Sixth generation (6G) communication environment is unfolded in the recent years in order to provide high throughput less latency services for the mobile users. This environment encloses a variety of heterogeneous resources and communication standards to ensure seamless availability of services. In this open environment, security is a concerning issue due to heterogeneous standard integration and access delegations. This paper introduces blockchain-based integrated security measure (BISM) for providing secure access control and privacy preserving for the resources and the users. The access control process relies on the states of the virtualized resources at different time instances and the privacy preserving relies on longevity of service responses. The access delegation and denial is decided by the changeover of the states of the resources as aided by the Q-learning procedure for improving the service related performance. This performance for access control and privacy is verified using the metrics true positives, access denial and success ratio, access time and modification, memory utilization and time complexity.

第六代（6G）通信环境近年来正在发展，以便为移动用户提供高吞吐量，更少延迟的服务。此环境包含各种异构资源和通信标准，以确保服务的无缝可用性。在这种开放环境中，由于异构标准集成和访问委派，安全性成为一个令人关注的问题。本文介绍了基于区块链的集成安全措施（BISM），用于为资源和用户提供安全的访问控制和隐私保护。访问控制过程依赖于不同时间虚拟资源的状态，而隐私保护依赖于服务响应的寿命。访问委派和拒绝是由资源状态的转换决定的，Q-learning程序有助于改善服务相关的性能。访问控制和隐私的这种性能已使用以下指标进行了验证：真实肯定，访问拒绝和成功率，访问时间和修改，内存利用率和时间复杂度。