WhisperX tag archive

#md5

This page collects WhisperX intelligence signals tagged #md5. It is designed for humans, search engines, and AI agents: each item links to a canonical source-backed record with sector, source, timestamp, credibility, and exportable structured data.

Latest Signals (18)

The Lab · 2026-04-13 03:22:24 · GitHub Issues

2. HIGH Severity Security Flaw: Weak MD5 Hash in Cache Manager Tests (B324)

A high-severity security vulnerability has been flagged in the codebase, exposing a critical weakness in cryptographic practices. The automated scanner 'bandit' identified the use of the deprecated and cryptographically broken MD5 hash function within a security context, a flaw classified under CWE-327: Use of a Broken...

The Lab · 2026-04-13 03:22:26 · GitHub Issues

3. Apache Superset Security Alert: High-Risk MD5 Hash Vulnerability in Public Interface Code

A high-severity security vulnerability has been flagged within the Apache Superset analytics platform, exposing a critical weakness in its cryptographic safeguards. The automated security scanner Bandit identified the use of the deprecated MD5 hashing algorithm within a core public interface file, a practice deemed ins...

The Lab · 2026-04-13 03:22:29 · GitHub Issues

4. Apache Superset Security Alert: High-Risk Weak MD5 Hash in Core Hashing Utility

A high-severity security vulnerability has been flagged within Apache Superset's core codebase, involving the use of a cryptographically weak MD5 hash in a security context. The automated scanner Bandit identified the issue in the `superset/utils/hashing.py` file at line 34, classifying it under rule `B324` and CWE-327...

The Lab · 2026-04-13 03:22:30 · GitHub Issues

5. Apache Superset Migration Code Contains High-Severity Weak MD5 Hash Vulnerability (B324)

A high-severity security vulnerability has been flagged within the Apache Superset codebase, exposing a critical weakness in its cryptographic implementation. The automated scanner 'bandit' identified the use of the deprecated and cryptographically broken MD5 hash function in a core database migration file. This flaw, ...

The Lab · 2026-04-13 03:22:32 · GitHub Issues

6. Apache Superset Security Alert: High-Risk MD5 Hash Vulnerability in Key Utility Module

A high-severity security vulnerability has been flagged within Apache Superset's core codebase. The automated scanner Bandit identified the use of the cryptographically weak MD5 hashing algorithm in a security context within the `superset/key_value/utils.py` file at line 73. This finding, classified under CWE-327 (Use ...

The Lab · 2026-04-14 04:22:25 · GitHub Issues

7. High-Severity Security Flaw in Hashlib: Weak MD5 Hash Detected in Cache Manager Tests

A high-severity security vulnerability has been flagged within a critical test file, exposing the use of a cryptographically weak MD5 hash function. The automated scanner Bandit identified the flaw under rule B324, which maps to CWE-327 (Use of a Broken or Risky Cryptographic Algorithm). The vulnerability is located in...

The Lab · 2026-04-14 04:22:26 · GitHub Issues

8. HIGH-Severity Security Flaw in Cache Manager Tests: Weak MD5 Hash Usage Flagged by Bandit Scanner

A high-severity security vulnerability has been identified in a critical test file, exposing the use of a cryptographically weak MD5 hash function. The automated security scanner Bandit flagged the issue (Rule B324, CWE-327) in the file `tests/unit_tests/utils/test_cache_manager.py` at line 48. The finding explicitly w...

The Lab · 2026-04-14 04:22:31 · GitHub Issues

9. Apache Superset Security Alert: High-Severity Weak MD5 Hash Vulnerability in Core Hashing Module

A high-severity security vulnerability has been flagged within Apache Superset's core codebase, exposing a critical weakness in its cryptographic hashing implementation. The automated security scanner Bandit identified the use of the deprecated and cryptographically broken MD5 hash function in the `superset/utils/hashi...

The Lab · 2026-04-14 04:22:32 · GitHub Issues

10. Apache Superset Codebase Exposes High-Severity Cryptographic Vulnerability in Migration Script

A high-severity security vulnerability has been flagged within the Apache Superset codebase, exposing a critical weakness in its data migration infrastructure. The automated scanner Bandit identified the use of the cryptographically broken MD5 hash function within a core database migration script (`superset/migrations/...

The Lab · 2026-04-14 04:22:34 · GitHub Issues

11. Apache Superset Security Alert: High-Risk MD5 Hash Vulnerability in Key Utility Module

A high-severity security vulnerability has been flagged within Apache Superset's core codebase, exposing a critical weakness in its cryptographic implementation. The automated scanner Bandit identified the use of the deprecated and cryptographically broken MD5 hashing algorithm within the `superset/key_value/utils.py` ...

The Lab · 2026-04-14 05:22:34 · GitHub Issues

12. Apache Superset Security Alert: High-Risk Weak MD5 Hash in Core Hashing Utility

A high-severity security vulnerability has been flagged within the Apache Superset analytics platform, exposing a critical weakness in its core cryptographic hashing function. The automated scanner Bandit identified the use of the deprecated and cryptographically broken MD5 hash algorithm within the `superset/utils/has...

The Lab · 2026-04-14 08:22:41 · GitHub Issues

13. Apache Superset Security Alert: High-Risk Weak MD5 Hash in Public Interface Code

A high-severity security vulnerability has been flagged within the Apache Superset codebase, exposing a critical weakness in its cryptographic implementation. The automated security scanner Bandit identified the use of the deprecated and cryptographically broken MD5 hash function in a key public interface file, `supers...

The Lab · 2026-04-14 08:22:43 · GitHub Issues

14. Apache Superset Security Alert: High-Risk MD5 Hash Vulnerability in Core Hashing Module

A high-severity security vulnerability has been flagged within Apache Superset's core codebase. The automated scanner Bandit identified the use of the cryptographically weak MD5 hash function in a security context within the file `superset/utils/hashing.py` at line 34. This finding, classified under CWE-327 (Use of a B...

The Lab · 2026-04-15 06:22:37 · GitHub Issues

15. Apache Superset Security Flaw: Weak MD5 Password Hashing Exposed in Codebase

A high-severity security vulnerability has been flagged within the Apache Superset codebase, exposing a critical weakness in its authentication system. The automated scanner 'bandit' identified the use of the cryptographically broken MD5 hash function for password hashing in the file `weak_crypto.py`. This practice, cl...

The Lab · 2026-04-17 11:52:51 · Ars Technica

16. Big Tech's Cryptographic Countdown: MD5's Ghost Haunts the Looming Q-Day

The specter of a past cryptographic failure now casts a long shadow over the entire digital infrastructure. The 2010 Flame malware attack, which successfully hijacked Microsoft's Windows Update mechanism by exploiting the MD5 hash function, demonstrated the catastrophic potential of a compromised cryptographic standard...

The Lab · 2026-05-07 18:01:42 · The Register

17. Kaspersky Study Exposes Critical Weakness: 60% of MD5 Password Hashes Crackable in Under an Hour

A security study by Kaspersky has revealed that 60 percent of passwords hashed with the deprecated MD5 algorithm can be cracked in under an hour using a single consumer-grade GPU, with nearly half falling in less than 60 seconds. Researchers tested more than 231 million unique passwords sourced from dark web leaks—38 m...

The Lab · 2026-05-11 09:40:30 · Mastodon:mastodon.social:#infosec

18. CVE-2026-5084: WebDyne::Session ≤2.075 Flaw Generates Predictable Session IDs via MD5 and rand(), Enabling Hijacking

A high-severity vulnerability has been identified in WebDyne::Session versions up to and including 2.075, potentially exposing web applications to session hijacking attacks. The flaw, tracked as CVE-2026-5084, stems from the module's use of cryptographically weak session ID generation. Specifically, the software relies...