With Internet of Things (IoT) devices in nearly every home, regulators worldwide are stepping up to enforce meaningful cybersecurity standards.
From smart fridges to voice-activated assistants and internet-connected light bulbs, the Internet of Things (IoT) is no longer a futuristic concept – it has found its way into our lives.
But as these devices increasingly tether our daily activities to the digital world, an important question arises: “Who’s making sure they’re safe?”
The answer is regulators.
For years, consumers have faced the issues of insecure IoT ecosystems head on – default passwords, unpatched vulnerabilities, nonexistent privacy policies, or devices that phone home to places you’ve probably never even heard of.
In 2025, things finally seem to be looking up. Governments and standards bodies worldwide are taking steps to establish clear rules for how manufacturers must build, maintain, and label connected devices.
In this article, we break down the latest developments in IoT policy and regulation, what they mean for you, and how you can make smarter, safer choices when it comes to connected tech.
In 2025, three key developments in IoT regulation are shaping the future of connected devices:
1. The European Union’s Cyber Resilience Act (CRA) introduces robust cybersecurity requirements for all connected products sold in the EU.
2. The Radio Equipment Directive (RED) is being updated with mandatory cybersecurity safeguards.
3. In the United States, the Cyber Trust Mark aims to help consumers easily identify IoT products that meet federal cybersecurity standards.
Although they differ in approach, all three initiatives aim to mitigate risks at the source by enforcing security-by-design principles.
If you live in the EU, or buy devices that are ultimately shipped there, the CRA will directly impact the connected products in your home. The act states that any product with digital elements (such as smart devices, wearables and connected toys) must meet strict cybersecurity requirements throughout its lifecycle.
Manufacturers must:
For consumers, this is a major shift from the Wild West of “plug-and-pray” to a more structured, safer IoT ecosystem. Companies that fail to comply could face fines of up to €15 million, or 2.5% of global turnover, whichever is higher.
Also in the EU, the Radio Equipment Directive (RED) is undergoing a cybersecurity revamp. Starting Aug. 1, 2025, manufacturers of wireless products must ensure that devices:
These enhancements make security a prerequisite for market entry. Furthermore, manufacturers must demonstrate compliance with new harmonized standards, such as EN 18031, before attaching a CE mark.
For consumers, this should mean fewer shady imports and more peace of mind when buying that smart speaker or baby monitor.
Stateside, the Federal Communications Commission (FCC), in collaboration with the National Institute of Standards and Technology (NIST), is rolling out the Cyber Trust Mark, a voluntary cybersecurity labeling program for IoT.
The label will resemble the US Energy Star symbol and include a QR code linking to a registry of certified products. By scanning the code, consumers will be able to check if a device meets security requirements such as:
Although this label is voluntary, unlike the mandatory approach in the EU, the industry is already reacting. Big brands are jumping on board, and retailers are signaling that they could start prioritizing certified devices.
Think of it as a shorthand for “this device won’t turn your toaster into a botnet node.”
These regulations are, ultimately, consumer protection laws. But they only work if you know how to take advantage of them.
Here’s what to expect in 2025 and how to prepare:
Devices that used to come with admin/admin logins could now be shipped with randomized username/password combinations or QR-based configuration flows. This could prevent threat actors from exploiting default credentials in vulnerable IoT devices to breach networks.
You’ll see more labels, longer documentation, and more upfront disclosures, such as the duration for which a device will receive security updates. This could significantly reduce the incidence of attacks exploiting outdated devices or, at the very least, raise awareness that certain devices aren’t made to be secure forever.
In regulated markets, devices that don’t meet the new bar won’t be allowed on the market. This could reduce the chance of unknowingly purchasing devices with subpar security standards, or ones that have been tampered with (i.e., backdoored).
Still… don’t let your guard down.
Although regulations are there to help, they’re not foolproof. Users should still be vigilant and ensure that their household ecosystems are secure by:
Despite progress, some aspects remain challenging and can diminish efforts to fully secure the IoT landscape. For instance:
Unfortunately, truly securing the IoT landscape would involve commitments for longer-term support, trade cooperation, and a cultural shift where security sells just as much as convenience or cost.
On the bright side, IoT regulation in 2025 is a significant consumer milestone. For the first time, we’re seeing real progress in laws designed to protect people from insecure devices in their homes.
As consumers, the best we can do is get informed, look for the labels, and make security a non-negotiable part of our buying decisions.
When everything is connected, everything becomes an attack surface. Regardless of regulation, security always starts with awareness.
IoT standards encompass all the guidelines and specifications that ensure the compatibility and interoperability of devices, including data formats, protocols, and security requirements.
The EU’s IoT policy promotes the use of novel technologies to support the digital transition, covering aspects such as carbon footprint, privacy, security, safety, environmental footprint, and energy consumption.
IoT compliance implies adhering to various operational and security standards that are generally enforced to protect against cyberattacks, unauthorized access and vulnerabilities.
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Vlad's love for technology and writing created rich soil for his interest in cybersecurity to sprout into a full-on passion. Before becoming a Security Analyst, he covered tech and security topics.
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