We introduce a highly secure decentralized and distributed collaborative environment denoted by $LoR$, which stands for "The Loop of the Rings". The $LoR$ system provides a secure, user-friendly cooperative environment for an arbitrarily large number of users who can offer particular services to each other. The type of services determines the use of the $LoR$ environment. For example, we might need to create a freelancer; by setting the related services, we can come up with an instance of $LoR$, which provides those services as a freelancer. The unique structure of the $LoR$ system makes it a secure and reliable environment that stands on a (distributed) database as a cooperative workplace or a service provider system. Such a service provider could be a freelancer or an IoT management system. The 5G-related services can be organized to be managed by the $LoR$ system, too. The $LoR$ system deals with cooperation rather than transactions. The system provides reliability and security for the collaborators in each group of coworkers from the start to the end of a collaboration. The benefit of the system comes from randomized techniques and its well-structured design and policies. These techniques together maintain consensus and trust for the groups of collaborator parties. The interesting point regarding the $LoR$ system is that the greater the number of users becomes, the more secure the system gets. Surprisingly, this will never affect the performance of the system.

翻译：我们提出一种高安全性的去中心化分布式协作环境，记为$LoR$，代表“The Loop of the Rings”（环路之环）。$LoR$系统为任意大量用户提供安全、用户友好的协作环境，用户可彼此提供特定服务。服务的类型决定了$LoR$环境的应用场景。例如，若需要创建一个自由职业者，通过设置相关服务，可生成一个$LoR$实例，该实例以自由职业者形式提供服务。$LoR$系统的独特结构使其成为基于（分布式）数据库的安全可靠环境，可作为协作工作平台或服务提供商系统。此类服务提供商可以是自由职业者或物联网管理系统。5G相关服务也可由$LoR$系统组织管理。$LoR$系统处理的是协作而非交易。系统为每个协作组中的合作者从协作开始到结束提供可靠性与安全性。系统的优势源于随机化技术及其精心设计的架构与策略。这些技术共同维护协作方群体的共识与信任。$LoR$系统的一个有趣特性在于：用户数量越大，系统安全性越强。令人惊讶的是，这丝毫不会影响系统性能。