Implementing cloud applications is one of the main objectives of companies when using cloud technology. That’s because the cloud system expands the synchronization and scalability of the systems.
Based on this, it is possible to take advantage of all the advantages of cloud operations even more with tools that exploit these functionalities.
Even implementing cloud technology, many managers may need help understanding how applications work. After all, how do these systems work when associated with the cloud?
Well, you will understand throughout this article why there is so much interest from organizations in systems based on cloud computing, as well as how they work. Let’s start.
What Are Cloud Applications?
Cloud applications differ from traditional ones because they are those accessed through the web environment. These are software that starts from an external server.
Therefore, the devices that access them do not deal with data or storage but the interaction on a website.
Cloud applications offer a lot of convenience in use. Through API (Application Programming Interface) technology, these programs process data with a look similar to native applications.
Consequently, in practice, the applications explored in cloud computing provide the convenience of accessing a website and, simultaneously, all the functionality of traditional software.
Understand Cloud-Native Apps
Cloud-native apps are software developed precisely to take advantage of all cloud storage resources. In practice, the main difference is in infrastructure abstraction.
This is because, while traditional native applications depend on the infrastructure where they are used, cloud functions act entirely independently.
In other words: cloud-native apps run on all possible clouds, public or private. Traditional applications usually demand system prerequisites and may have failures caused by them.
How Do Cloud Apps Work?
They are entirely based on containers. They are more than sets of functions, codes, and configurations unified in a package.
When executed, the cloud application presents itself as traditional software, but it is formed by several independent processes that come together in containers.
In practice, this makes applications more agile, reducing the chances of bugs in certain functions. With an architecture based on microservices, developers can quickly identify and fix flaws in the application.
For this reason, cloud applications perform better and can be easily updated. To understand even better how these tools work, follow the comparisons below:
Cloud Applications vs. Web Applications
Web applications are those that work directly in the online environment. These works are based on the HTTP protocol, which determines the movement of information. The main differences between cloud applications are:
- High dependence on the internet network or browser;
- It promotes the exchange of files between the device and its server, requiring downloads and uploads;
- They do not work in microservices architecture;
- Do not work based on containers;
- Depend on the internet network to carry out storage activities;
- Low level of customization.
It is noteworthy that a web application can become a cloud application in the midst of digital transformation.
For this, it is necessary to convert the formats and make adaptations so that it does not require the browser or depend on the internet network to function.
Cloud Applications vs. Desktop Applications
Desktop Applications are those traditional versions of software downloaded and installed on each device. The data generated by these programs is stored on the machine, which has limited storage.
Due to the lack of scalability of Desktop applications, as well as the need to constantly download updates and still need a high level of synchronization, companies have joined the migration to the cloud.
A report by Flex era, with more than 750 decision makers in companies, indicated that 61% responded that they would dedicate more significant efforts to this migration.
In addition to the ease of storage, the adoption of cloud tools greatly facilitates the processes of organizations. For this reason, the effort to implement this usability is increasing in businesses worldwide.