ResDevOps: A Software Engineering Framework for Achieving Long-Lasting Complex Systems

Furfaro, Angelo; Gallo, Teresa; Garro, Alfredo; Saccà, Domenico; Tundis, Andrea

doi:10.1109/re.2016.15

Cited by 6 publications

(4 citation statements)

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“…En la etapa de codificación, las revisiones de código (Baum et al, 2016) son una actividad innovadora que permite crear productos más confiables y que reduce riesgos que propicien el fracaso de los proyectos. Así mismo, las revisiones de código mejoran enormemente la capacidad de los miembros del equipo de codificación (Pater et al, 2018) ya que permiten identificar nuevas ideas, técnicas y tecnologías para escribir código aumentando progresivamente su calidad (Furfaro et al, 2016).…”

Section: Reporte De La Revisiónunclassified

Desarrollo de un Marco de Gestión del ciclo de vida de un producto software utilizando modelos de innovación de procesos: Revisión de Literatura

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2023

CEDAMAZ

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La innovación se constituye en la actividad más relevante que agrega valor a las empresas y permite mejorar su competitividad. En este contexto, las aplicaciones de software han tomado una gran relevancia como herramientas que apoyan a la estrategia y operaciones de las empresas. Consecuentemente, la ingeniería de software y la innovación son dos ramas que deben alinearse y complementarse para alcanzar los retos actuales. En este estudio, se analizan los artículos que abordan los métodos implementados en el desarrollo de productos de software y que se consideran métodos de innovación. El método utilizado es la revisión sistemática de la literatura (SLR) de 42 artículos publicados dentro de los últimos 5 años en las bases científicas Scopus, Springer Link, ResearchGate, EBSCO y Proquest. Se consideran los criterios de inclusión y exclusión, pertinencia, evaluación de calidad y validez de los estudios. Los hallazgos reflejan las actividades que se consideran innovadoras en el ciclo de desarrollo de software y se concluye que los retos abren posibilidades de inclusión de inteligencia artificial en diferentes fases del ciclo.

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Section: Reporte De La Revisiónunclassified

Desarrollo de un Marco de Gestión del ciclo de vida de un producto software utilizando modelos de innovación de procesos: Revisión de Literatura

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2023

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“…36,37 In conclusion, a DevOps culture seems to be very attractive to organizations worldwide, being based in a "The faster you fail, the faster you recover" philosophy 14(p1) , enabling a culture of experimentation to release new products, services and software, allowing the organization to grow and to satisfy their customers. 38…”

Section: Research Backgroundmentioning

confidence: 99%

DevOps benefits: A systematic literature review

et al. 2022

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Among current IT work cultures, DevOps stands out as one of the most adopted worldwide. The focus of this culture is on bridging the gap between development and operations teams, enabling collaborative effort toward quickly producing software, without sacrificing its quality and support. DevOps is used to tackle a variety of issues; as such, there are differing benefits reported by authors when performing their analysis. For this research, we aim to reach consensus on the DevOps benefits reported in existing literature. To accomplish this objective, two systematic literature reviews. The first intends to find all benefits reported in the literature, while the second review will be used to map the benefits found in the first one with DevOps implementation case studies, providing empirical evidences of each benefit. To strengthen the results, the concept‐centric approach is used. During this research it was possible to observe that the most reported benefits are aligned with the DevOps premises of better collaboration between developers and operators, delivering software and products quicker. Based on DevOps implementation case studies, most reported benefits include a faster time to market as well as improvements in synergy and automation. Less reported benefits include a reduction in failed changes and security issues.

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“…In addition, the methodology uses the graphical UML notation, which allows an easier process of communication and sharing among stakeholders. GOReM has already been successfully employed in the past in the context of industrial research projects, involving industrial partners such as ACI Informatica and Poste Italiane, and its practical application allowed to highlight and identify some interesting aspects during the requirements engineering phase …”

Section: Introductionmentioning

confidence: 99%

“…In particular, being a goal-oriented methodology, 12-14 GOReM allows to suitably derive the requirements from the analysis of (i) the goals of the involved stakeholders, (ii) the business scenarios, and (iii) the expected applications' models.*This paper is an extended version of the In addition, the methodology uses the graphical UML notation, which allows an easier process of communication and sharing among stakeholders.GOReM has already been successfully employed in the past in the context of industrial research projects, involving industrial partners such as ACI Informatica 15 and Poste Italiane, 16 and its practical application allowed to highlight and identify some interesting aspects during the requirements engineering phase. 17,18 In this paper, GOReM is exploited for supporting the conceptualization and subsequent implementation of cybersecurity compliance analysis services. In particular, after identifying the stakeholders involved in the SecaaS domain along with their goals, the security information and event management (SIEM) scenario, in which the Cloud Security Alliance (CSA) classifies cybersecurity compliance analysis services, is considered and two main application scenarios for cybersecurity compliance analysis are identified: (i) compliance analysis of an existing IT system/application, which aims at producing a report about the conformance of the system with respect to the cybersecurity rules and regulations in force as well as a set of indications on its possible enhancement; (ii) compliance analysis of an IT system/application under development, which aims at evaluating whether such system/application is able to meet security requirements coming from related cybersecurity rules and regulations.The paper presents and discusses both the application scenarios and, thanks to GOReM, provides a clear understanding of them so as to guide their concrete implementation.…”

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confidence: 99%

Cybersecurity compliance analysis as a service: Requirements specification and application scenarios

Furfaro

Gallo

Garro

et al. 2017

Concurrency and Computation

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Summary Cybersecurity compliance analysis is the process of assessing whether the behavior of an IT system or application conforms to the cybersecurity rules and regulations in force. This assessment can be offered as a service by exploiting available cloud technologies, and, indeed, it is one of the services classified by the Cloud Security Alliance (CSA) as part of the security information and event management (SIEM) category of the SecaaS (security as a service) domain. The definition and implementation of this typology of cloud services are challenging activities due to the complexity of both the reference business domain and the compliance analysis services to be provided themselves. The paper exploits a recently proposed requirements methodology, called GOReM (goal‐oriented requirements methodology), to support the conceptualization and subsequent implementation of cybersecurity compliance analysis services. In particular, two different application scenarios regarding compliance analysis of an existing or under development IT system/application are presented and discussed. In both the scenarios, GOReM allows to grasp and understand the many and complex issues to address for providing secure cloud services to worldwide customers, also due to the numerous, different and ever changing legal aspects, which have to be taken into account by service providers.

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ResDevOps: A Software Engineering Framework for Achieving Long-Lasting Complex Systems

Cited by 6 publications

References 5 publications

Desarrollo de un Marco de Gestión del ciclo de vida de un producto software utilizando modelos de innovación de procesos: Revisión de Literatura

Desarrollo de un Marco de Gestión del ciclo de vida de un producto software utilizando modelos de innovación de procesos: Revisión de Literatura

DevOps benefits: A systematic literature review

Cybersecurity compliance analysis as a service: Requirements specification and application scenarios

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