AWS Course Training in Trichy
For AWS Course Training in Trichy in Software development designing & developing Program for Develop Websites Using AWS Cloud Computing with real-world experience. We will train your skills in a better way through our AWS Course Training in Trichy.
Why Choose CodeBind Technologies for AWS course training in trichy?
- CodeBind Technologies is ensuring to full fill your expectation than providing real time training to all engineering streams.
- CodeBind Technologies provides a thorough AWS course that covers a wide range of topics, from basic cloud computing concepts to advanced AWS services like EC2, S3, RDS, Lambda, and more. This ensures that you gain a deep understanding of AWS.
- We are upgrading the latest technologies in a periodical manner and that are delivering to the students on swiftly.
- The institute offers free placement training as part of its courses. This includes resume building, interview preparation, and connecting you with potential employers, increasing your chances of securing a job post-training.
- Provides Hands-on training by the experienced professionals from the reputed industries of MNCs like TCS, HCL, and BSNL…
- Supporting the innovative ideas into establishing the real time projects in various emerging technologies.
- We are not focusing only in technical terms, moreover we are involving ourselves to provide the placement training and career development training.
- The course fees at CodeBind Technologies are competitive, offering great value for money given the quality of training, resources, and placement support provided.
AWS Course Training in Trichy
AWS Training Syllabus
TRAINING DURATION: 1 MONTHS, 2 MONTHS, 3 MONTHS.
- Theoretical and Practical Introduction to Cloud Computing. AWS Cloud History. Types of Cloud. Basic fundamental cloud service model. Types of cloud service model. Types of Engineering Domains.
- EC2- Elastic Cloud Computing Introduction of EC2 Instances. Create and Launch EC2 Instances. Advantage of EC2 Instances.
- EC2 Advance Elastic Ip Creation. Snapshot& Volume Creation of EC2 Instance. Amazon Machine Image.
- S3: SIMPLE STORAGE SERVICES Types of Buckets. Creating and Deleting Buckets. Adding Objects to Buckets. Creating & Deleting Objects. Types of Storage Classes. Uses of S3 Storage. Advantages of S3. Version Control System in Buckets.
- IDENTITY ACCESS MANAGEMENT (IAM) Creation of IAM Account in AWS. Setting of Multifactor Authentication (MFA) in IAM & AWS Account. Creation Roles in IAM. Creation Groups in IAM. Creation Policy in IAM. Allocate Permission of IAM Users. Creation of Custom Polices IAM Users. Advantage of IAM.
- APPLICATION INTEGRATION SIMPLE QUEUE SERVICES (SQS) Creation of Queue. Sending Message to Queue. Retrieving Message From SQS. SIMPLE NOTIFICATION SERVICE (SNS) Create a Topic. How to Use and Subscribing Topic Via E-Mail Creating Notification If any Changes in Instances.
- Cloud Watch (CF) Metrics Custom and Built-in Metrics: CloudWatch collects and tracks metrics from AWS services (like EC2, RDS, Lambda) and can also monitor custom metrics you define. Logs Log Collection: Collects log data from various AWS resources and applications. Alarms Threshold-Based Alarms: Set up alarms based on metric thresholds to get notifications or trigger actions (like scaling resources). Events Event Monitoring: Capture changes and events in your AWS environment (e.g., instance state changes, scheduled tasks).
- AUTOSCALLING (ASG) Auto Scaling Groups (ASGs) Definition: An Auto Scaling Group is a collection of EC2 instances managed as a group. You define the minimum, maximum, and desired number of instances in the group. Launch Configurations and Launch Templates Launch Configuration: A template that defines instance settings (like AMI, instance type, security groups) for Auto Scaling. Note that launch configurations are immutable once created. Monitor and Adjust: Monitor Metrics: Keep an eye on CloudWatch metrics and alarms to ensure they are triggering as expected. Scheduled Actions: Define Schedules: Create schedules for scaling actions based on anticipated load changes (e.g., increase instances during business hours).
- LOAD BALANCERS (LB) Application Load Balancer (ALB) Layer 7 (HTTP/HTTPS): Operates at the application layer, allowing for advanced routing and traffic management based on HTTP/HTTPS requests. Network Load Balancer (NLB) Layer 4 (TCP/UDP): Operates at the transport layer and handles traffic based on IP protocol data. Gateway Load Balancer (GWLB) Layer 3/4 (Network): Provides a transparent load balancing solution for network appliances, operating at the network layer. Classic Load Balancer (CLB) Layer 4 and Layer 7: Operates at both the transport layer and application layer, but lacks some of the advanced features of ALB and NLB.
- RELATIONAL DATABASE SERVICE (RDS) Automatic Backups: RDS automatically backs up your database and transaction logs, allowing you to restore data to any point in time within your backup retention period. Supported Database Engines Amazon Aurora, MySQL, MariaDB, Oracle Database Endpoint: Obtain the endpoint address from the RDS console to connect your application to the database.
- CLOUD FRONT (CF) Global Network of Edge Locations CloudFront has a large network of edge locations worldwide. These are data centers that cache and deliver content to users from the nearest geographical location, reducing latency and improving load times. Cache server CloudFront caches content at edge locations to reduce the load on your origin servers and deliver content more quickly.
- CLOUD FORMATION (CF) Automation and Consistency Use templates to automate the creation, updating, and deletion of AWS resources. Stack Management A stack is a collection of AWS resources defined by a CloudFormation template. You create, update, and delete resources as a group using stacks.
- ROUTE 53 (R53) DNS Management Converts domain names into IP addresses so that users can reach your websites and applications. Latency-based Routing: Routes traffic to the region with the lowest latency Failover Routing: Routes traffic to a standby resource if the primary resource is unhealthy. Health Checks and Monitoring: Route 53 can monitor the health of resources using HTTP, HTTPS, or TCP health checks, and it can automatically redirect traffic to healthy resources.
- VIRTUAL PRIVATE CLOUD (VPC) Subnets: Public Subnets: These are subnets where the resources (like EC2 instances) have direct access to the internet through an Internet Gateway. IP Addressing (IP) You can define the IP address range for your VPC using CIDR (Classless Inter-Domain Routing) notation (e.g., 10.0.0.0/16). Route Tables (RT) Route tables define how traffic is routed within your VPC. You can create custom route tables and associate them with one or more subnets. Internet Gateway (IGW): An Internet Gateway allows instances in public subnets to connect to the internet.
- Project Create responsive website Hosting web application Project verification and submission