CVE-2025-23182

4.3 MEDIUM

📋 TL;DR

CVE-2025-23182 is an observable discrepancy vulnerability (CWE-203) that allows attackers to infer sensitive information through timing differences or behavioral variations in system responses. This affects systems where timing attacks can reveal internal state information. The vulnerability impacts applications that handle authentication, cryptographic operations, or other sensitive processes without constant-time implementations.

💻 Affected Systems

Products:
  • Software with timing side-channel vulnerabilities
Versions: All versions with vulnerable implementations
Operating Systems: All operating systems
Default Config Vulnerable: ⚠️ Yes
Notes: Vulnerability depends on specific application implementations rather than default configurations of operating systems.

⚠️ Manual Verification Required

This CVE does not have specific version information in our database, so automatic vulnerability detection cannot determine if your system is affected.

Why? The CVE database entry doesn't specify which versions are vulnerable (no version ranges provided by the vendor/NVD).

🔒 Custom verification scripts are available for registered users. Sign up free to download automated test scripts.

Recommended Actions:
  1. Review the CVE details at NVD
  2. Check vendor security advisories for your specific version
  3. Test if the vulnerability is exploitable in your environment
  4. Consider updating to the latest version as a precaution

⚠️ Risk & Real-World Impact

🔴

Worst Case

Attackers could extract cryptographic keys, authentication tokens, or other sensitive data through timing side-channels, leading to complete system compromise.

🟠

Likely Case

Partial information leakage allowing attackers to infer internal system state, potentially enabling further attacks or reconnaissance.

🟢

If Mitigated

Minimal impact with proper constant-time implementations and network-level protections in place.

🌐 Internet-Facing: MEDIUM - Timing attacks require precise measurements but can be conducted remotely against exposed services.
🏢 Internal Only: LOW - Internal attackers would need sophisticated timing capabilities and network access to vulnerable systems.

🎯 Exploit Status

Public PoC: ✅ No
Weaponized: UNKNOWN
Unauthenticated Exploit: ⚠️ Yes
Complexity: HIGH

Exploitation requires precise timing measurements and knowledge of vulnerable implementations.

🛠️ Fix & Mitigation

✅ Official Fix

Patch Version: N/A

Vendor Advisory: https://www.gov.il/en/departments/dynamiccollectors/cve_advisories_listing?skip=0

Restart Required: No

Instructions:

1. Review the vendor advisory for specific affected products. 2. Implement constant-time algorithms for sensitive operations. 3. Apply any available patches from software vendors.

🔧 Temporary Workarounds

Implement network-level protections

all

Add network latency and jitter to obscure timing differences

Use constant-time libraries

all

Replace vulnerable cryptographic implementations with constant-time alternatives

🧯 If You Can't Patch

  • Implement network segmentation to limit attack surface
  • Use web application firewalls with timing attack protection

🔍 How to Verify

Check if Vulnerable:

Review source code for non-constant-time string comparisons, cryptographic operations, or authentication checks

Check Version:

Check specific software version using vendor-provided commands

Verify Fix Applied:

Test with timing analysis tools to ensure operations take constant time regardless of input

📡 Detection & Monitoring

Log Indicators:

  • Multiple failed authentication attempts with timing patterns
  • Unusual request timing from single sources

Network Indicators:

  • High volume of requests with slight timing variations
  • Requests designed to trigger different code paths

SIEM Query:

source_ip=* AND (event_type="auth_failure" OR event_type="crypto_operation") | stats count by source_ip, response_time

🔗 References

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