IT Project Services
With over decades of experience in IT project services, Megan Soft helps clients solve their business challenges by providing highly skilled teams to complete complex projects at high standards. We believe in an iterative approach to our projects; this encourages the use of our repeatable and disciplined processes to deliver desired outcomes. Our pragmatic approach to project delivery is tailored to suit you, keeping communication clear and organizational overheads to a minimum.
Megan Soft has a strong history in delivering agile projects. This has enabled close interaction and collaboration with the customer, ensuring better quality and customer satisfaction. The agile process, including the delivery of working software at the end of iterations, provides customers with a vital feedback loop, critical for the shaping of the future of the software. This approach facilitates the allowance of changing requirements and designs to accommodate developing business needs.
Megan Soft deep breadth of technical expertise, coupled with our track record in building and delivering highly-complex, multi-tier, multi-vendor system integration projects for enterprise level clients. We have a deep understanding of how complex systems are designed, built and delivered. And it means that we are specialists in ensuring solutions integrate into existing legacy environments using commercially available software platforms which have already been tested and reused across multiple projects.
Application Development & Maintenance
We provide end-to-end business and technology consulting services to our clients by leveraging our onsite consulting services and Offshore Development Center capabilitydapibus leo.
Application Development & Maintenance Complex integrated application portfolios, high maintenance costs, and scarce support skills can distract attention from your core business issues. We have the expertise to provide 24 x 7 support for your database, applications, systems and network infrastructure in an onsite/offshore model.