Reduction of Testing Services Cycle Time
by 50%
Faster time-to-market and reduced costs -
ready availability of proven expertise in the convergence
domain
Defining Testing requirements for customers
Accelerate prediction of incoming and outgoing
software quality
Calculation of (Return on investment) on
Automation
Experience in setting up independent test
organization
World-class infrastructure
Reduction of Test Cycle Time by 50%
Using it's proven models, highly optimized modular test plans,
large repository of test cases and test scripts, in-house
developed test tools and hands-on approach, Aricent brings down
the test cycle time by 50%. Intelligent selection of regression
test suite also helps reduction of test time in subsequent
cycles further achieving a reduction in time-to-market and
superior software quality.
Faster time-to-market and reduced costs
- ready availability of proven expertise in the convergence
domain
With its strong technical understanding of product, technology,
complexity and incoming software quality, known level of automation
and ability to define and measure stop test criteria, Aricent
has achieved a working model for customers which provides
them with 95% accuracy of time and schedule.
Defining Testing requirements for customers
Aricent testing services team brings a unique proposition to
the table for the customer. Aricent works closely with them to
define Test Requirements, Specification, Strategy and appropriate
test environment including Test Tools which are best fit for
their business and scale of operations.
Aricent testing services team is involved in various technologies
and products from the definition stage. The Testing Services
team of Senior consultants, (highly experienced in writing
technical specifications, test requirements, test tools definition
and requirements for very large wireless and switching systems)
define the "Best Fit" testing services
required through test strategy, performance, scalability parameters
and feature interaction metrices.
Accurate Prediction of incoming and outgoing
software
Aricent test team has used the learning from their past experiences,
to come out with a model for predicting the quality of incoming
software release to the test team. Using this model, the testing
services team can accurately predict the number of bugs in
the software that is offered to them for testing. This model
uses an extensive checklist which captures details to deduct
the weak / strong areas and the number of bugs expected to
be found in the system.
Outgoing quality of software from Aricent is also predictable
due to
- Coverage of explicit and implicit requirements
- Ensuring code coverage
- Ensuring that the Test Stop criteria is met
- Mature and proven test processes and methodology
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Calculation of ROI (Return on investment)
on Automated Testing
Aricent deploys a mathematical approach based on multiple attributes
to determine the return of investment on automated testing.
Based on this, the extent of automation is decided and justified.
Find out more...
World-class infrastructure
The Aricent lab boasts of various protocol analyzers, different
target platforms, indigenously developed test tools, automated
test environment and state of art test methodologies and practices.
Find out
more...
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Experience in setting up independent
test organization
Aricent has an independent Testing Services Group comprising
of a wide pool of experienced engineers with extensive expertise
in VoP, Wireless and Broadband Technologies. This enables
quick setup of strong program/project teams. Aricent deploys a
systematic and well-proven approach in setting up large testing
services organization. Right from the inception stage, a specialized
team is put in place. This approach involves the following
key steps:
- Understanding customer requirements/objectives
- Identifying the right team/organization
- Preparing a Competency Development Plan
- Setting up steering teams to review and develop business
- Setting up regular in-house training/orientation program
for new/existing team members
Last updated :
March 13, 2006
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