
Apply AWS security concepts and the shared responsibility model to protect your workloads. Understand what Amazon covers and what you must secure, including encryption, security groups, and credentials.
Learn the core IAM components in AWS, including root and user accounts, access keys, key pairs, certificates, and how groups, policies, and roles enable least-privilege access.
Create and manage IAM users, enable programmatic and console access, and enforce MFA and key rotation to secure AWS accounts; monitor API activity with CloudTrail.
Explore IAM groups and roles, attach policies for view-only or admin access, and use access advisor to tailor permissions and federated authentication with SAML and OpenID.
Explore how to test and craft AWS IAM policies, using the AWS CLI profiles to validate permissions, and build custom policies with ARNs for EC2 and S3 resources.
Attach policies to users or groups and test with credentials to verify access. Compare hand writing policies with the visual editor and use policy advisor for auditing and change management.
Explore how AWS Trusted Advisor consolidates security posture, highlighting MFA, restricted ports, and regional checks, plus guidance on regulatory compliance and compliance documents.
Explore how to design and manage virtual private clouds (VPCs) in AWS, create subnets across availability zones, and configure internet gateways and NAT gateways for public and private networks.
Configure public and private VPCs, attach internet or NAT gateways, and enforce security with security groups and network ACLs, while exploring Direct Connect and service endpoints.
Explore EC2 disk storage options—ephemeral instance store and persistent EBS—how they persist, device mapping, mounting in Linux and Windows, and using snapshots or S3 for backup.
Explore EC2 disk storage options, including GP2 general purpose SSD and provisioned IOPS, and learn about sizing, burst credits, and upgrading via snapshots.
Learn how to monitor EC2 performance with the AWS dashboard and CloudWatch, covering CPU, disk I/O, network, status checks, and EBS metrics, plus when to enable detailed monitoring and alarms.
Learn to extend EC2 monitoring with custom metrics in CloudWatch by using IAM roles and Linux scripts to report memory and disk utilization.
Design high availability in aws by combining Route 53, an application load balancer, and auto scaling groups to scale out across multiple availability zones and regions with health checks and geo routing.
Build a highly available AWS web farm using launch configurations, an auto scaling group, a load balancer with health checks across multiple availability zones, and alarms for dynamic scaling.
Discover how application load balancers enable high availability and redundancy in AWS deployments by distributing web traffic across multiple EC2 instances, with health checks, target groups, and auto scaling.
Verify and monitor an application load balancer in AWS, configure target groups and stickiness, test DNS routing with Route 53, and troubleshoot health checks for high availability.
Learn to set up Route 53 hosted zones, choose public or private DNS, import zone files, and configure A, CNAME, and alias records for IPs or AWS resources.
Explore routing policies in Route 53, including simple, weighted, latency, fallover, geolocation, to create resilient DNS-based redundancy with A and alias records, load balancers, and health checks.
Explore how Route 53 health checks enhance redundancy by validating endpoints and routing traffic using geolocation, latency, and failover policies, with testing and CloudWatch integration.
Explore how RDS enables high availability for AWS databases, comparing Aurora, MySQL, and other engines, with multi-AZ deployments, backups, and read replicas for resilient failover and performance.
Explore how to boost RDS performance with read replicas, including Aurora and MySQL configurations, and optimize IOPS using CloudWatch metrics and performance insights.
Explore how AWS tools automate and orchestrate deployments using CloudFormation, Elastic Beanstalk, and OpsWorks, from infrastructure scripting to Git-driven continuous deployment.
Explore how AWS backup and recovery works across services like RDS and S3, and evaluate RTO, RPO, Multi-AZ, and multi-region strategies for reliable uptime.
Explore AWS backup and recovery options, including S3 storage classes, Glacier archiving, versioning, lifecycle policies, Storage Gateway, and Snowball for bulk data transfer.
Learn how AWS backup and recovery vary by service, from VPC and Route 53 networking to managed databases like RDS and Aurora, plus deployment tools for resilient infrastructures.
Explore how AWS supports disaster recovery for on-premises environments through pilot light, warm standby, and multi-site strategies, with backup, testing, and quick restoration using snapshots and AMIs.
Compare pilot light, warm standby, and multisite recovery strategies for AWS from on-prem. Learn to implement automated failover and plan failback with a writable master and read-only replicas.
Learn to monitor and forecast AWS costs using the billing dashboard and cost explorer, and implement cost allocation tags and consolidated billing for clear budgeting.
Explore how EC2 instance types drive costs and how on-demand, reserved, and spot pricing, plus region pricing, affect your bills, while monitoring with CloudWatch and Cost Explorer.
The AWS Certified SysOps Administrator - Associate certification is designed to validate the skills and expertise of professionals who can deploy, manage, and operate systems on the AWS platform. The certification exam measures your understanding of key AWS services and your ability to apply best practices to deploy and manage systems on the AWS platform.
The certification exam covers a wide range of topics, including system operations, deployment and provisioning, data management, security and compliance, and networking. You will be expected to have hands-on experience using AWS services and be able to demonstrate your ability to manage and operate systems on the AWS platform.
The exam consists of multiple-choice and multiple-response questions, as well as scenario-based questions that test your ability to apply your knowledge to real-world situations. The exam covers a range of AWS services, including EC2, RDS, Elastic Beanstalk, CloudFormation, CloudWatch, and IAM.
To be eligible for the exam, you should have at least one year of experience working with AWS and be familiar with the key concepts of cloud computing, including virtualization, networking, storage, and security. It is also recommended that you have earned the AWS Certified Solutions Architect - Associate or AWS Certified Developer - Associate certifications prior to taking this exam.
Overall, the AWS Certified SysOps Administrator - Associate certification is a valuable credential for professionals looking to validate their skills and demonstrate their expertise in deploying and managing systems on the AWS platform.