使用ISO 15408智能卡系统的安全保护概况案例研究:印度尼西亚健康保险局

Yoso Adi Setyoko, Rahmat Yasirandi
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引用次数: 11

摘要

印度尼西亚健康保险机构也称为BPJS,是印尼人民最重要的健康保险机构。BPJS希望通过应用信息技术来提高医疗保健质量。提高BPJS服务质量的一种方法是实施智能卡技术。这个新的系统,BPJS智能卡系统,由两部分组成,有智能卡和智能卡读卡器。除了可以比以前更快更容易地搜索BPJS会员(离线系统)之外,每个卡会员都有足够的临时存储空间来节省他们自己的保险费。因此,智能卡系统在实施这种智能卡技术时,需要对安全性进行要求,以确保每个卡成员中的数据仍然是安全和机密的。针对这个问题,本研究通过使用通用标准框架(ISO 15408)对BPJS智能卡系统进行评估,从保护配置文件中创建安全设计方案。然后,本文的方法论研究是采用ISO 15446标准来指导保护概要文件的制定。智能卡安全通用准则框架使安全设计更加系统化。本研究分为三个步骤,首先分析威胁,其次设计安全目标,最后设计安全功能需求。本研究对威胁进行了评估和分析,得出了10个威胁。从上一步出发,设计了12点安全目标。第三步,需要对安全功能需求进行分析和建立,从之前的12点安全目标中得出36个安全功能需求。原型是基于已经推荐的所有安全功能需求构建的。评估结果表明,所有的系统用例都按照系统功能需求进行了测试。
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Security Protection Profile on Smart Card System Using ISO 15408 Case Study: Indonesia Health Insurance Agency
Indonesia Health Assurance Agency also called BPJS is the most important part of the Indonesian people as a health insurance agency. BPJS want to improve the quality of healthcare by applying information technology. One way to improve the quality of service BPJS is implementing smart card technology. this new system, BPJS smart card system, is consisted of two part, there are a smart card and smart card reader. Beside it can be searching BPJS members faster and easier than before (offline system), every card member has a temporary storage enough to save nominal of their own insurance premium. Therefore, smart card system needs security requirements to make sure data in every card member is still secure and confidential when implementing this smart card technology. With that problem, this research creates security design proposal from Protection Profile document by evaluating smart card system of BPJS using Common Criteria Framework (ISO 15408). And then this methodology research is using (ISO 15446) to guide the development of Protection Profile document. Common Criteria Framework for the security of smart card make security design becomes more systematic. This research is consisting of 3 steps, first analyzing threats, second designing security objectives, the last designing security function requirements. Threats assessment and analysis in this research has result 10 threats. From previous step then designed 12 points security objectives. At third step, the security functional requirements need to be analyzed and founded, has 36 security functional requirements from 12 points security objectives before. Prototype has built based on all of security functional requirements that already recommended. The evaluate result shows that all of system use case has been tested according system functional requirement.
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