Prior to version 1.7.20, the default-open WebSocket `/subscribe` endpoint in klever-go was vulnerable to remote resource exhaustion. Unauthenticated, remote attackers could crash validator and node processes by exploiting unbounded frame reads, uncapped concurrent connections, unrestricted memory allocation for subscription address keys, and a permanent memory leak in subscription map tracking on client disconnects.
A critical incorrect authorization vulnerability (CWE-863) exists in the Go implementation of the Klever blockchain protocol (klever-go) prior to version 1.7.20. The vulnerability allows an attacker to completely replace a target account's permission set by manipulating the RecipientAddr parameter in a VM built-in function, leading to total account takeover.
A Cross-Site Request Forgery (CSRF) vulnerability in REDAXO CMS prior to version 5.21.2 allows unauthenticated remote attackers to trigger unauthorized package updates by exploiting an insecure default configuration in the base API class.
CVE-2026-85724 is a critical vulnerability in the Moquette MQTT broker (versions prior to 0.18.1) where unvalidated substitution of client identifiers and usernames into pattern-based Access Control Lists (ACLs) permits remote authenticated attackers to bypass multi-tenant boundaries and trigger a Denial of Service.
CVE-2026-88974 is an incorrect authorization vulnerability in the WPGraphQL plugin for WordPress. Due to a failure to perform object-level capability checks or validate status-transition requirements in the updatePost mutation handler, authenticated Contributor-level users can publish their own draft posts without editorial approval or modify their previously published posts.
A technical analysis of CVE-2026-73858 / GHSA-gxrg-x694-283w, a server-side template injection vulnerability in the Solspace Freeform plugin for Craft CMS. The vulnerability permits unauthenticated users to trigger dynamic Twig evaluation of input fields during form validation re-rendering, causing local directory path disclosure and PHP runtime information exposure.
An algorithmic complexity vulnerability (CWE-407) in the query decoder of the Elixir Plug library (CVE-2026-54892) allows unauthenticated remote attackers to trigger scheduler starvation and denial of service by transmitting deeply nested brackets in query parameters or URL-encoded post bodies.
CVE-2026-83801 is a stored Cross-Site Scripting (XSS) vulnerability in Nautobot. The vulnerability arises because the application interpolates user-controlled database properties—specifically Relationship descriptions and Module Family names—directly into the help_text parameter of Django form fields. These fields are rendered using Django's |safe filter, bypassing HTML escaping and enabling persistent injection. When an administrative user accesses the affected forms, the payload executes contextually in their browser. This allows attackers to hijack active sessions and perform unauthorized operations. Nautobot versions prior to v2.4.37 and v3.1.8 are affected by this vulnerability. The issue has been patched by implementing contextual HTML escaping and strict markdown sanitization.
An authorization bypass vulnerability exists in Nautobot's REST API endpoints handling approval workflows. Due to an architectural inconsistency, a standalone, generic REST API endpoint for creating approval responses was exposed without propagating the required business-logic validations. This allows low-privileged authenticated users to submit forged, self-approved votes, bypassing approval thresholds and triggering unauthorized server-side automated jobs.
CVE-2026-85709 is a sensitive information exposure vulnerability in HKUDS LightRAG prior to version 1.5.5. The vulnerability allows remote, unauthenticated clients to trigger server-side errors and receive raw Python exception details, including local filesystem paths, database connection strings, credentials, and internal system configurations.
HKUDS LightRAG prior to version 1.5.5 is vulnerable to multiple timing side-channels (CWE-208) in its API authentication layer. The password verification logic in `lightrag/api/passwords.py` compares plaintext administrative credentials using Python's short-circuiting equality operator (`==`). Additionally, `lightrag/api/auth.py` terminates authentication early on non-existent usernames, creating an observable latency difference compared to computationally expensive bcrypt comparisons on valid accounts. Together, these allow remote unauthenticated attackers with low-latency network access to enumerate valid usernames and extract plaintext passwords character by character.
LightRAG prior to version 1.5.5 does not implement rate limiting, lockout mechanisms, or throttling on its `/login` authentication endpoint. This allows unauthenticated remote attackers to perform rapid brute-force attacks to crack passwords and hijack active sessions. Furthermore, because the endpoint processed synchronous bcrypt verifications inside an asynchronous event loop, concurrent brute-force requests can easily exhaust server CPU resources, triggering an unauthenticated Denial of Service (DoS).
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