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Recently learned about a critical MongoDB vulnerability tracked as CVE-2025-14847 (aka MongoBleed) with a CVSS score of 8.7.
The fun part π:
It is also worth noting that it affects instances with zlib compression enabled, which is the default configuration.
A bit more info at The Hacker News
#random_PoK #mongodb #InfoSec
a flaw in MongoDB Serverβs zlib-based network message decompression logic, which is processed prior to authentication. By sending malformed, compressed network packets, an unauthenticated attacker can trigger the server to mishandle decompressed message lengths, resulting in uninitialized heap memory being returned to the client. This allows attackers to remotely leak fragments of sensitive in-memory data without valid credentials or user interaction.
The fun part π:
At a code level, the vulnerability was caused by incorrect length handling in message_compressor_zlib.cpp. The affected logic returned the allocated buffer size (output.length()) instead of the actual decompressed data length, allowing undersized or malformed payloads to expose adjacent heap memory.
It is also worth noting that it affects instances with zlib compression enabled, which is the default configuration.
A bit more info at The Hacker News
#random_PoK #mongodb #InfoSec
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SO CSharp
Recently learned about a critical MongoDB vulnerability tracked as CVE-2025-14847 (aka MongoBleed) with a CVSS score of 8.7. a flaw in MongoDB Serverβs zlib-based network message decompression logic, which is processed prior to authentication. By sendingβ¦
YouTube
Episode 1 - Mongo DB Is Web Scale
Q&A discussion discussing the merits of No SQL and relational databases.
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