CVE-2026-119499 in FloristPress Plugin
Summary
by MITRE • 11/06/2026
Insertion of Sensitive Information Into Sent Data vulnerability in BAKKBONE Australia FloristPress bakkbone-florist-companion allows Retrieve Embedded Sensitive Data.This issue affects FloristPress: from n/a through 7.8.4.
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Analysis
by VulDB Data Team • 11/06/2026
The identified security flaw represents a critical failure in data handling practices within the FloristPress plugin, specifically affecting versions ranging from initial releases up to version 7.8.4 distributed by BAKKBONE Australia. This vulnerability is classified as an Insertion of Sensitive Information Into Sent Data issue, which fundamentally indicates that the application logic fails to adequately sanitize or filter user-controlled input before it is included in outgoing network requests or server responses. In practical terms, this means that sensitive data embedded within the plugin's internal structures or database interactions can be inadvertently exposed to external parties through standard HTTP traffic or API endpoints managed by the compromised component. The root cause lies in a lack of proper validation mechanisms at the point where data is prepared for transmission, allowing attackers who have access to network logs, intercepted packets, or even legitimate administrative interfaces with insufficient privilege separation to extract confidential information that was never intended for public consumption.
From a technical perspective, this vulnerability aligns closely with CWE-209, which describes the generation of an error message that includes sensitive information about the environment, and more broadly with CWE-532 regarding exposure of sensitive information through log files or debug messages if such outputs are accessible. However, given the description specifies sent data, it also strongly correlates with CWE-200, where an attacker gains access to information not explicitly intended for them. The operational impact is severe because FloristPress handles customer orders, payment details, and personal contact information typical of e-commerce platforms. If sensitive identifiers such as session tokens, internal API keys, database connection strings, or personally identifiable information are embedded in the sent data without proper encryption or access controls, it creates a direct pathway for unauthorized retrieval. Attackers can exploit this by crafting specific requests that trigger the vulnerable code path, thereby receiving responses containing these hidden payloads. This exposure compromises the confidentiality of customer data and potentially allows for further attacks such as session hijacking if authentication tokens are leaked.
The presence of this vulnerability significantly undermines the trust model of the e-commerce environment powered by FloristPress. Since the flaw affects a wide range of versions from n/a through 7.8.4, organizations relying on these older or unpatched installations face prolonged risk exposure. The ability to retrieve embedded sensitive data suggests that the application does not implement strict output encoding or context-aware filtering for all variables passed to external services or logged in accessible formats. This is particularly dangerous if the plugin interacts with third-party shipping providers, payment gateways, or email notification systems where log files might be retained by service providers or intercepted via man-in-the-middle attacks on unsecured connections. The lack of defense-in-depth measures means that a single point of failure leads to comprehensive data leakage rather than an isolated incident.
To mitigate this risk, immediate action is required to update the FloristPress plugin to a version later than 7.8.4 where these issues have presumably been addressed by BAKKBONE Australia. Until such updates are applied, administrators should implement strict network monitoring and Web Application Firewall rules that inspect outgoing traffic for anomalous data patterns or known sensitive data signatures. It is also advisable to review server configurations to ensure that debug modes are disabled in production environments, as these often exacerbate information leakage by exposing stack traces or internal variable states. Furthermore, implementing robust input validation and output encoding strategies across all custom code integrated with the plugin can help prevent similar vulnerabilities from being introduced through extensions or themes. Regular security audits focusing on data flow analysis will ensure that sensitive information remains confined to secure storage mechanisms rather than traversing unprotected channels in sent data structures.