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Multi-party authorization and conflict mediation for decentralized configuration management processes

机译:分散配置管理进程的多方授权和冲突调解

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Configuration management in networks with highest security demands must not depend on just one administrator and her device. Otherwise, problems can be caused by mistakes or malicious behavior of this admin, or when her computer got com-promised, which allows an attacker to abuse the administrator's far-reaching permissions.Instead, we propose to use a reliable and resilient configuration management process orchestrated by a configuration management system (CMS). This can be achieved by separation of concerns (proposing a configuration vs. authorizing it), employing multi-party authorization (MPA), and enforcing that only authorized configurations can be deployed. This results in a configuration management process that is decentralized on a human, decision-making level, and a technical, device level.However, due to different opinions or adversarial interference, the result of an MPA process can end in a conflict. This raises the question how such conflicts can be mediated in a better way than just employing majority voting, which is insufficient in certain situations. As an alternative, this paper introduces building blocks of customizable conflict mediation strategies which we integrated into our CMS TANCS [1]. The conflict mediation functionality as well as the initial TANCS implementation run on top of the distributed ledger and smart contract framework Hyperledger Fabric which makes all processes resilient and tamper-resistant.
机译:具有最高安全性需求的网络中的配置管理不得依赖于一个管理员和设备。否则,问题可能是由此管理员的错误或恶意行为造成的,或者当她的计算机获得COM-PROMING时,允许攻击者滥用管理员的深远权限。在istead中,我们建议使用可靠和弹性的配置管理过程由配置管理系统(CMS)进行策划。这可以通过分离问题(提出配置与授权IT)来实现,采用多方授权(MPA),并强制执行只能部署授权配置。这导致配置管理过程在人类,决策级别和技术,设备水平上分散。然而,由于不同的意见或对抗性干扰,MPA过程的结果可以在冲突中结束。这提出了这些冲突如何以更好的方式介导这些冲突的问题,而不仅仅是雇用多数表决权,这在某些情况下不足。作为替代方案,本文介绍了我们整合到我们CMS Tancs中的可定制冲突调解策略的构建块[1]。冲突中介功能以及初始TANCS实现运行在分布式分区和智能合同框架过度载体面料上,使得所有流程弹性和防篡改。

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