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Todays Featured Content:

Service Oriented Virtualization

SOA and Virtualization are currently considered to be two separate disciplines, but they no longer need to be. SOA offers the enterprise the benefits of increased agility and cost efficiency in terms of application development, reuse, and making connections across heterogeneous applications and business partners

iTKO LISA Combines SOA Monitoring with Advanced Test Execution Capabilities

Native test interaction with leading system metrics dashboards and reporting environments provides improved control over performance and reliability.

For SOA, The Future of Quality is Federated

This paper will refer to government organizations as a case study on SOA Governance. However, architects and developers in the business computing arena can draw valuable lessons from the complex integration and quality challenges faced by federal agencies.

iTKO LISA 4 Release Revolutionizes SOA Quality with Virtualized Services and Business Process Testing Features

LISA's Evolution Mitigates IT Risk through SOA Testing, Integration Support and Policy Validation

iTKO, Inc., the leading provider of testing solutions for SOA (Service-Oriented Architecture) software, announced the availability of the new version of its flagship product suite, iTKO LISA 4 SOA Testing and Validation. LISA expands upon iTKO's delivery of the Three C's of testing - complete, collaborative and continuous - by adding key functionalities that mitigate the business risk of ever-increasing change and complexity in enterprise IT.

Featured Content provided by iTKO

The Continuous 'C'

John Michelsen
23rd Jan 08:

A real life experience that typified why iTKO's test strategy called the Three C’s has Complete as one of those C’s...

Several weeks back I gave you a real life experience that typified why our test strategy we call the Three C’s has Complete as one of those C’s. This blog will give you a different real-life experience on why Continuous deserves “C” status.

I was meeting with a Director of development at one of the worlds largest financial institutions. Many of their trading applications have absurd levels of complexity and variability along with, of course, radical performance expectations. Really cool stuff.

A certain critical service was running on a major SOA platform. The vendor released an update to that platform, and the team responsible for this service ran their unit and service level tests -- doing more than most teams I’ve seen. Turns out, they all passed, and in fact the service performed its main function 12 milliseconds faster -- COOL!

Then again, maybe not.

They deployed the patch and watched their entire currency trading system grind to a near halt!

Wait, you sped up the service and slowed down an application? Yes. Turns out the performance of the service prevented timing issues in the orchestration layer from surfacing in use by an application.

Of course it wasn’t obvious to the team that this was in fact the issue -- they were blaming the vendor, then their new code changes looking for how they could have wrecked the performance. They went on for days losing millions until they figured out what was really happening.

The Continuous C solves for this type of problem. Take those same tests you would automate at the orchestration and solution levels and run them on a continuous basis at those points of integration, pre-production. You’ll get immediate notice of this type of issue along with much clearer identification of the root cause.

reprinted from itko.blogspot.com


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