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### POC Python Exploit (Conceptual)
Since this is a kernel-mode check, a user-mode exploit would require:
1. Arbitrary Write Primitive (to modify `EPROCESS`/`PEB`).
2. Memory Corruption (to bypass checks).
3. ROP Chain (to disable protections).

#### Example (Conceptual)
python
from ctypes import *
import sys

# Load ntdll and gdi32full
ntdll = windll.ntdll
gdi32 = windll.gdi32

# Pseudo-code for bypassing checks
def bypass_ntdll_checks():
# 1. Get current EPROCESS
hProcess = windll.kernel32.GetCurrentProcess()
# 2. Modify EPROCESS flags (requires arbitrary write)
# 3. Patch ntdll.7FFFDAD2F680 (sub rsp,28) to avoid checks
# 4. Call ZwQueryInformationThread with manipulated args

def bypass_gdi32_checks():
# 1. Manipulate string comparison (rbx vs rbp)
# 2. Call LdrpInitializeProcess
pass

if __name__ == "__main__":
print("[*] Attempting to bypass ntdll/gdi32 checks...")
bypass_ntdll_checks()
bypass_gdi32_checks()
print("[+] Checks bypassed (if successful).")


### Real-World Exploit Considerations
- Kernel Exploits (e.g., `HEVD`, `CVE-2021-4034`) are often needed.
- Process Hollowing (e.g., `CreateProcess` + `NtUnmapViewOfSection`).
- Thread Injection (e.g., `QueueUserAPC` + `NtCreateThreadEx`).

### Final Notes
- This is not a direct RCE exploit but a bypass technique.
- Requires deep kernel knowledge and memory corruption.
- Defenders would monitor `EPROCESS`/`PEB` modifications.