ITR: GridSec: Trusted Grid Computing with Dynamic Resources and Automated Intrusion Responses

提出了一种新的跨管理域的网格元计算信任模型。GridSec通过无缝的安全性、有保证的隐私、数据完整性、机密性和优化的资源分配来增强网格操作。作为该项目的一部分，将生成分布式微防火墙和用于保护网格资源的入侵拒绝库。新的安全系统将根据不断变化的威胁模式和网络条件进行动态调整。文件、设备和存储级别的细粒度资源访问控制旨在增强系统的可信性。该项目的结果将使所有网格应用程序受益，并为共享的网格资源提供保护。最终建立一个专门用于全球应急和危机管理的生产网格平台是该项目的目标之一。这项工作将先进的安全研究与高等教育相结合。该项目增强了互联网和电网的安全，降低了我们社会的脆弱性，并保护了全球经济整体。更广泛的影响正在对科学、教育、商业和政府产生深远的影响。

A new trust model will be developed for grid metacomputing over multiple administrative domains. The GridSec enhances grid operations with seamless security, assured privacy, data integrity, confidentiality, and optimized resource allocations. Distributed micro firewalls and intrusion repelling libraries for protecting grid resources will be generated as a part of this project. The new security system will be designed to adjust itself dynamically with changing threat patterns and network conditions. Fine-grain resource-access control at the file, device, and storage levels will be designed to enhanced the trusted aspect of the system. The results of this project will benefits all grid applications and offers protection of shared grid resources. The eventual construction of a production grid platform dedicated for global emergency response and crisis management is one of the project's goals. This work integrates advanced security research with higher education. The project enhances Internet and grid security, reduces the vulnerability of our society, and protects the global economy as a whole. The broader impacts are far reaching in science, education, business, and governments.