Requirements elicitation interviews are the most commonly used technique for requirements elicitation. Through interviewing subject matter experts, facilitating deep discussions, and documenting findings, requirement analysts can uncover the true needs of the system to satisfy stakeholders’ needs. However, during these interviews, the analysts often have to divide their attention to asking the right questions, react appropriately to the stakeholder’s responses, and keep track of the information flow throughout the interview. This is a complicated process, during which analysts could make mistakes and miss important information. For these reasons, it could be useful for them to review their interviews to understand what information has been elicited and what has been missed, what they would need to ask as follow up, and what mistakes they have done during the process. To support these processes, we propose AnnoteREI, a tool that allows analysts to upload the recording of their interviews and create an editable transcript with speaker diarization. The tool offers many functionalities for different purposes: (1) students and novices can use it to identify and tag their mistakes, thus improving their skills by learning from their experience; (2) analysts can annotate any part of the transcript and tag it for later review. For example, they can label a section as a requirement or as a topic that requires more investigation, or a name mentioned by the interviewee as another stakeholder; and (3) researchers can use the tagging system to analyze and collect new data.

Software Engineering is the process of systematic, disciplined, quantifiable approach that has significant impact on large-scale and complex software development. Scores of well-established software process models have long been adopted in the software development life cycle that pour stakeholders towards the completion of final software products development. Within the boundary of advanced technology, various emerging and futuristic technology is evolving that really need the attention of software engineering community whether the conventional software process techniques are capable to inherit the core fundamental into the futuristic software development. In this paper, we study the impact of existing software engineering processes and models including Agile, and DevOps in Blockchain-Oriented Software Engineering. We also examine the essentiality of adopting state-of-art concepts and evolving the current soft-ware engineering process for blockchain-oriented systems. We discuss the insight of software project management practices in BOS development. The findings of this study indicate that utilizing state-of-art techniques in software processes for futur-istic technology would be challenging and promising research is needed extensively towards addressing and improving state-of - the-art software engineering processes and methodology for novel technologies.