SUESSA: Sustainable & Ultra-Elastic Stack Security Architecture for Securing IoT Networks of Future Smart Cities
SUESSA: Sustainable & Ultra-Elastic Stack Security Architecture for Securing IoT Networks of Future Smart Cities
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DOI：
10.1109/candarw51189.2020.00079
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发表时间：
2020-11
期刊：
影响因子：
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通讯作者：
B. P. Gautam;N. Shiratori
中科院分区：
文献类型：
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作者：
B. P. Gautam;N. Shiratori
最近，超级智慧城市的概念受到了特别的关注，并成为全球城市规划者、决策者和IT行业最受欢迎的议程。在本文中，我们提出了一种新的可持续超弹性堆栈安全架构（SUESSA），可以应对人工智能（AI），大数据和通信网络的各种未来安全挑战。我们的架构采用了基于网络安全可持续性的整体方法，这与流行的安全实践不同。我们建议通过增强云、网络和端点级别，在网络安全架构中应用可持续方法，我们的方法提供了一个超越主流架构的鲁棒性和超弹性的安全机制。我们评估了包含机器学习组件、Elastic搜索引擎、Kibana和Logstash作为架构构建块的安全堆栈的可行性和性能。根据我们的调查，SUESSA架构克服了现有架构的缺点，具体解决了未来智慧城市安全架构强烈要求的可持续性问题。
Recently, the concept of a super smart city has received special attention and has become the most popular agenda among city planners, policy makers and IT industries around the globe. In this paper, we proposed a novel Sustainable Ultra-Elastic Stack Security Architecture (SUESSA) which can address various future security challenges of artificial intelligence (AI), big data and communication networks. Our architecture employs the holistic approach based on sustainability of network security which is different than that of the prevailing security practices. We propose to apply the sustainable approach in the Network security architecture through augmentation of cloud, networks and end-point level, our approach provides a robust and ultra-elastic mechanism of security that surpasses the prevailing architecture. We evaluated the feasibility and performance of the security stack containing a machine learning component, Elastic search engine, Kibana and Logstash as the building blocks of the architecture. Based on our survey, SUESSA architecture overcomes the disadvantages of current architecture specifically solving the problem of sustainability strongly demanded in security architecture of the future smart cities.