Tag: smartphones
Blockchain Ballots? Pilot Project in Denver To Test Mobile Voting App

Blockchain Ballots? Pilot Project in Denver To Test Mobile Voting App

This article was produced by Voting Booth, a project of the Independent Media Institute.

The debate over online voting—whether an electronic ballot can be sufficiently trusted—is heading into a higher orbit in Denver. City election officials will open their pilot of the nation’s most advanced smartphone mobile voting app that several hundred overseas residents will use in May’s elections to independent examination by observers.

“We wanted and we asked Voatz [the app maker] to develop a means by which outside observers can conduct their own audits independently of the election conducted through the blockchain,” said Jocelyn Bucaro, Denver deputy director of elections.

The blockchain is a way to secure data by putting encrypted, unchangeable pieces of a file, in this case an electronic ballot marked by a smartphone, on computers in different locations that later will be reassembled, printed and counted with other ballots.

“We are hopeful that by the time that we are actually tabulating results for this election, we will have an offering… to be registered election observers through the blockchain to conduct their own audit of what we are reporting,” Bucaro said.

“We’d be the first entity ever to do a third-party digital audit of an election,” said Forrest Senti, Business and Government Initiatives director at the National Cybersecurity Center (NCC), based in Colorado Springs, which has worked with Denver for the past year to plan the pilot and will set up the ballot-handling audit including outside participants.

Observers can assess an “end-to-end verifiable” process, the city’s announcement said. That technical phrase is key, as it is the exacting security and accountability standard that academic critics of online voting have said must be satisfied before considering its use.

Many critics have never expected a voting system developer to assert they can meet that “end-to-end” standard. For years, they have said, and many still say, that software has holes that can be exploited to tilt election outcomes. That conclusion has bolstered the argument that there is no substitute for human-made ink marks on paper ballots. Some leaders in this community were neither impressed with Denver’s staging of an audit inviting skeptics nor even curious about the technologies involved.

“That’s not good enough,” said Jim Soper, a computer programmer and election integrity organizer. “An audit is not a red team test—a hack test,” he said, adding, “A lot of critical outsiders would not participate… They will invite their own people who will not be as critical or as skeptical as they need to be. We have seen this kind of stuff before.”

“Our country is moving toward paper ballots for a reason. Software is hard. Even the most long-term, experienced voting system vendors in our country cannot get it right—and this is a newbie start-up, who comes in with an app, who claims a bunch of stuff,” said Susan Dzieduszycka-Suinat, founder of the U.S. Vote Foundation, which for the past 15 years has helped overseas voters. “We’re trading one set of problems for another set of problems, and we’re equally unprepared for the new set.”

These hard responses reflect views that were formed when the manufacturers of paperless voting systems over-promised and under-delivered the machinery that many states bought after Florida’s flawed 2000 presidential election. Today, most of the country has gone back to using voting systems built around paper ballots. But what Denver is doing is not resurrecting these old and flawed systems, and it could have far-ranging implications.

Local Pilot, National Stakes

The city’s use of a mobile voting app, following 2018 pilots in West Virginia, is part of a bigger play that could reshape how millions of Americans vote. In short, the smartphone would replace what voters do when they sign into a poll book at a precinct, and then the phone would be used as a ballot-marking device—an electronic pen. The ballots, which are created by the election officials, would be copied and carried by the blockchain.

More specifically, a smartphone’s features are being used to credential the voter; verify their government-issued photo IDs; test that the person using the device is alive and not an avatar or fake; bind that phone to that voter and one ballot; and submit the ballot via the encrypted blockchain. Voatz and its allies in philanthropy, policy and government circles see smartphone voting as a potential option for major slices of society: citizens abroad, people with disabilities, and even states and counties that now vote by mail.

“That’s why we are doing this in the first place. We want to be able to bring people into the room and be able to understand that potential,” said Senti of the NCC, which spent a year assessing the city’s election infrastructure, creating technical guidelines for using blockchains in elections, vetted vendors and will oversee the open audit.

“We are going to have some people from the E.A.C. [Election Assistance Commission, the federal agency regulating overall voting systems] here at the end of the month and be able to have that conversation, and say, ‘Look, we’re leaving these people that want to test these technologies and bring these pilot opportunities to markets, and to provide a voice,’” he said. “The UOCAVA [overseas] population is 3.3 million registered voters, and the turnout is around 7 percent. That is an election [margin in a national race].”

Rarely has a local trial involving so few voters had such big stakes hovering overhead or behind-the-scenes players pushing for a new paradigm. But what is unfolding in Denver didn’t appear overnight. It is a result of many factors, including the absence of actively engaged federal arbiters in recent years—agencies whose reports inventorying internet voting globally or assessing voting system threats have not anticipated the building blocks of the Voatz app, or briefly discuss what the app uses to verify identities.

“It is unfortunate. There’s no federal standard to vet a system like this. I don’t know if they will ever create a standard to do something like this,” said Nimit Sawhney, founder and CEO of Voatz. “The new VVSG 2.0 [EAC’s Voluntary Voting System Guidelines] standard allows this [app] to be a part of a bigger voting system, but not a primary voting system. So it might be a while before you see these standards at all. So, in that regime, that scenario, we have to rely on third parties, and those third parties include the FBI, DHS and all those people [at think tanks, in philanthropy and government] as well.”

The technologies that are the building blocks of Voatz’s system underscore how the ground beneath the online voting debate has shifted. These recent developments are the emergence of biometrics as security features in smartphones (2013), the use of blockchains, or distributed ledgers, in finance—notably for cyber-currencies (2016), and a digital identity proofing industry that has grown in recent years.

A 2011 EAC report discussing surveying internet voting, after noting that “a single comprehensive standard for developing and testing internet voting does not exist,” says that election jurisdictions must make their own judgments about “the risks associated with multiple voting channels.” The report emphasizes that every voting system has trade-offs. The open question is where to draw the line on risks in the process.

When asked, Denver’s Bucaro said it was easy to assess risk when it came to a pilot for several hundred overseas voters in a local election.

“We are only using this for a population of voters that already, under federal law, receive their ballots, and, in Colorado, can cast their ballots electronically,” she said. “So, for us, the decision was a bit simpler, because one question we wanted to answer was, ‘Was this more secure than what we were otherwise offering to our military and overseas citizens?’ And the answer is yes. This is a more secure method than asking our voters to fill out their ballot online and return it to us as an email attachment. That’s easy.”

Thus, what Denver and its partners are doing is using a pilot to assess new technologies in a real-world setting, which is how new voting systems or any technology evolves, said Larry Moore, the former CEO of Clear Ballot, which pioneered the use of digital ballot images to account for every vote cast in an audit, and who is advising the start-up.

“We are not saying today that the Voatz system should be rolled out to millions of voters. No one in Voatz is saying that,” Moore said. “What we are saying is that we are anxious to pilot this in real-world settings that cannot be simulated in a lab, where problems come up and we try to solve them in a way that is lasting and is true. It is only through real-world pilots that we can really make progress.”

To date, as Voatz’s critics accurately have pointed out, the start-up has mostly tested its app within trusted circles and has not said what it is doing to protect potential voter privacy concerns, as the app is using a lot of data via the smartphone.

Voatz and its allies say that more closed approach is because there is a history of critics, including some of the advisers who articulated the “end-to-end” security standard in a 2015 report from Dzieduszycka-Suinat’s organization, working to stop any online voting. Some even tried to sabotage a 2016 trial by putting up a fake online voting website to lure unsuspecting voters in a party-run caucus in Utah. Soper defended that effort as a “spoof” to show that what’s seen online cannot be trusted. “They are there to make a technological point,” he said.

But Denver’s pilot and invitation to third parties to independently audit the core of its system—the use of blockchains—opens a new chapter in this narrative. The pilot and audit could push the online voting debate into an orbit where specifics and new technologies are evaluated, even if it is not the red team hacking test that Soper seeks. Or it could be like Krazy Glue fortifying already hardened positions.

“I think if you are against any form of internet voting, chances are it’s hard to convince you,” Bucaro said. “However, I will say this. I think it’s beneficial to have skeptics in the room. I think the more skeptics we have, questioning every aspect of this, the better, because they may think of something that the developers didn’t consider. They may test it in a way that the developers didn’t test. So I think to have them at the table, even if we don’t convince them that this is something that can be secure—or even if we can’t sell it to them—having their perspective is still very important.”

Most Teens Rely On Smartphones To Go Online, Study Finds

Most Teens Rely On Smartphones To Go Online, Study Finds

By David Pierson, Los Angeles Times (TNS)

Think teenagers are always glued to their phones? A new research report says you’re right.

A survey of more than 1,000 teens found 92 percent of them go online daily and 24 percent of them go online “almost constantly.”

The preferred method was smartphones. Ninety-one percent of teens went online at least occasionally using the handheld devices.

The findings come from a Pew Research Center report released Thursday that examines the relationship between teens, social media, and technology.

The study, which was conducted online, polled teens aged 13 to 17.

The study also looked at connectivity and usage among ethnic groups and different household incomes.

Included in the findings was that black and Latino teens report more frequent Internet use. Thirty-four percent of black teens and 32 percent of Latino teens reported going online “almost constantly.” By comparison, only 19 percent of white teens said they went online as much.

Meanwhile, 85 percent of black teens said they had access to a smartphone compared with 71 percent for Latino and white teens.

“American teens, especially African-American youth, have embraced smartphones and the 24/7 access to people and information that they offer,” said Amanda Lenhart, associate director for research at the Pew Research Center and the lead author on the report.

Facebook was the most popular social media platform among the teens polled with 71 percent of them indicating they used the service.

Second was Instagram at 52 percent, followed by Snapchat at 41 percent. Twitter and Google+ came in at 33 percent.

Teens from lower income families leaned toward Facebook while wealthier teens reported higher usage of Snapchat and Twitter.

The study also showed texting was highly popular. Ninety percent of teens with access to mobile phones said they texted. A typical teen sends and receives 30 texts daily.

Although the Pew Research Center has released similar studies in the past, it warned against comparing results too closely because they were conducted slightly differently. Previous studies looked at a different subset of teens (aged 12 to 17) and conducted the survey over the phone, rather than online.

Photo: Pabak Sakar via Flickr

Apple’s ResearchKit Could Be Boon For Medical Research, But There Are Concerns

Apple’s ResearchKit Could Be Boon For Medical Research, But There Are Concerns

By Julia Love, San Jose Mercury News (TNS)

CUPERTINO, California — You will soon be able to participate in cutting-edge medical research — from the comfort of your iPhone.

At a hotly anticipated event focused on its new smartwatch earlier this month, Apple surprised attendees by unveiling ResearchKit, a new software platform that taps the power of the iPhone for medical research. Researchers can design apps that use the iPhone’s accelerometer, microphone, gyroscope and GPS to gather information about a subject’s health, and you can start contributing to science by simply downloading the apps.

It remains to be seen whether ResearchKit will revolutionize medical research: Some are concerned about the reliability of information that users self-report on their iPhones, and others note that people who own pricey Apple gadgets don’t exactly mirror the rest of the population. And while Apple stresses that the data will be secure, users may still need to think twice before sharing sensitive medical information with an app in an age of incessant breaches.

Nevertheless, with iPhones flying off the shelves, ResearchKit opens up a new frontier for medical researchers, who have long struggled to find enough participants for their studies and keep them on board. MyHeart Counts — an app developed at the Stanford University School of Medicine that evaluates how patients’ activity levels influence cardiovascular health — had been downloaded 52,900 times in the United States and Canada as of Friday morning, just four days after its release, according to the university. More than 22,000 users who downloaded the app had consented to the study.

Stanford cardiologist Mike McConnell, the principal investigator on the MyHeart Counts, said such reach is critical for a study on cardiovascular health.

“Cardiologists have a little bit of an odd perspective on all this because we know heart disease and stroke is still the No. 1 killer,” he said. “We tend to think of everybody we see as our prevention patient.”

After downloading MyHeart Counts and reviewing the consent information, participants are asked to carry their phones with them as much as possible to track their activity, in addition to taking a six-minute walking test. Over the next few months, researchers plan to expand the study to measure how effectively different techniques encourage people to become more active, McConnell said. The app works with the iPhone 5s, 6, and 6 Plus.

Participants are not compensated for their time, but Stanford tries to repay them with information about their heart health, McConnell said. The app gives participants a score that measures their risk for heart disease or a stroke, which they can compare to the ideal score for their age range.

“If you’re asking people to donate data, we certainly want to give feedback on how they’re doing relative to the different guidelines,” McConnell said.

McConnell said the Stanford team is still fine-tuning the technology to ensure that the iPhone’s perceptions of “moderate” and “vigorous” exercise are in line with conventional wisdom.

MyHeart Counts was part of an initial batch of five apps that Apple released last week, after announcing ResearchKit. The other apps study asthma, breast cancer, diabetes, and Parkinson’s disease. Apple says an open source framework will debut next month.

Although the medical community sees great promise in ResearchKit, some caution that a vast sample size is not the only key to sound medical research. Lisa Schwartz, a professor at the Dartmouth Institute for Health Policy and Clinical Practice, said she is concerned that some people who do not actually suffer from conditions such as asthma or diabetes may indicate that they do to participate in the research.

She stressed that the rigor of traditional research must be brought to studies unfolding in the app sphere.

“We have learned over time how to distinguish ‘snake oils’ from effective treatments,” she said. “We need to apply that same sort of rigorous thinking to this. Otherwise, it’s more data, but it’s not more knowledge.”

Apple, which frequently touts its commitment to privacy, emphasized that it will not have access to the data, and participants decide how much to share. Software like ResearchKit can raise privacy concerns if participants do not fully understand how their information will be used, or if the data is compromised in a breach, said Daniel Gottlieb, a lawyer at McDermott Will & Emery. But that should not deter researchers and patients from experimenting with new tools, he added.

“When you are in the clinical research world, there is always a balancing act between privacy protections for the individual human beings who are the research subjects and…the important public health objective for all of us,” he said. “This really has enormous potential to bring new folks into important research.”
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RESEARCHKIT APPS

Apple worked with medical researchers to have five apps available that used the ResearchKit framework when the company announced the software platform March ninth.

  • MyHeart Counts: Developed by Stanford University School of Medicine and the University of Oxford, this app measures activity and uses surveys to get a feel for participants’ lifestyle, then measures the effects on cardiovascular health.
  • Power: This app measures users’ gait, dexterity, balance and other traits through a variety of tests in order to study the effects of Parkinson’s disease.
  • Share the Journey: Patients with breast cancer can use this app to log their experiences after chemotherapy, which could help develop new approaches to post-treatment care.
  • Asthma Health: Asthma sufferers can benefit while generating data with this app by being alerted when air quality in their area is poor. It also tracks patterns in asthma symptoms, helping further knowledge about triggers for asthma attacks.
  • GlucoSuccess: Another app that offers benefits to both parties, this software gives researchers insight into the effects certain activities have on glucose levels while providing patients with diabetes a better understanding of how their choices affect their well-being.

Photo: rosefirerising via Flickr

FBI Head Criticizes Apple, Google Over Data Encryption

FBI Head Criticizes Apple, Google Over Data Encryption

Washington (AFP) – Federal Bureau of Investigation director James Comey hit out at Apple and Google over new data-security measures designed to reassure customers wary of government prying.

Google and Apple this month announced they are hardening encryption tactics on devices powered by their mobile operating systems.

The move should mean that even if law enforcement agencies have court-issued search warrants, they will be blocked from getting hold of pictures, messages and other personal data stored on newer Android or Apple smartphones and tablets.

“I am a huge believer in the rule of law,” Comey told journalists.

“But I also believe that no one in this country is beyond the law. What concerns me about this is companies marketing something expressly to allow people to place themselves beyond the law.”

Comey said the FBI had had initial discussions with Apple and Google about the new security measures. He said law enforcement, with a search warrant, must have access to data on criminals’ smartphones.

In a reference to U.S. intelligence leaker Edward Snowden, the FBI head said that in a “post-Snowden world… this is an indication (some corporations) go too far.”

AFP Photo/Kimihiro Hoshino