CVE-2025-1316: Edimax IC-7100 IP Camera OS Command Injection Vulnerability

CVE-2025-1316 is an OS command injection vulnerability in the Edimax IC-7100 IP camera. Improper input sanitization lets an attacker send specially crafted requests that achieve remote code execution on the device. Because the product may be end-of-life or end-of-service, unpatched units present a persistent risk of full device compromise, which can expose video feeds, credentials, or serve as a foothold into the broader network.

IT and security teams should treat this as a high-priority inventory and remediation item, confirming all details against the vendor advisory and CISA guidance before acting.

How it works

The flaw is classified as CWE-78: OS command injection. The camera fails to properly sanitize user-supplied input before that input is passed to the underlying operating system shell. An attacker who can reach the device over the network crafts requests that inject additional commands. Successful exploitation yields remote code execution with the privileges of the vulnerable process, typically allowing the attacker to run arbitrary commands, install persistence, or pivot further. Exact request formats and parameters are not detailed here; defenders must consult the vendor advisory for any available technical indicators.

Am I affected? How to find it in your systems

The Edimax IC-7100 is a network-connected IP camera commonly deployed in small-office, retail, or residential surveillance setups. It may appear on internal LANs, DMZs, or—if poorly segmented—directly on the internet.

• Inventory all IP cameras by manufacturer and model via network discovery tools, asset-management databases, or physical inspection of device labels and web interfaces.
• Confirm the exact model string “IC-7100”; other Edimax models are outside the scope of this CVE unless the advisory states otherwise.
• Because the product may be end-of-life, check firmware version and support status against the vendor’s published information; any remaining units should be flagged for immediate review.
• Look for unexpected outbound connections, new processes, or configuration changes in camera logs and network telemetry. Anomalous HTTP or other management-protocol traffic directed at the camera’s IP can indicate probing or exploitation attempts.

Specific vulnerable firmware versions are not listed in the provided facts; always verify against the current vendor advisory.

How to remediate

The primary action is to apply mitigations exactly as instructed by the vendor. If a firmware update or configuration fix is available, deploy it promptly after testing. CISA’s required action further directs organizations to follow applicable BOD 22-01 guidance for any cloud-connected services or to discontinue use of the product when mitigations are unavailable.

• Replace end-of-life units with supported alternatives that receive ongoing security updates.
• For remaining devices, enforce least-privilege network access, change default credentials, and disable unnecessary services or remote-management interfaces.
• Document the remediation status of every identified IC-7100 so that residual risk is visible to leadership.

If you can't patch immediately

When an immediate patch or replacement is not feasible, apply compensating controls to shrink the attack surface until permanent remediation is complete.

• Segment the camera onto an isolated VLAN with strict firewall rules that permit only required video-management traffic and block all inbound internet access.
• Place a web-application firewall or IPS signature in front of any management interface to drop requests that match known command-injection patterns for this class of device.
• Disable remote administration, UPnP, and any unused network services on the camera itself.
• Increase monitoring: alert on new connections from the camera’s IP, unexpected DNS queries, or changes to its configuration. Retain packet captures of management traffic for later forensic review.

These measures reduce but do not eliminate risk; plan for full decommissioning of unsupported hardware.

If your data may have been exposed

Command-injection flaws that grant remote code execution are frequently leveraged to steal credentials, stream video, or move laterally. Although ransomware use specifically tied to this CVE is not documented, any successful exploitation can lead to a broader breach. Organizations that suspect compromise should isolate the device, preserve logs, and perform a full incident-response investigation. Individuals can also run a free exposure scan of their email addresses against known breach data sets to determine whether personal information has already appeared in public dumps.