A Risk-Driven Framework for Integrating Risk Management into the Software Development Lifecycle
Keywords:
Risk management, software development lifecycle, risk-driven framework, software engineering, risk assessment, mitigation strategies, system reliability, agile developmentAbstract
Software systems are increasingly complex, distributed, and exposed to evolving security, operational, and requirement-related uncertainties. Traditional software development methodologies often treat risk management as a supplementary activity rather than an integrated process. This study proposes a risk-driven framework that embeds risk management directly into the software development lifecycle to improve system reliability, quality assurance, and decision-making efficiency. The framework integrates continuous risk identification, assessment, prioritization, and mitigation across all phases of development, from requirements engineering to maintenance. Building on established work by Hijazi et al. (2014), who emphasized structured integration of risk management into software processes, this research extends the concept by incorporating adaptive risk evaluation mechanisms aligned with modern iterative development models. The study demonstrates that embedding risk-aware practices enhances early defect detection, reduces project failure probability, and improves overall software resilience.
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