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There’s no way around open source software, which can be defined as software that developers can inspect, copy, modify, and redistribute. Proprietary software-providers still dominate the market, but open source software plays an equally important role. For instance, open source Linux powered 75% of the public cloud workload in 2020, and its share is expected to rise to 85% by 2024. Some of the most popular software development stacks – such as the LAMP (Linux, Apache, MySQL, and PHP) and MEAN (MongoDB, Express.js, AngularJS, and Node.js) stacks – are open source software. Last year, around 85% of the world’s smartphones ran on Android, the open source operating system built on the open Linux kernel. Unsurprisingly, the ability to work with open source software is fast becoming a requirement for all software.

Linux Server vs. Windows Server: The Main Differences

1. System Architecture :
System architecture is a conceptual model that describes the structure and behavior of multiple components and subsystems like multiple software applications, network devices, hardware, and even other machinery of a system. It is Architecture Description Language (ADL) which helps to describe the entire system architecture. So it is a much broader topic. System architecture can be broadly categorize into centralized and decentralized architectural organizations.

2. Software Architecture :
Software architecture refers to the process of creating high level structure of a software system. It is about the complete structure/architecture of the overall system means it converts software characteristics like scalability, security, reusability, extensibility, modularity, maintainability, etc. into structured solutions to meet the business requirement. Multiple high-level architecture patterns and principles are followed during defining architecture of a system. It mainly focuses more on externally visible components of the system and their interaction with each other.

We will build up the end-to-end architecture piece by piece, starting with production-grade infrastructure. Here is a short list of headings you need to take care one by one before go production.

1. Server-side architecture
2. Client-side architecture
3. Data storage
4. Scalability and High Availability
5. Continuous Integration
6. Continuous Delivery
7. Networking
8. Security
9. Monitoring
10. Cost optimization

Here is the some questions that need to be answered first.

• How to isolate environments at the network layer?
• How to deploy and manage your applications?
• How to expose your applications to serve traffic?
• How to handle stateful data in your environment?

Our strenght comes from our open source code knowledge. We support open source always and helping to community to fix all kind of bugs. Our experienced worlwide employees work for Linux distributions for packaging and bug fixing officially. While we help to community we collect the information, master the code and ready to integrate it to your system according to your needs.

The only way to know that your Linux-server-based applications and services are running well is to measure what’s going on in the server and its connectivity status. Linux system monitoring tools reassure you when things are working right, and help you recognize odd behavior, performance anomalies, and their source when the server misbehaves. Once you’ve mastered these dedicated applications – most of which are built into the operating system – you’ll be well on your way to Linux system administrator expertise.

All server monitoring programs have a few things in common. They set a goal of ensuring that a server is performing optimally, they provide information that lets Linux administrators understand what’s going on, and sometimes automate their responses to those situations. The Linux system monitor tools accomplish this by gathering data on each server’s key performance indicators (KPIs), network connectivity, and application availability.