Yes, in recent years, a variety of new attack tools and techniques have emerged that can bypass traditional defense mechanisms to extract Windows operating system kernel information. These attacks usually exploit vulnerabilities or weaknesses in the operating system kernel, such as: 1. **Kernel-Mode Remote Threads**: This attack allows an attacker to create a remote thread in the kernel mode of the target system, thereby bypassing traditional defense mechanisms. 2. **Direct Kernel Object Manipulation (DKOM)**: DKOM attacks allow attackers to directly manipulate kernel objects such as processes, threads, and handles, thereby bypassing traditional defense mechanisms. 3. **Virtual Memory Manipulation**: This attack allows attackers to manipulate the kernel's virtual memory, thereby extracting sensitive information or executing malicious code. 4. **SSDT Hooks**: SSDT (System Service Descriptor Table) hooks allow attackers to hijack kernel system services, such as creating processes or loading drivers, thereby extracting sensitive information or executing malicious code. 5. **Kernel-Mode Rootkit**: Kernel-Mode Rootkit can hide malicious code or data in kernel mode, thus bypassing traditional defense mechanisms. To defend against these attacks, Microsoft and the security community have developed various defense mechanisms, such as: 1. **Kernel-Mode Defense**: This defense mechanism can detect and block malicious activities in kernel mode. 2. **Virtual Memory Protection**: This defense mechanism can protect the virtual memory of the kernel, thus preventing the execution of malicious code or data. 3. **System Service Descriptor Table (SSDT) Protection**: SSDT protection can prevent malicious code from hijacking kernel system services. 4. **Kernel-Mode Sandbox**: Kernel-Mode Sandbox can isolate malicious code or data in kernel mode, thus preventing it from causing damage to the system. In short, although new attack tools and techniques continue to emerge, the security community and Microsoft are also constantly developing new defense mechanisms to deal with these attacks. Therefore, keeping the system updated, using antivirus software and other security measures are still important ways to protect the kernel information of the Windows operating system.