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<p>End-to-end applications (<i>E2E-Apps</i>) are essential for secure and seamless data exchange in scenarios like cloud-based data sharing and decentralized environments. However, they face challenges adapting to changing requirements, integrating security, computing, and storage services, and managing resources effectively in dynamic environments. This paper introduces <i>CIATfunc</i>, a framework for composing <i>Secure End-to-End applications </i>(<i>SecE2E-Apps</i>) by addressing these challenges through the combination of <i>Policy-as-Code</i> for defining high-level security requirements with <i>Infrastructure-as-Code</i> for automating resource provisioning and management. This integration ensures secure, scalable, and efficient workflows tailored to specific needs. The <i>CIATfunc</i> framework was validated through a controlled evaluation and a case study involving the secure exchange of tomographic imagery between valid users and registering transactions in a blockchain (<i>BC</i>). Results demonstrated its capability to build customized and traceable <i>SecE2E-Apps</i> while significantly improving performance through parallel execution of security tasks and efficient resource management.</p>

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CIATfunc: a frame-based serverless framework for composing secure end-to-end applications

  • 期刊论文

  • 出版模式：

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  • 发表日期：

    2026年6月3日

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  • Ignacio Castillo-Barrios,
  • Ricardo A. Ibarra-Garcia,
  • Jose Luis Gonzalez-Compean,
  • Arturo Diaz-Perez,
  • Ivan Lopez-Arevalo,
  • Miguel Morales-Sandoval,
  • Jose Juan Garcia-Hernandez,
  • Heriberto Aguirre Meneses,
  • Marco Antonio Núñez Gaona

摘要

End-to-end applications (E2E-Apps) are essential for secure and seamless data exchange in scenarios like cloud-based data sharing and decentralized environments. However, they face challenges adapting to changing requirements, integrating security, computing, and storage services, and managing resources effectively in dynamic environments. This paper introduces CIATfunc, a framework for composing Secure End-to-End applications (SecE2E-Apps) by addressing these challenges through the combination of Policy-as-Code for defining high-level security requirements with Infrastructure-as-Code for automating resource provisioning and management. This integration ensures secure, scalable, and efficient workflows tailored to specific needs. The CIATfunc framework was validated through a controlled evaluation and a case study involving the secure exchange of tomographic imagery between valid users and registering transactions in a blockchain (BC). Results demonstrated its capability to build customized and traceable SecE2E-Apps while significantly improving performance through parallel execution of security tasks and efficient resource management.