This is how we build high-quality web applications, mobile apps, and custom software; from design, development, testing, integration, and deployment to product launch and after launching…
We transform the software requirements described in the SRS (Software Requirements Specification) into a form implementable using a programming language. Our design may include all or any of the following depending on your situation:
- Architectural Design
- High-level Design
- Detailed Design
Depending on the Software Development Model you choose, those designs may be fixed or can be changed in the next phases…
We transform the design into a software product using programming languages and software development tools.
We conduct Unit Tests, Integration Tests, and System Tests… to ensure we have developed the right product.
Deployment & Delivery
Delivery: We deliver the project’s outcomes, including source codes, databases, documentation, reports…
Deployment: We deploy the end product to the production environment and make it available to end users.
We warrant the product after delivery as specified in the contract with end-to-end development projects.
We also provide software maintenance, operation, and support services as separate contracts along with the development service
This is how we monitor, manage, and secure your entire infrastructure so that your people can focus on your valuable business
Discuss and assess your current IT business challenges to set S.M.A.R.T goals.
Establish your standard IT management items, processes, and plans with proper timelines that fit your budget, requirements, and goals.
Monitor, Manage, Operate, and Support
We start taking care of your IT infrastructure and software system day-by-day, following the pre-defined process, responding to your cases/requests quickly, and providing you with the most efficient solutions.
This is how we help you avoid any potential damages from any potential software fault
We research your software system, identify the test requirements and define the scope of work.
We develop the test strategy, identify resources, assess risks, and schedule the test tasks.
We define the test cases/scenarios, prepare the test data and set up the testing environment.
We perform smoke tests, and test cases, and verify bugs.
We collect all test results, and provide the testing evaluation and final test report.
This is how we help modernize your legacy systems to adapt to the changing business needs of lower costs and fewer risks.
We listen to your voice, evaluate your current system to identify problems such as infrastructure overloading, and redundant and troublesome codes, then categorize them as obsolete, archival, or migration.
We define the new system’s architecture, and infrastructure as well as the code migration steps.
Our experts utilize suitable tools and technologies to do everything, from requirements gathering, development, verification, testing, and migration to delivering cost-effective legacy migration solutions.
We deploy and validate the whole new system to evaluate its functionality, performance, and scalability.
This is how we automate and optimize IT processes using the DevOps method.
We conduct a thorough assessment of your requirements and current system to gain a deep understanding of the present infrastructure, design, processes, and product visions.
We design and recommend a set of DevOps solutions tailored to your situation including infrastructure, operating tools, procedures, CI/CD process, maintenance strategy…
Develop – Test – Release
Our DevOps services are seamlessly integrated into the development lifecycle, increasing the productivity and efficiency of software engineers, QA engineers, and system administration specialists.
DevOps as a Service aims to automate repetitive, routine, but critical activities and synchronize development and test environments to align all stakeholders in the software development process. The service ensures that your digital business remains stable, secure, and scalable.
Operation & Monitor
Monitoring the security of the system and individual services and overall application health in terms of resource load, availability, and response time and implementing the appropriate tasks following our operation process to eliminate downtime and prevent application performance degradation in the production environment.