Author name: UNDERCODE

How the CVE Works The vulnerability is an incomplete fix for CVE-2026-32011. The original patch tightened pre-authentication body parsing limits

How the mentioned CVE works The Fleet invitation flow generates a unique token for each new user. When the invitee

The vulnerability stems from an incomplete fix for CVE-2026-27486. While the original patch introduced a graceful shutdown sequence in `src/process/kill-tree.ts`

How the mentioned CVE works This vulnerability resides in the SAML (Security Assertion Markup Language) IdP (Identity Provider) configuration of

How the mentioned CVE works The vulnerability resides in Fleet’s gRPC Launcher endpoint, which handles communication from enrolled host nodes.

The vulnerability exists because the `/allowlist` command in OpenClaw Gateway performs persistent configuration writes without re-validating the caller’s gateway client

How the CVE Works The vulnerability resides in the Fleet MDM bootstrap package configuration endpoint. When an authenticated user with

The vulnerability is a second-order SQL injection within Fleet’s Apple MDM pipeline. Exploitation begins when an attacker, possessing a valid

The vulnerability stems from a missing authorization check in OpenClaw’s internal control plane. Specifically, an authenticated internal Gateway caller with

How the CVE Works The vulnerability stems from an incomplete allowlist in the `normalizeSandboxMediaParams` function, located in src/infra/outbound/message-action-params.ts. This function

How the Mentioned CVE Works The vulnerability exists in OpenClaw versions prior to v2026.3.24, specifically within the command authorization logic

How the Mentioned CVE Works The vulnerability resides in Zebra’s transaction verification cache, specifically within the `find_verified_unmined_tx` function in transaction.rs.

The vulnerability exists in `plugin/YPTWallet/YPTWallet.php` within the `transferBalance()` method. The function reads the sender’s wallet balance using a plain `SELECT`

The vulnerability exists because the YPTWallet Stripe plugin for AVideo directly injects the user-controlled `$_REQUEST[‘plugin’]` parameter into a JavaScript block

The attack leverages compromised PyPI credentials to upload malicious package versions directly, bypassing the legitimate GitHub release pipeline. The root

How the CVE Works This vulnerability allows arbitrary code execution during the installation of local plugins or hooks in OpenClaw.

The GraphQL API endpoint in Parse Server versions between 3.5.0–8.6.65 and 9.0.0–9.7.0-alpha.9 fails to enforce the `allowOrigin` server configuration. While

How the mentioned CVE works The MCP Java SDK’s SSE transport layer includes a hardcoded `Access-Control-Allow-Origin: ` header in its

How the CVE Works The vulnerability resides in the heartbeat expiry handling of the Rust libp2p Gossipsub protocol. An attacker

How the CVE Works The vulnerability exists in the `getRequestHeaders()` function within FetchRequestHeaderUtility.ts. When a fetch request is made with

How the CVE Works The vulnerability exists within the OpenClaw Gateway plugin subagent fallback mechanism, specifically in the `deleteSession` function.

The vulnerability resides in the Microsoft Teams integration of OpenClaw, specifically in the handling of feedback invocation messages. Prior to

The vulnerability arises from the `session_status` API endpoint, which resolves a `sessionId` into a canonical session key before enforcing visibility

The vulnerability resides in OpenClaw’s handling of Synology Chat incoming webhooks. Prior to the fix, the webhook authentication endpoint did

The vulnerability arises from a race condition in Parse Server’s `authData` login endpoint. When a user possesses a valid authentication

The vulnerability resides in the `Utils.merge` helper function, which internally performs recursive merging of JavaScript objects. The function lacked safeguards

How the CVE Works The incomplete fix for CVE-2026-28476 left several channel extensions in OpenClaw using raw `fetch()` against user‑configurable

The vulnerability exists because the AVideo ObjectYPT CRUD pattern generates `list.json.php` endpoints for multiple plugins without enforcing authentication. Unlike their

The vulnerability stems from improper validation of user-supplied input in BIG-IP APM access policies. When a virtual server is configured

How the mentioned CVE works The vulnerability stems from Google Chat group authorization logic that relied on the mutable `displayName`

How the CVE Works The vulnerability exists in the Feishu webhook handler of OpenClaw versions up to 2026.3.24. In the

The vulnerability resides in how the Feishu integration for Openclaw processes raw card send actions. In versions up to and

The vulnerability in Trix editor versions prior to 2.1.18 arises from improper handling of the `application/x-trix-document` JSON payload when the

How the Mentioned CVE Works The vulnerability stems from MikroORM’s legacy use of duck typing to identify its internal objects.

How the CVE Works The vulnerability exists in `plugin/Live/uploadPoster.php` which handles poster image uploads for live streams. The endpoint accepts

The vulnerability exists within the logicalQuery.Select function when processing XPath boolean expressions. When a top-level selector such as “1=1” or

The vulnerabilities stem from improper length validation in UTF-8 processing within two distinct code paths: `MaxMatchSegmentation::Segment` and Conversion::Convert. The core

How the mentioned CVE works The vulnerability exists in a GitHub Actions workflow that triggers on `issue_comment` events. Attackers can

The vulnerability resides in the HTTP endpoint /sessions/:sessionKey/history. Prior to the fix, this route validated the bearer token but did

How the mentioned CVE works The vulnerability exists in the `plugin/PlayLists/View/Playlists_schedules/add.json.php` endpoint, which fails to verify ownership of the target

The vulnerability resides in the `tunnelCloseHandler` function within server/handlers/sessions.go. When a reverse tunnel (rportfwd) close is requested, the function attempts

How the CVE Works The vulnerability resides in the way Telegram callback queries originating from direct messages (DMs) were processed.

The vulnerability stems from Traefik’s dependency on a vulnerable version of gRPC-Go (CVE-2026-33186). In gRPC-Go, the HTTP/2 `:path` pseudo‑header is

How the Mentioned Vulnerabilities Work The mpp-rs project (a Rust implementation of a multi-party payment system) contains a set of

The vulnerability stems from a supply chain attack where a threat actor used compromised credentials to push a malicious Trivy

The vulnerability stems from improper isolation of webhook routes when multiple Synology Chat accounts are configured in openclaw. In affected

The vulnerability stems from a logic flaw in Nextcloud Talk’s room authorization flow within the openclaw npm package. Instead of

How the mentioned CVE works The vulnerability exists in OpenClaw’s media fetching logic when handling HTTP error responses. Before the

The vulnerability resides in the `InterpretImageFilename()` function, which processes filename formatting strings (e.g., %d, %x) during image operations. On specific

The vulnerability stems from a race condition in the Tlon extension where cite expansion (resolving @-mentions or channel references) is

How the mentioned CVE works The vulnerability resides in OpenClaw’s Gateway server when handling trusted-proxy Control UI sessions. In versions

How the mentioned CVE works: The vulnerability resides in inbound Nostr direct message (DM) handling prior to version 2026.3.22. When

How the Mentioned Vulnerability Works The vulnerability resides in the Tlon settings reconciliation logic within OpenClaw. When the system processes

How the mentioned CVE works The vulnerability resides in OpenClaw’s subagent control mechanism. In versions prior to 2026.3.22, leaf subagents—agents

The vulnerability exists in OpenClaw’s Android component where a `CanvasScreen.kt` WebView exposes a JavascriptInterface bridge without validating the origin of

The vulnerability, known as BadAML, exploits the ACPI interface in confidential VM setups. ACPI tables contain AML bytecode, which the

The vulnerability works by allowing read-scoped gateway snapshots to inadvertently expose credentials embedded in channel `baseUrl` fields and related endpoint

How the mentioned CVE works: The vulnerability resides in the Bonjour/DNS-SD service discovery mechanism used by the openclaw CLI. When

The vulnerability resides in the device pairing approval flow. A user with the `operator.pairing` role can call `device.pair.approve` to authorize

The vulnerability exists in the OpenClaw Mattermost extension’s interactive callback dispatch flow. When Mattermost sends an interactive callback (e.g., a

The vulnerability resides in the POST `/api/v1/build_public_tmp/{flow_id}/flow` endpoint, which is designed to build public flows without authentication. In Langflow versions

The vulnerability exists in the voice-call webhook handler of the Openclaw npm package. Prior to version 2026.3.22, the endpoint would

The vulnerability stems from inconsistent application of the shared host environment policy across code paths that handle environment variable overrides

How the Mentioned CVE Works The vulnerability exists in OpenClaw’s gateway component when the `gateway.trustedProxies` option is configured. The gateway

The vulnerability arises from a missing `operator.admin` authorization gate on mutating internal ACP (Administrative Control Plane) chat commands within OpenClaw.

The vulnerability arises from how OpenClaw handled `allow-always` execution approvals for wrapped binaries. When a command is invoked via /usr/bin/time,

How the mentioned CVE works The vulnerability resides in the Google Chat webhook verification logic of the OpenClaw npm package.

The vulnerability exists because the Synology Chat integration in OpenClaw (npm package) mishandles user identification during webhook reply delivery. When

How the Mentioned CVE Works The vulnerability exists in OpenClaw’s local-media handling on Windows systems. Before the fix, the application

How the mentioned CVE works: The vulnerability resides in the queueing mechanism for node actions. When a node action is

The vulnerability resides in Harden-Runner, a CI/CD security agent that functions as an EDR for GitHub Actions runners. Versions 2.15.1

The vulnerability exists in Harden-Runner versions 2.15.1 and below. It abuses DNS over HTTPS (DoH) to bypass egress-policy block rules.

The vulnerability exists within the Sliver C2 server’s mTLS and WireGuard transport layers, specifically in the `socketReadEnvelope` and `socketWGReadEnvelope` functions.

CVE-2025-61147 affects the libde265 H.265/HEVC video decoder, specifically the `decoder_context::compute_framedrop_table()` function. This function is invoked during the frame dropping logic

The vulnerability stems from the WXS template used by Briefcase to generate Windows MSI installers. When a developer builds a

How the mentioned CVE works The vulnerability exists in h3’s `redirectBack()` helper which is designed to redirect users back to

The vulnerability exists in the WhatsApp webhook handler located at `/notification/whatsapp/webhook` within OneUptime versions prior to 10.0.34. The endpoint processes

How the mentioned CVE works: The vulnerability resides in the ICE (Interactive Connectivity Establishment) session component of PJSIP versions 2.16

How the CVE Works The vulnerability exists in how h3 handles chunked cookies. The `getChunkedCookieCount()` function parses a user-controlled value

The vulnerability CVE-2026-32945 exists within the PJSIP multimedia communication library, specifically in the DNS parser component. The flaw is a

The vulnerability, identified as an SSRF and LFI, stems from the `DownloadedFile::fromUrl()` method in Roadiz. This method uses PHP’s native

How the mentioned CVE works This vulnerability exploits a discrepancy in how Java handles case conversion across different locales. The

The vulnerability resides in Active Storage’s DirectUploadsController, which accepts a JSON `metadata` hash directly from the client during direct upload

The vulnerability resides in Action View’s tag helper methods (e.g., tag.div, content_tag). When a blank string (“”) is supplied as

The vulnerability stems from insufficient parameter validation in several endpoints of DetailDescriptionERP versions prior to 16.8.0 and 15.100.0. Attackers can

The vulnerability exists in DiskServicedelete_prefixed, a method used by Active Storage to delete all blobs sharing a given prefix. The

The CVE-2024-32650 vulnerability in the cbor2 library arises from uncontrolled recursion during the decoding of deeply nested CBOR structures. The

How the CVE Works The vulnerability resides in the External Page Migration feature of the Page Management Plugin. This feature

The vulnerability resides in the Scheduler plugin of WWBN AVideo versions prior to 26.0. The `run()` function inside `plugin/Scheduler/Scheduler.php` calls

The vulnerability resides in an API endpoint that mishandles authorization checks for private topic metadata. In affected Discourse versions (prior

How the vulnerability works The page content retrieval feature in Connect CMS lacks proper authorization checks. When a request is

The vulnerability resides in the `ThreadPolicy::edit()` method within FreeScout versions 1.8.208 and below. This method is responsible for determining whether

The vulnerability CVE-2026-27936 exists in Discourse, an open-source discussion platform, due to improper authorization checks when handling post action counts.

The vulnerability resides in Active Storage’s Blobs::ProxyController, which is used when serving files in proxy mode. When a client sends

The vulnerability stems from the Action Pack debug exceptions page (the detailed error page shown when config.consider_all_requests_local = true) failing

The vulnerability stems from improper memory handling within WebKit, the browser engine used across Apple’s ecosystem. When processing a specially

The vulnerability resides in the `number_to_delimited` helper, specifically in the NumberToDelimitedConverter. This method uses a regular expression with `gsub!` to

The vulnerability resides in the endpoint `GET /v1/videos/:task_id/content`. This route is protected by `TokenOrUserAuth()` middleware, which authenticates the request and

How the CVE works: The vulnerability resides in the `/api/verify` endpoint, which handles step‑up authentication. When the request body includes

The vulnerability CVE-2024-30044 resides in Microsoft SharePoint’s handling of serialized objects during web requests. SharePoint’s underlying .NET framework utilizes `BinaryFormatter`