EC2 is fundamentally different from traditional on-premises servers in several ways. Here are a few key differences:

Infrastructure: With traditional on-premises servers, you must purchase and maintain physical hardware, such as servers, networking equipment, and storage. With the AWS EC2 instance types, all of this infrastructure is managed within the AWS ecosystem, saving you significant time and money.

Scalability: Scaling traditional on-premises servers can be difficult and time-consuming. You must purchase and install new hardware, configure it, and then integrate it with your existing infrastructure. With EC2 instances, you can easily scale your applications up or down based on demand without worrying about hardware.

Availability: Traditional on-premises servers are typically housed in a single location, which can make them vulnerable to outages and other disruptions. With EC2, your applications can be distributed across multiple availability zones, improving availability and reducing the risk of downtime.

Cost: Traditional on-premises servers can be expensive to purchase and maintain. You must pay for the hardware, electricity, cooling, and other infrastructure required to keep it running. With EC2, you only pay for what you use, which can be significant cost savings.

What are cloud native applications?

Cloud native applications are built for the cloud, designed to be highly scalable, resilient, and portable, and developed using cloud-native technologies.

Edge computing is physically bringing compute capacity closer to the location where data is created, typically an Internet of Things device or sensor. Edge computing, so named because it moves to compute capacity to the network or device’s edge, enables quicker data processing, more bandwidth, and secured data sovereignty.

Cloud computing is a technique for storing and processing data remotely rather than locally. Cloud computing users can access their files anytime and from any location. But they also have no control over what happens to their data once uploaded to servers run by another business or organization.

A disaster recovery plan (DRP) is a documented, well-organized approach that describes how a business can quickly resume operations after an unplanned event. A DRP plays a crucial role in a business continuity plan (BCP). It is used for organizational components dependent on an effective information technology (IT) infrastructure. A DRP seeks to assist an organization in resolving data loss and recovering system functioning so that it can function even if it functions at a low level following an incident.

Organizations can prepare for a variety of disasters, including the following:

Building disaster
Data center disaster
National disaster
Multinational disaster
Regional disaster
Application failure
Malware attack
Communication failure
Power outage
Natural disaster

Lack of skilled IT professionals, lower IT budgets, and cost reduction are among the significant factors driving the demand for managed IT services.