SQL Server with scalable instances.

Learn how Elastic Beanstalk, a platform as a service, lets developers quickly deploy web applications with managed scaling, monitoring, and simple environments.

Deploy a sample app with elastic beinstock, a platform as a service, and learn to create a web server environment, upload code, and deploy.

Explore the virtual private cloud (vpc) concept, its isolation, components like igw, security groups, routing tables, subnets, and endpoints, and how to deploy a secure, scalable private network in aws.

Create and configure a virtual private cloud (VPC) in AWS to segment resources, launch and manage instances, and set security groups for controlled ingress and network isolation.

Master CloudWatch, AWS native monitoring and logging solution integrated with many services, to monitor resources, collect logs, set alarms, and respond with event-driven actions via AWS Lambda and dashboards.

Explore Amazon CloudWatch’s dashboards, alarms, logs, metrics, and events, including container insights, contributor insights, and synthetics. Learn to view alarms, add widgets, and interpret data latency and metric updates.

Discover how Route 53, AWS's scalable and highly available DNS service, enables cloud-based and on-prem resources with domain registration and advanced features like failover and elastic load balancing.

Elastic load balancing distributes traffic across multiple targets with health checks and listeners, enabling fault tolerance, high availability, and support for classic, application, and network load balancers, gateway load balancer.

Configure auto scaling with auto scaling group to adjust instance counts as workload changes. Define minimum, maximum, and desired settings with scaling policies, and distinguish load balancing from auto scaling.

Explore AWS log types, including access and application logs, with VPC flow logs and Lambda activity; learn centralization in S3 or CloudWatch and using log insights.

Explore AWS core services such as EC2, EBS, RDS, and Elastic Beanstalk for deploying apps and databases. Learn to monitor and secure resources with VPC, CloudWatch, and Route 53.

Review questions cover subscription, dashboards, global 1000 per account, spot instances, platform as a service, block store vs Bienstock, Artigas database instance, and bucket and objects in IWD.

Explore AWS cloud pricing, billing, and support, including billing alarms, budgets, Cost Explorer, pricing calculator, Trusted Advisor, and personal dashboard.

Learn how cloud billing and cost management work. Explore pricing models (on-demand, reserved, spot, dedicated), regional differences, and per-minute or per-second compute charges.

Master cloud spend management by right sizing workloads and optimizing instance types with reserved or spot options to reduce costs. Use budgets, cost explorer, and consolidated billing to monitor expenses.

Explore cloud spend management through right-sizing, monitoring with cost explorer and cloud watch, and using budgets, reserved instances, and consolidated billing to control costs.

Explore Cost Explorer to visualize and understand AWS spending, create custom reports, switch graph types, and tag resources to see who uses what across linked accounts.

Learn to set up budgets to prevent cloud spend surprises by forecasting monthly costs, configuring cost budgets, and triggering alerts via email, SAS, and chat tools like Slack or Chime.

Explore how AWS Trusted Advisor offers recommendations across five categories based on AWS best practices, covering cost optimization, performance, security, fault tolerance, and service limits, with free and paid checks.

Learn about AWS support options—from free email support to three premium plans, seven trusted adviser checks in basic, and pricing based on cloud spending with dashboards for health statuses.

Explore the AWS pricing calculator demo to create and export cost estimates, compare regions and deployment options, and understand savings plans, on-demand, reserved, and spot choices.

Learn to monitor AWS spending with cost explorer and budgets, and understand storage and compute pricing. Explore reserved instances, savings plans, and the service health dashboard for system-wide issues.

Review questions and answers cover pricing models, on-demand versus spot provisioning, and selecting the right instance type for deployments. It highlights budgets, cost explorer, and trusted advisor.

Explore cloud security and identity and access management, learn security best practices, and review the shared security model and AWS services like Cloud Identity and Access Management, trusted adviser, shield.

Discover AWS security services, from automated to managed, with marketplace options. See GuardDuty, Amazon Inspector, Trusted Advisor, and CMS address data protection, identity and access management, threat detection, and compliance.

Understand the AWS shared security model, distinguishing provider versus customer responsibilities, and apply best practices such as patching, MFA, least privilege, auditing, and certificate handling with CloudFront.

Master AWS identity and access management concepts, including credentials, permanent and temporary, roles, policies (managed, customer managed, inline), and access analyzer for least privilege.

Explore how IAM groups, users, roles, and policies work together to assign permissions, including service and federated access, and manage JSON policies in AWS.

Learn how AWS security groups act as instance-level firewalls that allow traffic only and are stateful, unlike subnet-level network access control lists that support allow and deny rules.

Explore AWS trusted advisor, a dashboard offering free and paid checks for cost optimization, performance, security, fault tolerance, and service limits, with configurable alerts.

Explore AWS compliance tools—AWS Artifact, Audit Manager, Inspector, Config, Security Hub, and CloudTrail—to meet ISO, SOC, FedRAMP, PCI, and HIPAA standards, track reports, and audit activity.

Explore AWS security services such as Inspector, GuardDuty, Macie, and Config, with CloudTrail and CloudWatch for auditing and threat detection.

Review auditing practices for permissions, resources, and logs; distinguish identity and resource-based policies, attach relevant policies, and explore aws services like Config, Inspector, GuardDuty, Macie, CloudTrail, and Trusted Advisor.

Review questions cover CloudTrail capabilities, GuardDuty versus Macie for data loss prevention, IAM groups, Security Token Service, and exam-strategy tips for accurate answers.

Explore the well architected framework and the well architected tool, evaluating workloads across five pillars—operational excellence, security, reliability, efficiency, and cost optimization—using lenses, regions, and generated reports.

Leverage the AWS well-architected framework to design loosely coupled microservices with serverless options, restful interfaces, elastic load balancing, auto skilling, and portable cloud databases.

Learn the difference between scalability and elasticity, and how cloud resources dynamically scale—from horizontal, vertical, to diagonal—using auto scaling to match demand, optimize edge caching and application data handling.

Compare on premises and cloud architectures to highlight benefits like scalability, elasticity, time to market, and reduced overhead, while contrasting CapEx and OpEx, asset programmability, and self-service on-demand resources.

Explore multi-tier architectures with at least three layers: front end, back end services, and a database, highlighting modularity, scalability, security, and fault tolerance in aws cloud environments.

Clarify high availability and fault tolerance, and distinguish reliability from resiliency. Learn stateless versus stateful designs and loosely coupled MICRA services.

Design a resilient multiregional AWS architecture by evaluating active-active versus active-passive deployment, data replication, disaster recovery, latency reduction, and geo DNS routing policies.

Learn how to connect a VPC to on-premises networks using IPsec site-to-site VPN with AWS VPN gateways and customer gateways, plus scalable transit gateway and private link options.

Explore AWS well-architected framework and its five pillars: security, reliability, performance, operational excellence, and cost optimization. Learn about multi-tier architectures, auto scaling, loosely coupled stateless apps, and backup plan.

Understand multi-tier design with independently managed layers and an availability-first cloud approach, cost considerations. Explore the well-architected framework pillars, trusted advisor, and optimization themes like operational excellence and performance efficiency.

Assess the value and demand of AWS certifications, understand benefits like career advancement and salary, and compare tracks from associate through architect, developer, DevOps, and specialty to guide your decisions.

Explore the US cloud engineer pay landscape: salaries around 117k, Glassdoor near 129k, higher in major cities, with starting pay near 70k and growth with experience.

Explore AWS certified cloud practitioner exam guidance, including no hands-on requirements, and access free trainings, quick labs, events, and practice resources from tech commanders, Jacqui guru, LinkedIn, YouTube, and GitHub.