Type Confusion in FalkorDB Command Dispatcher Causes Memory Corruption

FalkorDB versions before 4.20.0 contain a type confusion vulnerability in the _read_flags function that allows authenticated attackers to trigger denial of service conditions and potentially read or corrupt sensitive memory. The vulnerability exists because the function unsafely casts Redis string objects to Bolt client structures without validating their origin, then dereferences pointers from this untrusted data. Organizations running FalkorDB as part of their graph database infrastructure face immediate risk if they allow multiple clients or federated query access, as any authenticated user can exploit this by crafting malicious --bolt arguments to GRAPH.QUERY commands.

While this CVE lacks direct MITRE ATT&CK technique mappings, Casky's 754 mapped security skills enable detection of the underlying attack patterns through Claude's extended reasoning capabilities. Practitioners using Casky would identify this vulnerability through detection of abnormal memory access patterns, unexpected process crashes tied to graph query execution, and anomalous pointer dereferences in command dispatcher logs. The platform's skill set would flag unsafe type casting behaviors and unchecked object transformations as indicators of CWE-843 violations. Security teams would see findings highlighting the absence of input validation on client-supplied structures and recommendations to implement strict type checking and origin verification before any cast operations in the command parsing pipeline.