Writings and ramblings on Linux for those who are addicted to it!
These high-level aspects are keyways Linux helps in the organization:
Boost agility. Linux can quickly change based on changing specifications and needs.
Improve efficiency. Linux has tools for monitoring and alerts.
Increase scalability. Linux has infrastructure that allows it to pivot as needed.
Security items. Linux is one of the most secure operating systems.
Reduce downtime. Linux has one of the lowest rates of network failures.
When using Linux, a project needs to have the following for the overall success strategy:
The following are the high-level aspects to realize as part of a Linux business process:
1) Has a goal with inputs and outputs.
2) Uses resources having a number of activities.
3) Will affect many departments across the organization.
4) Will create value to users.
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The world of Linux is complicated and intricate. Therefore, in order to understand and maneuver through this vast technology and business environments platform, knowing the proper terminology from A-Z will prove valuable. Each entry is explained with useful parameters, options and examples when relevant.
The following are some key aspects to think about in regard to Linux data and how it is utilized:
1) How do you currently ingest your needed data in order to effectively monitor the environment?
2) How do you know or consider what is normal performance aspects?
3) How do you achieve your stated statement of downtime/uptime agreements?
4) How do you leverage your data to know what projects are successful and which are not?
When writing any kind of specifications for Linux, the following are core and key aspects to include:
1) Benefits of the command, functionality, process, tool, utility etc.
2) Cost of the command, functionality, process, tool, utility etc.
3) Requirements of the command, functionality, process, tool, utility etc.
4) Functional specification of the command, functionality, process, tool, utility etc.
5) High level design of the command, functionality, process, tool, utility etc.
6) Low level design of the command, functionality, process, tool, utility etc.
7) Test specification of the command, functionality, process, tool, utility etc.
8) Future roadmap of the command, functionality, process, tool, utility etc.
