This framework is developed using Python/Robot Framework based programming. Capabilities added:

1. Wireless device performance testing

2. Wireless device orchestration using API, Web UI interface, Mobile (Android and IOS) UI interface

3. Functional, Integration and System testing

4. API testing

5. Packet generator tool control - iperf, ping and chariot and SSH based device and server monitoring.

6. Framework input is designed to be in excel sheet for ease of use by functional test experts.

7. Utilized VMware based virtualised solutions for scaling test capacity - control machines, server tools like DHCP, Free Radius, Certificate server.

8. Utilized Raspberry Pi for wireless clients. Client connectivity and functionality is completely controlled by this framework.

With this framework, the tests are integrated with Jenkins CI tools for scheduled and trigger based test executions and mailing of test reports.

Smoke/Acceptance test suite based on this framework is integrated with DevOps build system.

Partial automation supported for scale testing of server - device communicaiton.

Developed this framework to complement Junipers test capabiltiy to validate its Network Director product.

This development helps in validating the Web interface for orchestration of Juniper switch and wireless devices, monitoring and troubleshooting pages. Apart from that in the dashboard selective automation is done for validating the graphical data contents.

Integrated the Aruba's Airwave withJuniper's Network Director product to get a single view of both wired and wireless products from one place.

Created thistest framework to take configuration and command procedures as inputs and execute the functional testing of wireless devices.

Device configuration, device connectivity, and functional validation by running few set of traffics across devices forms the major (~90%) and repeated functional test requirement for wireless network devices. This framework helps functional experts avoid repeated manual activities across releases.

Organizations product involves Middleware oriented Messaging servers part of its N-tier architecture. This was during 2000-2002 when MOM's are commercial softwares and there was a need to reduce the cost of ownership for few customers.

This product is born out of that requirement and I was involved in devloping this product from scratch which supports message queuing, publish-subscribe requirements and can run in small server environments. Since it is developed using Java, it was implemeted across multiple servers and agnostics to OS.

Developed this module part of American Express Bank's credit card management software. This was developed using Java-J2EE, JSP and followed test driven development. This was deployed in Mainframe server.

Involved in developing high availabiltiy/fault tolerant system wtih load sharing capabilities. This product is based on N-tier architecture developed to provide business integration solution for BPCS an ERP system.

Created a web applet based order mangement system for BPCS an ERP system in AS/400 servers. This was deployed in IBM Webserver and BEA Weblogic application servers. This is part of web enablement of BPCS functionalities to its customers between 2000-2002

To expand the selectica's configurator strength, 2 new configurators were conceived to empower insurance domain solution experts. They were called as Foundation services and Rate Center - both developed in Java and followed worflow model of developing solution.

Rational RobotJ and Junit were used part of whitebox and integration testing.

Used Jmeter and LoadRunner for performance testing.

Used WinRunner for web interface testing.

This server was deployed across different servers like Sun Solaris, HP-Unix, Windows Servers and Application servers - IBM Websphere/BEA Weblogic