Majority of Presidential Primary Apps Leak Personal Data | eWeek

Majority of Presidential Primary Apps Leak Personal Data

presidential primary apps
Apr 25, 2016
2 minute read
eWeek Inhalte und Produktempfehlungen sind redaktionell unabhängig. Wir können Geld verdienen, wenn Sie auf Links zu unseren Partnern klicken. Mehr erfahren

As the presidential primary season continues to heat up, there are a growing number of mobile apps, but not all of them are secure. More than 50 percent of the presidential primary-related apps Symantec surveyed were leaking private user information in some way.

Symantec looked at 1,217 apps and found that 654 were exposing data, explained Shaun Aimoto, principal software quality assurance engineer at Symantec. The company only looked at Android apps as part of its research and did not analyze iOS apps.

While there are apps for all current presidential candidates, Symantec found that apps related to the campaign of Republican candidate Donald Trump dominate the landscape, with approximately 75 percent of presidential primary apps. Those related to Democrat Bernie Sanders represented 13 percent of surveyed apps, while 7 percent related to Democrat Hillary Clinton.

A report released earlier this month found the Trump Website to be the most secure of all current presidential candidates.

Whenever users install any app, Android asks them for certain permissions and access to the devices’ functions and data. While permission-based leakage is often a problem with mobile apps, that’s not the primary challenge for the presidential primary apps. Symantec used dynamic analysis within Norton Mobile App Insight to identify leaking, Aimoto said.

“We define a leak as PII [personally identifiable information] being sent off the phone without encryption,” Aimoto told eWEEK. “The data may be going to a legitimate destination, but it could be intercepted by someone sniffing the traffic.”

While Symantec looked at data leakage, the study didn’t identify SSL/TLS (Secure Sockets Layer/Transport Layer Security) usage in mobile apps, Aimoto said. SSL/TLS is used to encrypt data in motion across the Internet. Though Symantec didn’t specifically look at SSL/TLS, Symantec still considers unencrypted PII coming off the phone to be a leak even if the channel is encrypted, Aimoto said, adding that there were examples in the presidential apps of leaks via HTTP, HTTPS and other ports.

Nearly a third (31 percent) of surveyed apps leaked information about users’ devices, including the brand, model and operating system; 14 percent of apps leaked SIM card information, including users’ international mobile subscriber identity (IMSI). Only 2 percent of surveyed apps, however, leaked the mobile user’s phone number.

Advertisement

It’s not clear if or when the presidential campaign apps that Symantec identified as leaking information will fix the flaw.

“As a best practice, if a brand is mentioned in a Symantec blog, we will share the content with them in advance,” Aimoto said.

Sean Michael Kerner is a senior editor at eWEEK and InternetNews.com. Follow him on Twitter @TechJournalist.

eWeek Logo

eWeek has the latest technology news and analysis, buying guides, and product reviews for IT professionals and technology buyers. The site's focus is on innovative solutions and covering in-depth technical content. eWeek stays on the cutting edge of technology news and IT trends through interviews and expert analysis. Gain insight from top innovators and thought leaders in the fields of IT, business, enterprise software, startups, and more.

Eigentum von TechnologyAdvice. © 2026 TechnologyAdvice. Alle Rechte vorbehalten

Werbetreibenden-Offenlegung: Einige der auf dieser Website erscheinenden Produkte stammen von Unternehmen, von denen TechnologyAdvice eine Vergütung erhält. Diese Vergütung kann beeinflussen, wie und wo Produkte auf dieser Website erscheinen, einschließlich beispielsweise der Reihenfolge, in der sie erscheinen. TechnologyAdvice schließt nicht alle Unternehmen oder alle auf dem Marktplatz verfügbaren Produkttypen ein.