Re-entrant curl_easy_pause UAF in cw-pause
๐น Severity: Low
๐น Weakness: Use After Free
๐น Reported To: curl
๐น Reported By: gube-dev
๐น State: ๐ด N/A
๐น Disclosed: November 3, 2026, 1:06pm (UTC)
๐ Source: HackerOne
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๐น Severity: Low
๐น Weakness: Use After Free
๐น Reported To: curl
๐น Reported By: gube-dev
๐น State: ๐ด N/A
๐น Disclosed: November 3, 2026, 1:06pm (UTC)
๐ Source: HackerOne
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`Vary` cache-key conflation of absent and empty request fields
๐น Severity: Low
๐น Reported To: Django
๐น Reported By: dogeshark
๐น State: ๐ข Resolved
๐น Disclosed: November 3, 2026, 6:51pm (UTC)
๐ Source: HackerOne
A cache-key generation vulnerability was identified in Django's cache middleware that conflated absent and empty request fields nominated by Vary headers. When a request header was absent versus present with an empty value, the same cache key was generated, causing responses intended for one request state to be returned for the other. This behavior violated HTTP caching standards that require absent nominatedโฆ
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๐น Severity: Low
๐น Reported To: Django
๐น Reported By: dogeshark
๐น State: ๐ข Resolved
๐น Disclosed: November 3, 2026, 6:51pm (UTC)
๐ Source: HackerOne
A cache-key generation vulnerability was identified in Django's cache middleware that conflated absent and empty request fields nominated by Vary headers. When a request header was absent versus present with an empty value, the same cache key was generated, causing responses intended for one request state to be returned for the other. This behavior violated HTTP caching standards that require absent nominatedโฆ
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Unauthenticated access to Checkout Blocks employee-only endpoints exposed merchant metadata
๐น Severity: Medium | ๐ฐ 3,100 USD
๐น Weakness: Missing Authentication for Critical Function
๐น Reported To: Shopify
๐น Reported By: cafecito
๐น State: ๐ข Resolved
๐น Disclosed: November 3, 2026, 9:22pm (UTC)
๐ Source: HackerOne
A missing authentication vulnerability was discovered in an employee-only internal API endpoint. The endpoint was protected by an edge rule that only checked the URL path, but the underlying framework served the same content at an alternate URL structure that bypassed this protection. Unauthenticated users could access merchant installation data including store identifiers, installation dates, and feature flagsโฆ
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๐น Severity: Medium | ๐ฐ 3,100 USD
๐น Weakness: Missing Authentication for Critical Function
๐น Reported To: Shopify
๐น Reported By: cafecito
๐น State: ๐ข Resolved
๐น Disclosed: November 3, 2026, 9:22pm (UTC)
๐ Source: HackerOne
A missing authentication vulnerability was discovered in an employee-only internal API endpoint. The endpoint was protected by an edge rule that only checked the URL path, but the underlying framework served the same content at an alternate URL structure that bypassed this protection. Unauthenticated users could access merchant installation data including store identifiers, installation dates, and feature flagsโฆ
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Connector/C++ string escaper re-escapes its own output, enabling SQL injection
๐น Severity: Medium
๐น Weakness: SQL Injection
๐น Reported To: MariaDB
๐น Reported By: fg0x0
๐น State: ๐ข Resolved
๐น Disclosed: November 4, 2026, 11:39am (UTC)
๐ Source: HackerOne
A string escaping vulnerability was discovered in the database connector's utility function that processed identifiers and literals for information schema queries. The escaper's inner loop advanced its search cursor incorrectly, causing it to re-escape characters it had already inserted. This resulted in runs of escape characters with odd lengths that left live escape characters to consume closing quotes. Theโฆ
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๐น Severity: Medium
๐น Weakness: SQL Injection
๐น Reported To: MariaDB
๐น Reported By: fg0x0
๐น State: ๐ข Resolved
๐น Disclosed: November 4, 2026, 11:39am (UTC)
๐ Source: HackerOne
A string escaping vulnerability was discovered in the database connector's utility function that processed identifiers and literals for information schema queries. The escaper's inner loop advanced its search cursor incorrectly, causing it to re-escape characters it had already inserted. This resulted in runs of escape characters with odd lengths that left live escape characters to consume closing quotes. Theโฆ
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Connector/C++ aborts client process on server session-tracking packet via std::stoi
๐น Severity: Medium
๐น Weakness: Uncontrolled Resource Consumption
๐น Reported To: MariaDB
๐น Reported By: fg0x0
๐น State: ๐ข Resolved
๐น Disclosed: November 4, 2026, 11:40am (UTC)
๐ Source: HackerOne
A flaw was discovered in the Connector/C++ driver where the QueryProtocol::handleStateChange function improperly processed session-tracking packets from a server. The code attempted to parse a session variable name as an integer using std::stoi, which caused an std::invalid_argument exception to be thrown. This exception type was not caught by the driver's error handling or by standard application exceptionโฆ
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๐น Severity: Medium
๐น Weakness: Uncontrolled Resource Consumption
๐น Reported To: MariaDB
๐น Reported By: fg0x0
๐น State: ๐ข Resolved
๐น Disclosed: November 4, 2026, 11:40am (UTC)
๐ Source: HackerOne
A flaw was discovered in the Connector/C++ driver where the QueryProtocol::handleStateChange function improperly processed session-tracking packets from a server. The code attempted to parse a session variable name as an integer using std::stoi, which caused an std::invalid_argument exception to be thrown. This exception type was not caught by the driver's error handling or by standard application exceptionโฆ
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Connector/C++ ignores allowMultiQueries and injects savepoint names into SQL
๐น Severity: Medium
๐น Weakness: SQL Injection
๐น Reported To: MariaDB
๐น Reported By: fg0x0
๐น State: ๐ข Resolved
๐น Disclosed: November 4, 2026, 11:40am (UTC)
๐ Source: HackerOne
Connector/C++ contained two SQL injection vulnerabilities in statement building. The driver ignored the allowMultiQueries configuration setting and passed a hardcoded flag to the database connection function, which caused stacked statements to be accepted on every connection regardless of the configuration. Additionally, savepoint names were concatenated directly into SQL statements without quoting or validationโฆ
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๐น Severity: Medium
๐น Weakness: SQL Injection
๐น Reported To: MariaDB
๐น Reported By: fg0x0
๐น State: ๐ข Resolved
๐น Disclosed: November 4, 2026, 11:40am (UTC)
๐ Source: HackerOne
Connector/C++ contained two SQL injection vulnerabilities in statement building. The driver ignored the allowMultiQueries configuration setting and passed a hardcoded flag to the database connection function, which caused stacked statements to be accepted on every connection regardless of the configuration. Additionally, savepoint names were concatenated directly into SQL statements without quoting or validationโฆ
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Stack buffer overflow in 9 of 10 Connector/ODBC catalog functions via unbounded name
๐น Severity: Medium
๐น Weakness: Stack Overflow
๐น Reported To: MariaDB
๐น Reported By: fg0x0
๐น State: ๐ข Resolved
๐น Disclosed: November 4, 2026, 12:34pm (UTC)
๐ Source: HackerOne
A stack buffer overflow vulnerability was discovered in nine of ten catalog functions in a database connector driver. The affected functions failed to validate the length of application-supplied identifiers before escaping them into a fixed-size stack buffer. Identifiers longer than 256 bytes could overflow the 513-byte buffer with attacker-controlled data. The overflow occurred during query string assembly beforeโฆ
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๐น Severity: Medium
๐น Weakness: Stack Overflow
๐น Reported To: MariaDB
๐น Reported By: fg0x0
๐น State: ๐ข Resolved
๐น Disclosed: November 4, 2026, 12:34pm (UTC)
๐ Source: HackerOne
A stack buffer overflow vulnerability was discovered in nine of ten catalog functions in a database connector driver. The affected functions failed to validate the length of application-supplied identifiers before escaping them into a fixed-size stack buffer. Identifiers longer than 256 bytes could overflow the 513-byte buffer with attacker-controlled data. The overflow occurred during query string assembly beforeโฆ
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Connector/ODBC SQLGetDescRec treats descriptor handle as statement handle, heap OOB write on every call
๐น Severity: Medium
๐น Weakness: Type Confusion
๐น Reported To: MariaDB
๐น Reported By: fg0x0
๐น State: ๐ข Resolved
๐น Disclosed: November 4, 2026, 12:35pm (UTC)
๐ Source: HackerOne
A heap buffer overflow vulnerability was discovered in the ODBC driver's SQLGetDescRec and SQLGetDescRecW functions. These functions incorrectly used a statement handle macro on a descriptor handle, causing writes 13 bytes past the end of a 720-byte descriptor allocation. On standard builds, this memory corruption was sufficient to trigger heap consistency checks and crash the process. Additionally, a portion ofโฆ
๐ Read full report
๐น Severity: Medium
๐น Weakness: Type Confusion
๐น Reported To: MariaDB
๐น Reported By: fg0x0
๐น State: ๐ข Resolved
๐น Disclosed: November 4, 2026, 12:35pm (UTC)
๐ Source: HackerOne
A heap buffer overflow vulnerability was discovered in the ODBC driver's SQLGetDescRec and SQLGetDescRecW functions. These functions incorrectly used a statement handle macro on a descriptor handle, causing writes 13 bytes past the end of a 720-byte descriptor allocation. On standard builds, this memory corruption was sufficient to trigger heap consistency checks and crash the process. Additionally, a portion ofโฆ
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Exposure of Sensitive Earthdata User and Internal Employee Credentials via Publicly Indexed Infostealer Logs
๐น Severity: Critical
๐น Reported To: National Aeronautics and Space Administration (NASA) - Vulnerability Disclosure Program
๐น Reported By: Piyush69
๐น State: ๐ข Resolved
๐น Disclosed: November 4, 2026
๐ Source: Bugcrowd
๐ Read full report
๐น Severity: Critical
๐น Reported To: National Aeronautics and Space Administration (NASA) - Vulnerability Disclosure Program
๐น Reported By: Piyush69
๐น State: ๐ข Resolved
๐น Disclosed: November 4, 2026
๐ Source: Bugcrowd
๐ Read full report
Content Spoofing via Broken Link Hijacking on science.nasa.gov (@islivingston)
๐น Severity: Low
๐น Reported To: National Aeronautics and Space Administration (NASA) - Vulnerability Disclosure Program
๐น Reported By: AbdulRahman-lx
๐น State: ๐ข Resolved
๐น Disclosed: November 4, 2026
๐ Source: Bugcrowd
๐ Read full report
๐น Severity: Low
๐น Reported To: National Aeronautics and Space Administration (NASA) - Vulnerability Disclosure Program
๐น Reported By: AbdulRahman-lx
๐น State: ๐ข Resolved
๐น Disclosed: November 4, 2026
๐ Source: Bugcrowd
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Connector/ODBC injects unquoted column names into positioned DELETE and UPDATE via MADB_DynStrGetWhere
๐น Severity: Medium
๐น Weakness: SQL Injection
๐น Reported To: MariaDB
๐น Reported By: fg0x0
๐น State: ๐ข Resolved
๐น Disclosed: November 4, 2026, 12:35pm (UTC)
๐ Source: HackerOne
A SQL injection vulnerability was discovered in the ODBC connector where unquoted column names were injected into positioned DELETE and UPDATE statements. The column values were properly escaped, but the column names were appended directly without any quoting or escaping. This allowed an attacker who could control a column or table name to execute arbitrary SQL on the application's connection with its privilegesโฆ
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๐น Severity: Medium
๐น Weakness: SQL Injection
๐น Reported To: MariaDB
๐น Reported By: fg0x0
๐น State: ๐ข Resolved
๐น Disclosed: November 4, 2026, 12:35pm (UTC)
๐ Source: HackerOne
A SQL injection vulnerability was discovered in the ODBC connector where unquoted column names were injected into positioned DELETE and UPDATE statements. The column values were properly escaped, but the column names were appended directly without any quoting or escaping. This allowed an attacker who could control a column or table name to execute arbitrary SQL on the application's connection with its privilegesโฆ
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r2dbc-mariadb: server message accepted with no command in flight desynchronises the connection and serves one user's rows to another
๐น Severity: Medium
๐น Weakness: Information Disclosure
๐น Reported To: MariaDB
๐น Reported By: fg0x0
๐น State: ๐ข Resolved
๐น Disclosed: November 4, 2026, 12:35pm (UTC)
๐ Source: HackerOne
A vulnerability was discovered in an open-source database connector library that caused desynchronization of request and response messages on database connections. When a packet arrived from the server while no command was outstanding, the driver buffered it and served it to the next unrelated statement without validating any correlation between requests and responses. This allowed an attacker positioned on theโฆ
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๐น Severity: Medium
๐น Weakness: Information Disclosure
๐น Reported To: MariaDB
๐น Reported By: fg0x0
๐น State: ๐ข Resolved
๐น Disclosed: November 4, 2026, 12:35pm (UTC)
๐ Source: HackerOne
A vulnerability was discovered in an open-source database connector library that caused desynchronization of request and response messages on database connections. When a packet arrived from the server while no command was outstanding, the driver buffered it and served it to the next unrelated statement without validating any correlation between requests and responses. This allowed an attacker positioned on theโฆ
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Connector/ODBC: SqlwcsOctetLen sizes UTF-16 with a byte-oriented helper, reading past the caller's buffer and sending client memory to the server
๐น Severity: Medium
๐น Weakness: Out-of-bounds Read
๐น Reported To: MariaDB
๐น Reported By: fg0x0
๐น State: ๐ข Resolved
๐น Disclosed: November 4, 2026, 12:36pm (UTC)
๐ Source: HackerOne
A buffer over-read vulnerability was identified in a database connector library's wide character string handling function. The function incorrectly sized UTF-16 strings by using a byte-oriented helper that inspected only the low byte of each code unit, causing the cursor to advance past the intended buffer boundary. This resulted in uninitialized memory being read and transmitted to the database server as part ofโฆ
๐ Read full report
๐น Severity: Medium
๐น Weakness: Out-of-bounds Read
๐น Reported To: MariaDB
๐น Reported By: fg0x0
๐น State: ๐ข Resolved
๐น Disclosed: November 4, 2026, 12:36pm (UTC)
๐ Source: HackerOne
A buffer over-read vulnerability was identified in a database connector library's wide character string handling function. The function incorrectly sized UTF-16 strings by using a byte-oriented helper that inspected only the low byte of each code unit, causing the cursor to advance past the intended buffer boundary. This resulted in uninitialized memory being read and transmitted to the database server as part ofโฆ
๐ Read full report
Connector/ODBC: MADB_Stmt::ArrayOffset is not reset when an exception unwinds out of MADB_StmtExecute, so the next paramset reads out of bounds
๐น Severity: Medium
๐น Weakness: Out-of-bounds Read
๐น Reported To: MariaDB
๐น Reported By: fg0x0
๐น State: ๐ข Resolved
๐น Disclosed: November 4, 2026, 12:36pm (UTC)
๐ Source: HackerOne
A vulnerability was identified in the Connector/ODBC library where an exception during parameter-array execute operations left the ArrayOffset variable in a stale state. When a server-reported error interrupted a parameter array, the ArrayOffset was not reset, causing the next paramset operation on the same statement handle to read from an incorrect memory location. This resulted in out-of-bounds reads that couldโฆ
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๐น Severity: Medium
๐น Weakness: Out-of-bounds Read
๐น Reported To: MariaDB
๐น Reported By: fg0x0
๐น State: ๐ข Resolved
๐น Disclosed: November 4, 2026, 12:36pm (UTC)
๐ Source: HackerOne
A vulnerability was identified in the Connector/ODBC library where an exception during parameter-array execute operations left the ArrayOffset variable in a stale state. When a server-reported error interrupted a parameter array, the ArrayOffset was not reset, causing the next paramset operation on the same statement handle to read from an incorrect memory location. This resulted in out-of-bounds reads that couldโฆ
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Connector/C Out-of-bounds read from unterminated GSSAPI SPN in `parse_server_packet()`
๐น Severity: No Rating
๐น Weakness: Out-of-bounds Read
๐น Reported To: MariaDB
๐น Reported By: mschorm
๐น State: ๐ข Resolved
๐น Disclosed: November 4, 2026, 5:31pm (UTC)
๐ Source: HackerOne
An out-of-bounds read vulnerability was found in the GSSAPI authentication client plugin. The vulnerable code used unsafe string copying functions without proper null termination when parsing server-supplied service principal names. When a server sent a service principal name of 256 or more bytes without a null terminator, the buffer was left unterminated. Subsequent string length operations read past the allocatedโฆ
๐ Read full report
๐น Severity: No Rating
๐น Weakness: Out-of-bounds Read
๐น Reported To: MariaDB
๐น Reported By: mschorm
๐น State: ๐ข Resolved
๐น Disclosed: November 4, 2026, 5:31pm (UTC)
๐ Source: HackerOne
An out-of-bounds read vulnerability was found in the GSSAPI authentication client plugin. The vulnerable code used unsafe string copying functions without proper null termination when parsing server-supplied service principal names. When a server sent a service principal name of 256 or more bytes without a null terminator, the buffer was left unterminated. Subsequent string length operations read past the allocatedโฆ
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Connector/C TLS auth-switch bypass exposes plaintext password on hostname verification failure
๐น Severity: No Rating
๐น Weakness: Improper Certificate Validation
๐น Reported To: MariaDB
๐น Reported By: mschorm
๐น State: ๐ข Resolved
๐น Disclosed: November 4, 2026, 5:31pm (UTC)
๐ Source: HackerOne
A logic flaw was identified in the TLS authentication verification of a database connector library. The auth-switch guard used an insufficient bitwise check that allowed hostname verification failures to bypass security controls. When a server requested a non-hashing authentication plugin after initial connection, clients with hostname verification enabled could be forced to send their database password inโฆ
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๐น Severity: No Rating
๐น Weakness: Improper Certificate Validation
๐น Reported To: MariaDB
๐น Reported By: mschorm
๐น State: ๐ข Resolved
๐น Disclosed: November 4, 2026, 5:31pm (UTC)
๐ Source: HackerOne
A logic flaw was identified in the TLS authentication verification of a database connector library. The auth-switch guard used an insufficient bitwise check that allowed hostname verification failures to bypass security controls. When a server requested a non-hashing authentication plugin after initial connection, clients with hostname verification enabled could be forced to send their database password inโฆ
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CPU-based Denial of Service in translation-finder via O(Nยฒ) per-result wildcard mask matching
๐น Severity: Medium
๐น Weakness: Uncontrolled Resource Consumption
๐น Reported To: Weblate
๐น Reported By: robin-sabhaya
๐น State: ๐ข Resolved
๐น Disclosed: November 5, 2026, 9:51am (UTC)
๐ Source: HackerOne
A CPU-based denial of service vulnerability was identified in a translation file discovery library. The vulnerability resulted from inefficient algorithmic complexity in wildcard mask matching operations. When processing directories or archives containing multiple files sharing the same suffix, the discovery function performed on the order of N squared fnmatch operations. This was caused by bucket-scanning logicโฆ
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๐น Severity: Medium
๐น Weakness: Uncontrolled Resource Consumption
๐น Reported To: Weblate
๐น Reported By: robin-sabhaya
๐น State: ๐ข Resolved
๐น Disclosed: November 5, 2026, 9:51am (UTC)
๐ Source: HackerOne
A CPU-based denial of service vulnerability was identified in a translation file discovery library. The vulnerability resulted from inefficient algorithmic complexity in wildcard mask matching operations. When processing directories or archives containing multiple files sharing the same suffix, the discovery function performed on the order of N squared fnmatch operations. This was caused by bucket-scanning logicโฆ
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Unauthenticated private CSV export of Meetup organizer PII via broken authz check in WordCamp Reports
๐น Severity: High
๐น Weakness: Improper Access Control - Generic
๐น Reported To: WordPress
๐น Reported By: 0xbs0d27
๐น State: ๐ข Resolved
๐น Disclosed: November 5, 2026, 1:59pm (UTC)
๐ Source: HackerOne
A broken authorization check in a WordCamp plugin allowed unauthenticated attackers to export a private CSV file containing organizer personally identifiable information. The vulnerability was caused by an inverted logic operator in the security gate that verified nonce validity and user capabilities, resulting in the protection being bypassed for users without authentication or valid nonces. The exported dataโฆ
๐ Read full report
๐น Severity: High
๐น Weakness: Improper Access Control - Generic
๐น Reported To: WordPress
๐น Reported By: 0xbs0d27
๐น State: ๐ข Resolved
๐น Disclosed: November 5, 2026, 1:59pm (UTC)
๐ Source: HackerOne
A broken authorization check in a WordCamp plugin allowed unauthenticated attackers to export a private CSV file containing organizer personally identifiable information. The vulnerability was caused by an inverted logic operator in the security gate that verified nonce validity and user capabilities, resulting in the protection being bypassed for users without authentication or valid nonces. The exported dataโฆ
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Instamojo CampTix: fail-open MAC + webhook Credit without binding payment to order
๐น Severity: High
๐น Weakness: Improper Access Control - Generic
๐น Reported To: WordPress
๐น Reported By: 0xbs0d27
๐น State: ๐ข Resolved
๐น Disclosed: November 5, 2026, 2:18pm (UTC)
๐ Source: HackerOne
A payment binding vulnerability was identified in the Instamojo payment gateway addon for a ticketing system. The gateway failed to verify and bind Instamojo payments to specific ticket orders. Three attack paths were present: a draft order could be marked pending using only a payment token without Instamojo API verification, invalid webhook signatures were accepted and still marked orders as pending instead ofโฆ
๐ Read full report
๐น Severity: High
๐น Weakness: Improper Access Control - Generic
๐น Reported To: WordPress
๐น Reported By: 0xbs0d27
๐น State: ๐ข Resolved
๐น Disclosed: November 5, 2026, 2:18pm (UTC)
๐ Source: HackerOne
A payment binding vulnerability was identified in the Instamojo payment gateway addon for a ticketing system. The gateway failed to verify and bind Instamojo payments to specific ticket orders. Three attack paths were present: a draft order could be marked pending using only a payment token without Instamojo API verification, invalid webhook signatures were accepted and still marked orders as pending instead ofโฆ
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wordpress.org Rosetta: invite stores unvalidated role โ Editor can assign site Administrator despite editable_roles
๐น Severity: High
๐น Weakness: Improper Access Control - Generic
๐น Reported To: WordPress
๐น Reported By: 0xbs0d27
๐น State: ๐ข Resolved
๐น Disclosed: November 5, 2026, 2:18pm (UTC)
๐ Source: HackerOne
A privilege escalation vulnerability was found in a wordpress.org custom mu-plugin used on locale team sites. The vulnerability allowed authenticated editors to assign the administrator role to users during the account invitation process, despite administrator being explicitly removed from the editable roles list. The role parameter was accepted directly from user input without validation against the permittedโฆ
๐ Read full report
๐น Severity: High
๐น Weakness: Improper Access Control - Generic
๐น Reported To: WordPress
๐น Reported By: 0xbs0d27
๐น State: ๐ข Resolved
๐น Disclosed: November 5, 2026, 2:18pm (UTC)
๐ Source: HackerOne
A privilege escalation vulnerability was found in a wordpress.org custom mu-plugin used on locale team sites. The vulnerability allowed authenticated editors to assign the administrator role to users during the account invitation process, despite administrator being explicitly removed from the editable roles list. The role parameter was accepted directly from user input without validation against the permittedโฆ
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WordCamp Meta gpre: password-protected event RSVP list readable without password via /gpre/v1/.../rsvp-responses
๐น Severity: Medium
๐น Weakness: Improper Access Control - Generic
๐น Reported To: WordPress
๐น Reported By: 0xbs0d27
๐น State: ๐ข Resolved
๐น Disclosed: November 5, 2026, 2:18pm (UTC)
๐ Source: HackerOne
A password protection bypass was identified in a REST API wrapper for recurring events. The wrapper endpoint exposed RSVP attendee roster data without verifying password authentication, while the core API correctly enforced password gates. Unauthenticated requests could retrieve attendee names, user IDs, profile information, and comment details for password-protected events. The vulnerability was caused by theโฆ
๐ Read full report
๐น Severity: Medium
๐น Weakness: Improper Access Control - Generic
๐น Reported To: WordPress
๐น Reported By: 0xbs0d27
๐น State: ๐ข Resolved
๐น Disclosed: November 5, 2026, 2:18pm (UTC)
๐ Source: HackerOne
A password protection bypass was identified in a REST API wrapper for recurring events. The wrapper endpoint exposed RSVP attendee roster data without verifying password authentication, while the core API correctly enforced password gates. Unauthenticated requests could retrieve attendee names, user IDs, profile information, and comment details for password-protected events. The vulnerability was caused by theโฆ
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