We were approached to re-engineer the product into a new form to realize quality improvements in operation, system capability, functionality and performance without risking existing customers. Read more at: http://www.cygnet-infotech.com/blog/re-engineered-a-collaboration-platform-for-superior-business-outcomes

1. Re-engineered a Collaboration Platform for
the Construction Industry (Australia)
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2. The Product
• A real-time collaboration platform
• Enables builders, contractors and suppliers to
coordinate and exchange critical documents
using web, mobile and API services
• The core objective of the application is to
help better accomplish construction related
tasks
We were approached to re-engineer
the product into a new form to
realize quality improvements in
operation, system capability,
functionality and performance
without risking existing customers.
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3. The need to re-engineer the product
• Product was operational for more than 8 years
• Existing infrastructure was struggling to cope
with a wide range of API services
• Different supplier systems struggled to integrate
with our client’s product
• Servicing individual requests increased overhead
• Lapse in data control affected consumers of data
• Glitches while exchanging documents and
communication between builders and suppliers
• Addition of features over the years complicated
usability of the product
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4. • We identified that the existing servers, network,
storage and user interface of the product
needed to be aligned with the growing business
needs
• The existing database was not scalable or
flexible and had limited capability to support
new initiatives
• The existing infrastructure resulted in higher
maintenance cost, increasing inefficiencies,
complexity and security gaps
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During the initial IT infrastructure review,

5. Technology Analysis
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Existing technology stack Proposed technology stack
.NET framework 4.5 Front End : ASP.NET MVC 5.0, AngularJS,
Twitter Bootstrap
Front End : ASP.NET MVC 4.0, JQuery, Twitter
Bootstrap
Service Layer : Web API 2.0 with ODATA
Service Layer : Web API 1.0 with ODATA Back End : SQL Server 2008 R2
Back End : SQL Server 2008 R2 Version Control : Bit Bucket
Build Server : Team City with continuous
integration
Unit Testing Framework : NUnit
Deployment : Amazon Cloud EC2 Mocking Framework : Rhino Mocks
Version Control : Tortoise Hg – Kiln Logging Framework : NLog
Bug and Project Tracking : JIRA Dependency IOC container : Microsoft Unity
Documentation : Confluence Deployment: Amazon
Mobile technology: PhoneGap, HTML5, JQuery
Mobile UI, CSS3

6. Critical modules that needed to be re-engineered included;
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• A role-based Job creation, allocation & management module
with email notification facilities
• Account Management module with billing and invoicing
facilities along with user authentication management
• Integration of Google Map API to attribute and map tasks with
construction sites
• Contract Documents and Job Information Management
module to enable seamless coordination
• Mobile apps for Android, iOS and Windows operating systems
using PhoneGap
• Several independent APIs to integrate with third-party systems
• Chargify payment gateway integration to subscribe for
different service plans of the solution
• A front-end interface design for both Web and Mobile version
of the solution

7. Considering the project requirements, our team;
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• Adopted a highly agile development methodology
with 2 weeks of sprint
• Used rapid development tools and smart frameworks
developed in-house
• Redesigned the architecture to accommodate rapidly
changing business requirements
• Automated unit testing implementation and
continuous integration
• Documented each functionality in the form of
technical diagrams that eliminated individual
dependency
• To ensure timely deliverables, daily stand up, sprint
plan, status and retrospective meetings with our client
were conducted for higher degree of efficiency

8. • Before the development, our testers validated and
verified the existing application and reported issues in UI
and several functionalities
• Based on the analysis a test plan was prepared with
detailed test cases and scenarios
• Once the development started, our testers parallelly kept
testing the application to ensure it comes out as a
consistent and effective product
• Developers performed unit testing by isolating each
component to avoid the development risk
• Testers parallelly tested different components of the
application and their interface with other modules
• In the end, user and system acceptance were performed
to deliver the final product
The re-engineering journey
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9. To Summarize, we provided;
• End-to-end enterprise mobility services under a single
roof
• Freed our client to focus on improving customer
relationships and marketing of product
• Helped reduce development cost significantly
• Ensured quick turn-around time for deliverables
• Managed skilled resources and ensured their
sustainability
• Effectively managed cost, quality and timely
deliverables
• Ensured maintenance and support throughout
• Accelerated project execution whenever required
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10. +91-79-30487422+91-79-67124000
inquiry@cygnet-infotech.com
India Headquarters
Cygnet Infotech Pvt. Ltd.
16-Swastik Society, Nr. AMCO Bank,
Stadium Circle, Navrangpura,
Ahmedabad 380009, Gujarat, India
www.cygnet-infotech.com
Contact us
Germany
+49 3222 1090 129
USA
+1-646-915-00210
South Africa
+27 (0) 21 3002981
Australia
+61-280-147-206
India (Pune)
+91-20-30226125
New Zealand
+64 9 534 8000
UK
+44-20-8099-1653
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