Testing and QA Services

Quality Assurance & Testing:

QA & Testing in the most important components of any software development. It’s very crucial part of project engineering. It’s very complex due to which generally existing software development company try to skip but if taken care from starting phase of development, at last the outcome will be up to the mark as per the expectation. The testing process helps to uncover the hidden bugs in the application. However, testing involves various techniques to identify errors and correct them without obstruction the time and cost of the project

At Girishas, we have team of highly experience testing team who are well aware of modern testing methods like automated testing which help in saving time and providing optimum outcome.
 

How does it work?

At Girishas, we follow agile development methodology and that the reason from starting we define strict process for quality assurance/testing to assure the full proof outcome.

Software Quality Assurance (SQA) may be a set of activities for making certain quality in software package engineering processes (that ultimately lead to quality in software package products).

It includes the subsequent activities:

method definition and implementation

• Auditing
• Training
• Processes might be:
   

  Once the processes are outlined and enforced, Quality Assurance has the subsequent responsibilities:

  determine weaknesses within the processes correct those weaknesses to repeatedly improve the method

  The quality management system underneath that the software is made is generally supported one or a lot of of the subsequent models/standards:

  • software package Development Methodology
  • Project Management
  • Configuration Management
  • needs Development/Management
  • Estimation
  • software package style
  • Testing
  • etc

    Note: There area unit several different models/standards for quality management however those mentioned higher than area unit the foremost well-liked.

    Software Quality Assurance encompasses the whole software package development life cycle and therefore the goal is to make sure that the event and/or maintenance processes area unit endlessly improved to provide product that meet specifications/requirements. The process of software package internal control (SQC) is additionally ruled by software package Quality Assurance (SQA). SQA is usually shortened to only QA.

     

    Followed Quality assurance process:

     
    • CMMI
    • Six Sigma
    • ISO 9000
      • Planning
      • Test Implementation
      • Reporting Bugs
      • Continuous team interaction
      • Fixing Bugs
      • Re-testing
    • Software Quality Assurance (SQA)

      consists of a method of observation the software engineering processes and ways wont to guarantee quality. It will this by means that of audits of the standard management system underneath that the software package system is made. These audits ar backed by one or additional standards, usually ISO 9000.

       

      It is distinct from software package internal control which incorporates reviewing require- ments documents, and software package testing. SQA encompasses the complete software package development method, which incorporates processes like software package style, coding, source code management, code reviews, amendment management, configuration manage- ment, and unleash management. Whereas software package {quality management|internal control} could be a control of products, software package quality assurance could be a management of processes. Software quality assurance is expounded to the observe of quality assurance in product producing. There are, however, some notable variations between software and a factory-made product. These variations stem from the actual fact that the factory-made product is physical and might be seen whereas the software package product isn't visible. so its operate, profit and prices don't seem to be as simply measured. What’s additional, once a factory-made product rolls off the assembly line, it's basically an entire, finished product, whereas software package is rarely fin- ished. software package lives, grows, evolves, and metamorphoses, not like its tangible counterparts. Therefore, the processes and ways to manage, monitor, and measure its current quality ar as fluid and typically elusive as ar the defects that they're meant to stay in restraint.