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“Device manufacturers that do not care about security and privacy might decide not to disclose at all,” said ��ţӰ�� assistant professor of computer science , who conducted the survey with colleagues at Carnegie Mellon University. “That’s not what we want."

The average household in the U.S. now has connected to the internet, all collecting and sharing data. Fitness trackers measure your steps and monitor the quality of your sleep. Smart lights track your phone’s location and turn on as soon as you pull in the driveway. Video doorbells let you see who’s at the door -- even when you’re not home.

But for all their convenience, today’s smart gadgets still have some privacy and security . You may have read the stories about strangers , companies about customers and their passwords, or smart TVs while you are watching them.

suggests that the number of attacks on smart devices doubled in the first half of 2021 alone, going from 639 million to 1.5 billion in just six months.

The new program, which resembles the 30-year-old Energy Star labeling program for appliances that meet certain energy efficiency standards, would “raise the bar” for cybersecurity in the home, the White House said in a .

Companies that practice transparency would certainly help people make more informed choices about their next smart gadget purchase, said Emami-Naeini, who has been collaborating with government officials and non-governmental stakeholders to inform the design of the cybersecurity label in the U.S. But are such labels a selling point for their products?

In a survey of 180 U.S. consumers, she and colleagues set to find out.

In an experiment conducted online, the researchers asked people to choose between discount offers on two smart devices based on labels showing different levels of protection.

For instance, a coupon worth $15 towards the purchase of a smart speaker that receives automatic security updates, versus $35 off for a smart speaker with no security updates. So a privacy-conscious consumer has to make a trade-off at the time of purchase -- is the more secure product worth paying closer to full price?

The findings show that people are willing to shell out up to 50% more for devices labeled with reassuring information about how they deter attackers or safeguard users’ data, as opposed to devices with no label that leave them in the dark.

“Consumers are willing to pay significant premiums to have security and privacy labels,” Emami-Naeini said.

“However, consumers aren’t as skeptical as we might hope when information is withheld from them,” she added.

When given a choice between a device with a label suggesting that it might not be the safest and no label at all, respondents were willing to pay more for an unlabeled device with no information at all about its security protocols and practices.

“That was a big surprise,” Emami-Naeini said.

Without information to the contrary, respondents said they simply assumed that items without warnings were no riskier than other models on the market.

Theoretically, tech companies could take advantage of such charitable assumptions to withhold information they’d rather their customers didn’t see, Emami-Naeini said.

That’s because currently the label proposed for the U.S. is optional on the part of device makers; manufacturers aren’t required to participate.

Consumers may start to see the new cybersecurity labels on U.S. store shelves as early as 2024. Other countries including , and are deploying similar programs to certify safe smart devices.

But the new research suggests that allowing device makers to either highlight or hide their security practices could make it all too easy to game the system. Companies who fear that transparency might stigmatize their products or cost them customers could simply opt out, Emami-Naeini said.

“We recommend having a mandatory security and privacy label,” Emami-Naeini said.

The researchers will present their findings August 9 at the 32nd USENIX Security Symposium in Anaheim, California.

This research was supported by the Carnegie Mellon University CyLab Security and Privacy Institute, and by a grant from the National Science Foundation (SaTC-1801472).