Amazon Web Services (AWS) is a comprehensive and widely adopted cloud computing platform provided by Amazon. Launched in 2006, AWS offers a wide array of cloud-based services that include computing power, storage solutions, and networking infrastructure, which are accessible over the internet on a pay-as-you-go basis.
Horizontal scaling, or scaling out, is a process of adding additional resources (e.g., servers, instances) to a system to make it larger. Horizontal scaling using load balancers usually means
An Application Load Balancer (ALB) is a load balancer that runs at the application layer (Layer 7) of the OSI model. ALBs support HTTP/HTTPS traffic and are able to forward traffic based on URL paths, headers, and query parameters.
At its center, load balancing spreads incoming requests from clients across multiple servers. This stops any one server from creating a bottleneck, which is vital for keeping response times fast.
A load balancer is a system that automatically spreads incoming network traffic across multiple servers or resources. This helps maintain high availability, reliability, and scalability of applications. A load balancer is a system or service that distributes incoming network traffic (HTTP, HTTPS, TCP, etc.) across multiple backend resources.
With an increasing number of organizations shifting their operations to the cloud, cloud security threats have become a key concern. Cloud computing presents a variety of advantages, such as scalability, flexibility, and cost-efficiency, but it also creates new security threats. In this article, we cover common cloud security threats and mitigation tactics.
The term ‘serverless’ means that even if the name tells that it is serverless, it doesn’t mean that there are no servers involved. There are servers involved, but the key here is that you, as the developer, need not have to worry about managing the servers but only concentrate on your work, i.e., writing your code or business logic.
The change from traditional kinds of on-premise infrastructure to cloud environments has changed not just how companies store data and run applications but also how they build and manage their networks.
In the digital world, when it comes to deploying applications or services in the cloud, one of the hard nuts to crack is security. With cyber threats and data breaches looming overhead, the organizations want to verify each communication that occurs amongst its cloud resources and then protect it. VPCs come to the rescue now.
A VPC or Virtual Private Cloud is a network environment launched inside a very tall cloud of services which are public, such as those provided by Amazon, GCP, or Azure. It provides for launching and managing resources such as VMs, databases, and applications in an environment that is secure, scalable, and flexible. In order to understand how a VPC works, one must understand the key components that form each with its function in networking, security, and connectivity.
Amazon EC2 (Elastic Compute Cloud) is like the Swiss Army knife of cloud infrastructure—flexible, powerful, and indispensable in the modern tech landscape. Whether you’re launching a startup, hosting a website, running analytics, or building a distributed enterprise application, EC2 is at the heart of it all.
