For example, there are 15 different connectivity modules and
three serial interfaces for each, which makes 45 various
combinations. Each connectivity module has to be validated
by about 1,000 test cases, which means 45.000 tests for a full
release. Without automation, this task is almost impossible.
The consequences of slow development and late
testing implementation: ꞏ
Manual testing is costly.
It is pushing your agility,
performance and profits
down.
Manual testing consumes
time of developers, forcing
them to focus on less
important things.
Manual testing is boring
and human error driven,
it presents clear danger to
assuring data privacy.
Manual testing is blocking
learning curve that should
be growing with new
testing and development
cases.
Testing, QA and bug-fixing
account for more than 50%
of all IT development costs.
The speed of digital changes is forcing companies to change their development, testing and launching
procedures. The goal is to become faster in development and flawless in providing customer or user experience.
Testing automation reduces time for bug detection and fixing
Agile development support | Poor | Excellent |
---|---|---|
Defect count | High | Low |
Defect identification | Late | Early |
Test cycle speed | Slow | Super fast |
Test coverage | Low(30%) | High (85%) |
Testing integration in R&D | At the end | At the beginning |
IT knowledge required | Medium | Medium |
Focus | On customers' flow (front end) |
On all possible flows (integration, front, back, 3rd party) |
Product quality | Low | High |
Knowledge library | Poor | Excellent |
QA automation
process
SIMPLE FLOW, CLEAR KPIS,
BETTER PERFORMANCE
1
QA &
TESTING AUDIT
2
AUTOMATION FEASIBILITY
ANALYTICS
3
AGILE & AUTOMATED
TESTING STRATEGY
4
TESTING
EXECUTION
5
INSTANT
FEEDBACK