
Explore the foundations of Amazon RDS, DynamoDB, Aurora, Redshift, Redis, and Memcache, including managed services, relational and NoSQL concepts, backups, scaling, replicas, and real-world use cases.
Understand how AWS managed services take care of database provisioning, patching, and maintenance. Explore how scaling, pay for usage, and integration with other AWS services improve efficiency.
Explore AWS database services and products, including managed relational databases, NoSQL options, data warehousing, in-memory caching, and the database migration service, guided by real use cases.
Understand how relational databases store data as fields, records, and tables, and relate them via primary and foreign keys for efficient retrieval.
Learn how Amazon RDS offers a managed relational database in the AWS cloud, with automated patching, scaling, backups, and restore, and high availability across regions and availability zones.
Explore Amazon RDS scaling, harnessing auto scaling for vast storage and scalable compute, with multi-availability-zone replication that maintains six data copies for high reliability across zones.
Read replicas provide real-time copies of the master database to offload read traffic and boost performance. Aurora supports up to 15 replicas (MySQL up to five), with auto-scaling.
Explore how RDS multi-AZ and read replicas differ, with read replicas boosting read performance and multi-AZ enabling high availability and fault tolerance across availability zones.
Demonstrates provisioning an Amazon Aurora relational database in the cloud, selecting regional deployment, replication options, backups, encryption, VPC settings, and endpoints for connectivity.
discover the motivation behind dynamo db and why amazon built a scalable database to handle millions of queries with millisecond latency for mobile and cloud growth.
DynamoDB is a fast, fully managed NoSQL key-value store that delivers single-digit millisecond latency for mobile apps, gaming, and social networks, with SSD storage and high availability across availability zones.
Discover how Amazon uses DynamoDB in its workflow engine to deliver fast order processing; Expedia uses it for analytics-ready, on-demand reference data and recommendations.
Data warehousing aggregates data from internal and external sources to answer business questions and inform decisions. It supports data storage, reporting, and business intelligence for analyzing margins, channels, and promotions.
Amazon Redshift architecture: a cluster of compute nodes coordinated by a leader node that plans and assigns queries. Compute nodes execute queries; the leader aggregates results for clients.
Philips HealthCare uses Amazon Redshift to move 37 million records from on-premises to the cloud, enabling faster diagnostics and preventive care decisions within two hours.
ElastiCache provides a caching layer to speed up responses by serving repetitive, read-heavy queries from fast cache, reducing load on databases during high-traffic workloads.
Celebrate completing the Amazon databases course module by watching demos and case studies; share feedback on Udemy and consider a five-star rating to help others.
In this Introduction to AWS Databases Tutorial we shall be discussing in detail about Amazon’s Relational Database Management service (AWS RDS) and shall also do a hands-on, but first let us understand why it came into existence.
You will learn about complete Introduction to Amazon databases which includes Amazon Aurora, Dynamo DB, Amazon Redshift,Redis, Memcache.
The world is changing, with every idea being converted into an application, millions of new applications go online every day. Now for any application or project to be successful, it should have a unique idea behind it.
As the cloud continues to drive down the cost of storage and compute, a new generation of applications have emerged, creating a new set of requirements for databases. Such applications need databases to store terabytes to petabytes of new types of data, provide access to the data with millisecond latency, process millions of requests per second, and scale to support millions of users anywhere in the world. Now to handle these kind of requirements, organizations need both RDS And Non RDS databases that are purpose-built to handle the specific needs of applications. AWS offers the broadest range of databases purpose-built for your specific application use case.
AWS fully managed database services include relational databases for heavy transactions applications, NOSQL databases for internet-scale applications, Redshift used a data warehouse for analytics, an in-memory data store for caching and real-time workloads, a graph database for building applications with highly connected data. In this tutorial you will all learn all these variety of databases along with Real Life CASE STUDIES
Who this course is for:
Database administrators
Software engineers
IT Engineers
Cloud engineers
Software architects
Cloud Operators