In recent times, enterprise environments such as E-banking, E-commerce, etc., are greatly affected by the evolution of web services and their associated attacks. The process of web service composition gives rise to security issues due to the incompatibility standards of the Simple Object Access Protocol (SOAP) and representational state transfer (REST) features and the compromising service-level agreement (SLA) between the end parties which has not been considered yet. Also, the security assessment process needs to cooperate with good security standards and web services. In case of heterogeneous web services, assessment done using machine learning technologies makes use of pattern analysis where this does not work with the evolving trend behind the web service environment. Hence, there is a need for a security assessment model which will incorporate finite state machine (FSM) in its assessment process to keep track of the various WS-attacks that arise in the web application via web services in heterogeneous environments. The proposed model does the web service composition by compromising all the security conflicts that arise due to the usage of dissimilar web services. We experimented the concept by testing several web services and observed that the performance of the proposed framework in attack detection is accurate and automatic thereby achieving traceability and computability metrics.

R. Padmanaban

M. Thirumaran

R. Aruna

L. Jayakumar

International Journal of Cooperative Information Systems

下一代信息系统 (IS) 的范式将涉及分布在大型复杂计算机/通信网络上的大量 IS。此类信息系统将管理或访问大量信息和计算服务，并将根据需要进行互操作。这些支持个人或协作的人类工作。组件系统之间的通信将使用从传统协议到基于分布式人工智能的协议来完成。我们将这种下一代信息系统称为合作信息系统 (CIS)。国际合作信息系统期刊 (IJCIS) 探讨了分布式可互操作信息系统框架内合作工作的复杂性。它为展示和传播研究提供了一个论坛，涵盖了 CIS 设计、需求、功能、实施、部署和演变的所有方面。

The paradigm of next-generation Information Systems (IS) will involve a multitude of IS distributed across large and complex computer and communication networks. These information systems will manage or access vast amounts of information and computational services, and will be interoperable as needed. They support both individual and collaborative human work. Communication between component systems will utilize a range of protocols, from traditional ones to those based on distributed artificial intelligence. We refer to this next-generation information system as Cooperative Information Systems (CIS). The International Journal of Cooperative Information Systems explores the complexities of collaborative work within the framework of distributed interoperable information systems. It provides a forum for showcasing and disseminating research covering all aspects of CIS design, requirements, functionalities, implementation, deployment, and evolution.

下一代信息系统（IS）的范式将涉及分布在大型复杂计算机和通信网络上的大量信息系统。这些信息系统将管理或访问大量的信息和计算服务，并能够根据需要进行互操作。这些系统支持个人或协作的人类工作。组件系统之间的通信将使用从传统协议到基于分布式人工智能的各种协议。我们将这种下一代信息系统称为合作信息系统（CIS）。国际合作信息系统期刊（International Journal of Cooperative Information Systems）探讨了在分布式可互操作信息系统框架内进行合作工作的复杂性。该期刊为展示和传播研究提供了一个论坛，涵盖了CIS的设计、需求、功能、实施、部署和演变的各个方面。

Category	Quartile
计算机科学	4
计算机科学, 计算机信息系统	4

PIRAP: Security Assessment Framework for Heterogeneous Web Service Composition

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Journal Info

Category	Quartile
COMPUTER SCIENCE, INFORMATION SYSTEMS	4