Systems Engineering & Testing

Our Solution: CYROBA provides systems engineering and testing services inclusive of documenting requirements, developing and analyzing system interfaces, conducting research, building roadmaps, performing qualification and user acceptance testing, and implementing changes for your network and software. Though we specialize in cybersecurity and GRC solution, we have performed this work in a variety of industries and domains. We ensure your systems meet stringent quality standards, perform as intended, and withstand the demands of real-world environments.

Cybersecurity and GRC Experience: CYROBA has professionals that are CISSP-certified and have worked with U.S. federal government organizations to support hardware and software development. This has included writing requirements, documenting test plans and standard operating procedures (SOP), developing engineering models for networks and software, performing qualification tests, and creating verification and traceability matrices. We have performed configuration and vulnerability management remediating cyber security and compliance risks across 1000s of development and production accounts. We’re experienced in software development and testing tools: CSS, HTML, Rational Suite, Maven, Subversion, GIT, GITLAB, Jenkins, Atlassian Suite (JIRA), SharePoint, DOORS, Selenium, Intrusion Detectors, Packer Sniffers, Auditing, Monitoring and Alerting Tools. We also have experience for cloud development security tools across AWS, GCP, and Azure.

The CYROBA Approach: CYROBA offers a holistic view of your technical ecosystem, infrastructure, processes and technology. Our professionals cover Systems Engineering & Testing (SET) by performing the following on our customers’ behalf:

1. Design and Architecture:

At the heart of SET lies robust design and architecture principles. Systems engineers collaborate closely with stakeholders to understand requirements, define system architecture, and establish design specifications. By considering factors such as scalability, interoperability, and maintainability, SET ensures that systems are well-designed from the ground up, laying a solid foundation for success.

2. Development and Integration:

Once the design phase is complete, systems are developed and integrated according to the established specifications. This involves implementing software, hardware, and other components, as well as ensuring seamless communication and interoperability between subsystems. Through rigorous testing and validation, SET verifies that each component functions correctly and integrates smoothly within the larger system.

3. Testing and Validation:

Testing is a cornerstone of SET, encompassing various methodologies and techniques to assess system performance, functionality, and reliability. From unit testing and integration testing to system testing and acceptance testing, SET employs a comprehensive testing strategy to identify defects, validate functionality, and ensure compliance with requirements. This iterative process allows issues to be identified and addressed early, minimizing risks and optimizing system performance.

4. Performance Optimization:

In addition to functional testing, SET focuses on optimizing system performance to meet performance objectives and user expectations. Performance testing evaluates factors such as speed, scalability, responsiveness, and resource utilization under different conditions and load scenarios. SET ensures that systems perform optimally and deliver a seamless user experience.

5. Security and Compliance:

Security is a top priority for CYROBA, particularly in today's cyber-threat landscape. SET incorporates robust security measures and protocols to safeguard systems against unauthorized access, data breaches, and other security threats. SET ensures that systems adhere to industry standards and regulatory requirements, protecting sensitive data and mitigating security risks.

6. Continuous Improvement:

SET is a continuous process of improvement and refinement. Even after deployment, systems are monitored, evaluated, and optimized to address evolving user needs, technological advancements, and changing business requirements.