A severe Dokploy OS command injection vulnerability threatens self-hosted Platform as a Service (PaaS) environments. Tracked in vulnerability note VU#280377 and assigned CVE-2026-72878, this critical flaw enables authenticated users to execute malicious shell commands as root. Consequently, organizations using vulnerable Dokploy versions must deploy the official 0.29.13 update immediately. Why This Threat Matters Dokploy allows developers to host and manage diverse applications and databases efficiently.

CVE-2026-83549 encadenado con un SSRF pre-auth da control root sobre appliances SonicWall SMA1000. CISA confirmó explotación activa y sumó la falla al KEV.

Security researchers recently uncovered a critical Predis command injection flaw, tracked as CVE-2026-84372. This vulnerability earned a maximum severity CVSS score of 9.8. Crucially, the technical details and proof-of-concept exploit code have been publicly disclosed. Why This Threat Matters Predis operates as a highly popular Redis and Valkey client for PHP. Developers download this open-source package over 8.1 million times every single month.

TL;DR TeamViewer has patched two TeamViewer vulnerabilities in its Desktop Clients. The more severe, CVE-2026-19042, is a command injection flaw in the Linux client that enables remote code execution. A second bug, CVE-2026-16444, allows path traversal and arbitrary file writes. Both are fixed in version 15.81.5. Why It Matters TeamViewer runs on millions of endpoints for remote support and access. These TeamViewer vulnerabilities let a remote attacker run code or write files as the current user.

TL;DR Dell patched five vulnerabilities in Cloud Disaster Recovery. The most serious, CVE-2026-70419, scores CVSS 9.1 and allows command execution. Several flaws affect versions 20.2 and prior. Update to CDR 20.3 now. Why These Dell Vulnerabilities Matter Cloud Disaster Recovery protects backups and failover for enterprise systems. Attackers value recovery tools, since they hold critical data. A Dell vulnerability here can undermine the very safety net customers rely on.

TL;DR Ubiquiti published Security Advisory Bulletin 067 on August 26, 2026. It patches 22 vulnerabilities across the UniFi product line. Three reach the maximum CVSS 10.0, and many enable command injection. Update affected applications and devices now. Why These UniFi Vulnerabilities Matter UniFi gear runs networks, cameras, and access control for many businesses. A break in these systems exposes both data and physical security.

TP-Link has patched three severe vulnerabilities in its Archer router series. The most critical issue is an unauthenticated OS command injection flaw tracked as CVE-2026-9254. Therefore, users must update their devices immediately to block potential intrusions. Why These Vulnerabilities Matter These security flaws expose home and enterprise networks to total compromise. Specifically, attackers can gain full root access to the router.

TL;DR TP-Link patched an OS command injection flaw in the Archer C20 v6 router, tracked as CVE-2026-75616. The bug scores 8.5 on CVSS v4.0 and can lead to full device compromise. An authenticated admin can run arbitrary system commands. No exploitation in the wild has been confirmed. Why It Matters The Archer C20 is a widely sold home Wi-Fi router. A router breach exposes every device behind it.

TL;DR TP-Link patched three Omada gateway vulnerabilities. The most severe, CVE-2026-19586, is a pre-authentication OS command injection rated CVSS 9.3. It affects gateways running as an OpenVPN Server. No exploitation in the wild or public proof-of-concept has been confirmed. Why This Omada Gateway Flaw Matters Omada gateways sit at the edge of many business networks. Therefore a critical flaw here can expose an entire site.

Snowflake’s public snowflakedb/snowflake-connector-net repository has been identified as vulnerable to GitHub Actions workflow injection. This vulnerability could be exploited to trigger command execution within CI/CD workflow through specially crafted GitHub issues. In this case, the flaw is attributed to the repository’s automatic workflow, jira_issue.yml, which runs automatically when a public issue is opened.  When processing issue data, the workflow exposed Jira credentials, including API tokens, to the affected job. Attacker-controlled issue titles and descriptions were also passed directly into a shell command, resulting in an avenue for command injection. The workflow was also triggered by an issue event, which was incorrectly referenced with github.event.pull_request.user.login as the event check reference.  In the absence of the referenced pull request property, this condition evaluated with an empty value, resulting in regular issues reaching the vulnerable job without any protection. The issue was not related to any released versions of the Snowflake Connector for .NET and affected the repository's CI/CD automation.  Using the Red Agent, Wiz researchers discovered the vulnerability on June 23 as part of a security research project conducted by Snowflake’s HackerOne vulnerability disclosure program. Five days prior, after pull request #1218 was merged, a security flaw had been introduced, and an unauthenticated user could activate it by using a specially crafted GitHub issue title.  The scan conducted by GitHub Advanced Security, which included Copilot Autofix, examined a revised version containing the vulnerable workflow, however, did not identify the injection. As a result of discovering the flaw, the Red Agent verified access to sensitive information within Snowflake’s internal Jira system. Code that has been compromised originated in a cleanup-related pull request that replaced a safer environment-variable and jq parsing approach with direct interpolation of the title of an issue into a shell script, which is the source of the vulnerable code.  GitHub's security tooling flagged other issues during the development process and Copilot suggested fixes, but neither identified the injection caused by the change. Ultimately, a human reviewer approved and merged the pull request. In June of 2026, when the workflow became active, any new issues could be accessed by the vulnerable code path.  Wiz’s Red Agent discovered the vulnerability five days later and successfully refined its exploit after an initial attempt to exploit it failed. As a result of the resulting payload, the researchers were able to access sensitive data within Snowflake’s internal Jira environment and obtain the Jira API token, enabling them to determine the potential impact of the vulnerability.  A number of questions are raised by the incident regarding automated security review and AI-assisted software development. Wiz pointed out that coding tools can inadvertently reintroduce unsafe shell practices, while security scanners fail to detect the injection that occurs. The case underscores the importance of thoroughly reviewing code changes involving GitHub Actions, particularly when workflows handle sensitive credentials or untrusted input.  Snowflake was informed of the vulnerability by Wiz through HackerOne on June 23, 2026, under report #3819931. Snowflake resolved the issue on June 24, 2026, by submitting pull request #1402, which replaced direct expansion of GitHub issue data with environment variables passed as arguments to jq. The Jira token was rotated on June 24.  The investigation conducted by Snowflake did not reveal any evidence of unauthorized access, and Wiz reported that no unrelated external use of the exposed token was observed during the five-day exposure period. There has been no release of the company's underlying audit logs. Furthermore, GitHub's commit history does not indicate that Copilot was the author of the changes to the jira_issue.yml file.  Despite the fact that Copilot Autofix appears to be a co-author of the squash merge, the unsafe refactoring was contained in a separate commit attributed to a Snowflake developer. Consequently, the available history confirms Copilot's participation in the pull request, but does not substantiate that the code was introduced by it.  This case demonstrates GitHub's warnings of workflow security risks in 2025, particularly when issue data is directly used in run blocks, which poses a security risk to workflows. As of August 17, 2026, no CVE, CVSS score, or CISA KEV listing had been identified for this vulnerability. The vulnerable code has since been removed from the master branch, and there is no evidence that it has been exploited outside of the master branch.

D-Link patched 15 flaws in its DWR-M961 router this month. Most are D-Link router command injection bugs, and two are buffer overflow flaws. Also, the issues sit inside the router's web management tools. So, owners of hardware revision C1 should update firmware right away. Why It Matters These bugs live in the router's admin interface. That interface controls SIM settings, network diagnostics, and firmware updates.

TL;DR TP-Link disclosed five vulnerabilities across its ISP-managed networking gear. The flaws hit mesh systems, routers, PON devices, and xDSL modems. The worst allow authentication bypass and command injection, with CVSS scores up to 8.7. No exploitation has been confirmed. Why it matters Home routers sit at the edge of every network. So a flaw there can expose every device behind it.

TL;DR Two critical Puwell IP Camera vulnerabilities now have public details and proof-of-concept exploit code. Both score 9.3 on the CVSS scale. Together they let a remote attacker bypass login and run commands as root. No vendor patch has been confirmed yet. Why it matters IP cameras sit on home and business networks worldwide. A full takeover exposes live video and a foothold inside the network.

TL;DR: TP-Link patched a TP-Link command injection flaw in the Archer AXE75 V1 router. Tracked as CVE-2026-9044, it carries a CVSS v4.0 score of 8.5. Firmware 1.5.6 Build 20260623 fixes the issue. Why it matters The flaw lives in the router's OpenVPN module. TP-Link's advisory states plainly that "successful exploitation of this vulnerability may enable an attacker to gain full control of the affected device."

TL;DR Mitel published two advisories. The first covers a MiCollab command injection bug rated critical at CVSS 9.8, which an unauthenticated attacker can reach over the network. The second covers a reflected XSS issue in OpenScape UC rated high at CVSS 8.0. Neither flaw has a CVE identifier yet. Why It Matters MiCollab sits at the center of enterprise voice and collaboration deployments.

TL;DR Progress fixed five Kemp LoadMaster vulnerabilities in a July 2026 bulletin. Three allow OS command injection, and two allow privilege escalation. Each one can lead to full system compromise on the affected appliance. Why it matters LoadMaster sits at the network edge and balances enterprise traffic. Therefore, a compromised appliance hands attackers a strong foothold. From there, an intruder can pivot deeper into internal systems.