DevOps is built on people base instead of other technology, it is special and unique, DevOps tools and processes are admittedly important, while humans are the one who make final decision on how the business transform into DevOps approach or affect the result or even the success or failure towards DevOps implementation. One of the keys to success is provide trainings for staffs and make DevOps permeate into team members’ tasks and cultivate them into DevOps specialists.
Coding is the core of DevOps. Specialists in DevOps who write and understand coding should take upon the indispensable role in DevOps procedure, all coding specialists however are not standing for suitable for DevOps implementation. DevOps developers should have 2 criteria; find out clearly in development tools and ductile in manipulating it, the agility should bring positive impact towards DevOps team in revise and progress continuously. DevOps developers moreover compulsory in understanding coding deployment, some of them may not be specialists, but at least they should be familiar with the management in the atmosphere and difficulties with complication which are going to occur and capable of settling these disputes.
IT engineers should be crucial in the operation of DevOps, high standard of requirement is expected, DevOps engineers are expected to be skillful and equipped with administrative ability in technological operations. The workflow of development should also be familiarized, and the role of technological engineers is to minimize conflicts among teams and ensure the operation of DevOps development run seamless. Searching for technological engineers specialize in coding not just utilize its coding skills, but also coding development experiences and insights can be shared and reduce the defects unnecessarily delay occurs in DevOps process.
DevOps is an approach and there is no designated route or architectures to follow. The success of DevOps hinges upon to what extent it benefits the company’s operation. The fundament of DevOps is automation, the agility of architectures in a certain extent is the command of automation. Only an automated system can act on the flexibility of architectures and has no obstacles in improving operation incessantly. Building up redundancy, resiliency on the architectures and automated fault resolution would reduce the risk in unexpected malfunction and minimized the damage towards the system, tracing the root of the problem would be less complicated and effectively prevent repeating a disastrous policy.