CertiA360: Enhance Compliance Agility in Aerospace Software Development

Explainable & Ethical AI
Published: arXiv: 2511.11550v1
Authors

J. Antonio Dantas Macedo Hugo Fernandes J. Eduardo Ferreira Ribeiro

Abstract

Agile methods are characterised by iterative and incremental processes with a strong focus on flexibility and accommodating changing requirements based on either technical, regulatory, or stakeholder feedback. However, integrating Agile methods into safety-critical system development in the aerospace industry presents substantial challenges due to its strict compliance requirements, such as those outlined in the DO-178C standard. To achieve this vision, the flexibility of Agile must align with the rigorous certification guidelines, which emphasize documentation, traceability of requirements across different levels and disciplines, and comprehensive verification and validation (V&V) activities. The research work described in this paper proposes a way of using the strengths of the flexible nature of Agile methods to automate and manage change requests throughout the whole software development lifecycle, ensuring robust traceability, regulatory compliance and ultimately facilitating successful certification. This study proposes CertiA360, a tool designed to help teams improve requirement maturity, automate the changes in traceability, and align with the regulatory objectives. The tool was designed and validated in close collaboration with aerospace industry experts, using their feedback to ensure practical application and real-life effectiveness. The feedback collected demonstrated that the automation given by CertiA360 may reduce manual effort and allow response to changing requirements while ensuring compliance with DO-178C. While the tool is not yet qualified under DO-330 (Tool Qualification), findings suggest that when tailored appropriately, Agile methods can not only coexist with the requirements of safety-system development and certification in highly regulated domains like aerospace, but also add efficiency.

Paper Summary

Problem
The main challenge addressed by this research paper is the difficulty of integrating Agile software development methods into safety-critical system development in the aerospace industry. Agile methods prioritize flexibility and adaptability, but they often conflict with the strict compliance requirements of the DO-178C standard, which ensures safety and reliability in aerospace software development.
Key Innovation
The key innovation of this research is the development of CertiA360, a tool designed to automate and manage change requests throughout the software development lifecycle. CertiA360 helps teams improve requirement maturity, automate changes in traceability, and align with regulatory objectives. By leveraging the strengths of Agile methods, CertiA360 ensures robust traceability, regulatory compliance, and facilitates successful certification.
Practical Impact
This research has significant practical implications for the aerospace industry. By demonstrating that Agile methods can coexist with safety-critical compliance, CertiA360 offers a structured and automated approach to documentation, which enhances adaptability and efficiency. This can lead to improved reliability and safety of software systems, as well as increased adoption of Agile practices across the field.
Analogy / Intuitive Explanation
Imagine a puzzle where each piece represents a requirement, design, or implementation element. In traditional Agile development, the pieces are often rearranged as the project evolves, which can lead to confusion and errors. CertiA360 is like a puzzle solver that automates the process of rearranging the pieces, ensuring that each change is properly documented and tracked, and that the entire puzzle remains intact and compliant with regulatory standards. This allows teams to respond quickly to changing requirements while maintaining the highest level of safety and reliability.
Paper Information
Categories:
cs.SE
Published Date:

arXiv ID:

2511.11550v1

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