On March 9, 2026, SC Media published a perspective by Ben Lincoln of Bishop Fox that frames IoT security as an everyday operational problem rather than an occasional compliance exercise. The article argues that the biggest danger for connected devices often begins the moment they are powered on, because many devices are trusted by default, rarely monitored, and not updated with the discipline that enterprises apply to other systems.
The piece is focused on consumer and business-facing IoT devices such as smart speakers, cameras, hubs, appliances, and other connected endpoints that often end up on home or office networks. Lincoln’s central point is simple: these devices can stay in place for years, quietly expanding the attack surface if no one treats them as managed assets.
That matters because a single insecure device can create a foothold into Wi-Fi, cloud accounts, mobile apps, location data, and other connected services tied to the same environment. For organizations, the risk is not only intrusion. It is also downtime, support burden, and the operational drag that appears when a device fleet is scattered across different vendors, update policies, and ownership models.
The article also makes a useful business case for transparency. Vendors that clearly explain their vulnerability disclosure process, update commitments, and support lifecycle give customers something to evaluate before deployment. That visibility is especially relevant for companies that build or integrate connected products, because security expectations need to be designed into procurement, telemetry, and maintenance workflows from the start.
What the article says about vendor responsibility
One of the strongest themes in the piece is that connected-device security should not depend on guesswork. Lincoln points to manufacturers that publish clear security pages, explain how to report vulnerabilities, and define how long customers can expect patches and support. Those commitments are more useful when they are easy to find and written in plain language, not buried in legal terms or support tickets.
The article notes that the difference between a manageable issue and a recurring exposure is often the presence of a process. When a vendor has an identifiable response path and is willing to engage on remediation, security becomes an operational discipline instead of an afterthought. The article cites research and disclosure work involving products such as Traeger and YoLink as examples of how process and responsiveness can change the risk equation.
It also mentions vendors including Wyze, Google, Garmin, and Owlet as examples of companies that publicly document trust and security resources. The larger takeaway is not that every product is secure by default, but that buyers should prefer vendors that are willing to make their security posture visible and supportable over time.
The six controls that reduce exposure
After setting up the problem, the article gives a practical checklist that starts with the basics. The first step is to run updates immediately after installation, because many devices ship with outdated firmware that already contains known vulnerabilities. The second is to change any default settings or credentials so the device is not relying on values that may be shared across thousands of deployments.
The article then recommends placing smart devices on a guest or secondary wireless network. That simple separation helps limit lateral movement if one device is compromised, which is useful in both home and office environments. It also advises turning off unnecessary features such as remote access, voice control, or sharing options that the organization does not intend to use.
Another important control is disabling automatic port-forwarding features on routers, including UPnP, NAT-PMP, and PCP when they are not needed. Lincoln’s point is that convenience features can quietly expose a device to the internet without a deliberate review. The final step is to reset devices before disposal or resale so they do not remain linked to personal or business accounts.
- Update firmware immediately after installation.
- Change default passwords and device settings.
- Place IoT devices on a guest or segmented network.
- Disable features the organization does not use.
- Turn off automatic port-forwarding features unless they are intentionally required.
- Reset devices before disposal, transfer, or resale.
What this means for connected operations
For Paw Partners customers and similar connected-device programs, the operational lesson is clear: security controls work best when they are paired with telemetry, monitoring platforms, and health alerts. A device that reports firmware status, connectivity changes, battery conditions, or unusual behavior can be maintained before it becomes a support ticket or a field failure.
That is where connected workflows matter. Electronic prototyping, IoT integration, dashboards, and automated alerts help teams see whether devices are healthy, whether updates were applied, and whether a device needs intervention before downtime spreads. In practice, this creates a more reliable field operation because maintenance becomes proactive instead of reactive.
The article’s broader message is that IoT risk is persistent, not seasonal. Organizations that treat connected devices as living assets, with defined ownership, patching, segmentation, and end-of-life procedures, are better positioned to reduce outages and keep support costs predictable. The article closes by making the case that manufacturers and buyers alike should treat device safety as an ongoing responsibility.
Source: SC Media original article.