Services   What We Do

Software Application design is a complex process. The solutoin architect need to analyze, design, and architect the solution at a high level from both a functional, technical, and visual perspective. During this process, the architect uses various tools, technologies, best practices, and prior experience in implementing similar technologies to come up with a solution that satisfies most requirements. To mitigate any risks (identified during analysis phase) or to provide clarity with application architecture, the architect develops a prototype and/or proof-of-concept. The solution architect elicit and incorporate feedback from key stakeholders, wireframes and design prototypes, and prioritize features in conjunction with stakeholders and end users. The additional activities such as choice of framework, technology, SWOT analysis, etc are preformed to further solidify application architecture. Typically, following artifacts are delivered as we wrap up the Design Phase,

Based on artifacts delivered from Analysis and Design sprints, the project manager, developers, and other stakeholder arrive at a sprint plan during spring planning meeting. The sprint plan depends on multiple items such as available capacity, estimates, and startegic goals. As part of the sprint plan, the team delivers a sprint backlog of features. Using this sprint feature backlog, the devlopers work on building software artifacts such as code, unit test, and integration tests. The completed features are then deployed to the development and QA environments to demonstrate or test.

The Sidi team follows strict SCRUM or can adhere to client processes to become part of the team. We believe that working as a team is an important step toward successful software delivery. To support team environment, we provide our best inputs.

The validation step is very important part of the software development life-cycle. We take it very seriously, everyone at Sidi uses Test Driven-Develoment methodology. We define unit tests and then iteratively build code around to take failing tests to passing tests. This allows us to further improve overall validation of software by means of developing QA Strategy, Plans, Test cases and results. We strive for 100% feature coverage to deliver a fully working system.

We follow best practices as defined by software development industry to produce predicatable and consistant results. The consistency is key to repeatable and high-quality deliverables.

We drive task management by incorporating performance-based approaches for service delivery and internal service level targets to meet the overall client mission and maximize system availability. Our experience provides an best practice framework model for quality IT service delivery. Our Team has experience in implementing effective, customer-focused solutions that conform to the industry standards combined with an effective software development approach. Using our established processes and procedures, Sidi creates and maintains management schedules, project schedules, effort estimates, communications management plans, quality assurance plans, risk plans, and measurement plans for project implementations. Our agile and iterative process-driven approach ensures that Sidi can respond to changing requirements. We work with client project management teams to track metrics such as bugs, issues, risks, and overall quality deliverables. We use the results of these measures to refine our processes.

Each client is unique and so are projects; our proven approach allows us to customize deliverables that would fit needs of our clients. As part of this practice, the deliverables given to customers include (but are not limited to) project schedules, budget analysis, project status reports, and task status reports.

Software application life-cycle doesn't end at the production deployment. Change can't be denied as that is expected in each business. We encounter changes all the time and that requires software to change to reflect changing business needs. Keeping up with the business change requires program changes, upkeep and performance monitoring. We have apply unique strategies and processes to ease software maintenance cycles.

We use special versioning and software configuration scheme to enable us to handle multiple versions of a software that might be in production as well as bunch of newer versions are being developed. Our proven processes are set during initial development and then successfully carried over long term software maintenance cycles.