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An extension of the smartphone as medical device is what Ideo's Blakely terms "appcessories," a set of highly specialized peripheral software that fulfills very targeted needs, stuff that most people wouldn't want their everyday phone.

. Let's say you're in a bar or at a conference and you want to meet people, he says. Extremely precise sensors track exactly where you are indoors. Point the phone toward a person in the crowd and her pertinent information pops onto the screen: who she is, what she does, and maybe some backgrou

Into the coffee shop of tomorrow walks a techie of tomorrow. He or she is decked out in wearable tech from head to toe -- the Bluetooth earring or ear cuff tucked into a lobe; Google glasses beaming up maps and directions; a smartwatch that takes your vitals, deals with mobile payments, and serves as a console for the most important functions. Then there's the smartphone slipped into the pocket for more complicated tasks or to serve as a "big" screen, and the smart shoes that calculate distance, underfoot conditions, and analyze your gait. Your smartphone is still there, still essential for communicating with your environment, but it becomes only one device in a collection of other, even more personal or convenient gadgets, that solve some of the same sorts of problems in different or complimentary ways.

The scenario above isn't all that outlandish, especially given the rise of smartwatches, which still have a ways to go before becoming truly well-rounded devices. Crazy tech that interacts with your body has been in development for some time. To illustrate the point, Frog's Rolston brought a pair of Necomimi Brainwave Cat Ears to our interview. The fuzzy "ears," which have been on sale for about two years, sit atop a headband. A sensor protrudes from the band onto your forehead and a dangling clip closes the circuit when you attach it to your earlobe. The cat ears swivel and twitch in concert with your brain waves, a bizarre and surprisingly giddy sensation. Necomimi's contraption isn't particularly useful or flattering, but its brain-reading sensors underscore the kind of close, personal interaction that can occur when tech "talks." Paired with a smartphone app, what could this contraption share about our brains when we wake or sleep?

The point is this: smartphones aren't going anywhere. But instead of a focusing on the world within the phone's screen, the smartphone will be tuned more than ever before to the world around you.

We had the data in a relational database format in SQL, and thanks to ETL (Extract, Transform, and Load) software Talend, we were able to easily transform the data from SQL to Neo4j (the graph-database format we used). Once the data was transformed, it was just a matter of plugging it into Linkurious, and in a couple of minutes, you have it visualized—in a networked way, so anyone can log in from anywhere in the world. That was another reason we really liked Linkurious and Neo4j—they’re very quick when representing graph data, and the visualizations were easy to understand for everybody. The not-very-tech-savvy reporter could expand the docs like magic, and more technically expert reporters and programmers could use the Neo4j query language, Cypher, to do more complex queries, like show me everybody within two degrees of separation of this person, or show me all the connected dots…

We believe in open source technology and try to use it as much as possible. We used Apache Solr for the indexing and Apache Tika for document processing, and it’s great because it processes dozens of different formats and it’s very powerful. Tika interacts with Tesseract, so we did the OCRing on Tesseract. To OCR the images, we created an army of 30–40 temporary servers in Amazon that allowed us to process the documents in parallel and do parallel OCR-ing. If it was very slow, we’d increase the number of servers—if it was going fine, we would decrease because of course those servers have a cost.

For the visualization of the Mossack Fonseca internal database, we worked with another tool called Linkurious. It’s not open source, it’s licensed software, but we have an agreement with them, and they allowed us to work with it. It allows you to represent data in graphs. We had a version of Linkurious on our servers, so no one else had the data. It was pretty intuitive—journalists had to click on dots that expanded, basically, and could search the names.

Starting in 2010, EFF members have pushed tech companies to follow crypto best practices. We applauded when Facebook and Twitter implemented HTTPS by default, and when Wikipedia and several other popular sites later followed suit. Google has also put pressure on the tech community by using HTTPS as a signal in search ranking algorithms and, starting this year, showing security warnings in Chrome when users load HTTP sites that request passwords or credit card numbers. EFF’s Encrypt the Web Report also played a big role in tracking and encouraging specific practices. Recently other organizations have followed suit with more sophisticated tracking projects. For example, Secure the News and Pulse track HTTPS progress among news media sites and U.S. government sites, respectively.

But securing large, popular websites is only one part of a much bigger battle. Encrypting the entire web requires HTTPS implementation to be accessible to independent, smaller websites. Let’s Encrypt and Certbot have changed the game here, making what was once an expensive, technically demanding process into an easy and affordable task for webmasters across a range of resource and skill levels. Let’s Encrypt is a Certificate Authority (CA) run by the Internet Security Research Group (ISRG) and founded by EFF, Mozilla, and the University of Michigan, with Cisco and Akamai as founding sponsors. As a CA, Let’s Encrypt issues and maintains digital certificates that help web users and their browsers know they’re actually talking to the site they intended to. CAs are crucial to secure, HTTPS-encrypted communication, as these certificates verify the association between an HTTPS site and a cryptographic public key. Through EFF’s Certbot tool, webmasters can get a free certificate from Let’s Encrypt and automatically configure their server to use it. Since we announced that Let’s Encrypt was the web’s largest certificate authority last October, it has exploded from 12 million certs to over 28 million. Most of Let’s Encrypt’s growth has come from giving previously unencrypted sites their first-ever certificates. A large share of these leaps in HTTPS adoption are also thanks to major hosting companies and platforms--like WordPress.com, Squarespace, and dozens of others--integrating Let’s Encrypt and providing HTTPS to their users and customers.

Unfortunately, you can only use HTTPS on websites that support it--and about half of all web traffic is still with sites that don’t. However, when sites partially support HTTPS, users can step in with the HTTPS Everywhere browser extension. A collaboration between EFF and the Tor Project, HTTPS Everywhere makes your browser use HTTPS wherever possible. Some websites offer inconsistent support for HTTPS, use unencrypted HTTP as a default, or link from secure HTTPS pages to unencrypted HTTP pages. HTTPS Everywhere fixes these problems by rewriting requests to these sites to HTTPS, automatically activating encryption and HTTPS protection that might otherwise slip through the cracks.

Our goal is a universally encrypted web that makes a tool like HTTPS Everywhere redundant. Until then, we have more work to do. Protect your own browsing and websites with HTTPS Everywhere and Certbot, and spread the word to your friends, family, and colleagues to do the same. Together, we can encrypt the entire web.

To Amie Stepanovich, the U.S. policy manager for Access, one of the groups signing the petition, the status quo isn’t good enough. “It’s really crucial that even if the government is not pursuing legislation, it’s also not pursuing policies that will weaken security through other methods,” she said. The FBI and Justice Department have been talking with tech companies for months. On Thursday, Comey said the conversations have been “increasingly productive.” He added: “People have stripped out a lot of the venom.” He said the tech executives “are all people who care about the safety of America and also care about privacy and civil liberties.” Comey said the issue afflicts not just federal law enforcement but also state and local agencies investigating child kidnappings and car crashes — “cops and sheriffs . . . [who are] increasingly encountering devices they can’t open with a search warrant.”

One senior administration official said the administration thinks it’s making enough progress with companies that seeking legislation now is unnecessary. “We feel optimistic,” said the official, who spoke on the condition of anonymity to describe internal discussions. “We don’t think it’s a lost cause at this point.” Legislation, said Rep. Adam Schiff (D-Calif.), is not a realistic option given the current political climate. He said he made a recent trip to Silicon Valley to talk to Twitter, Facebook and Google. “They quite uniformly are opposed to any mandate or pressure — and more than that, they don’t want to be asked to come up with a solution,” Schiff said. Law enforcement officials know that legislation is a tough sell now. But, one senior official stressed, “it’s still going to be in the mix.” On the other side of the debate, technology, diplomatic and commerce agencies were pressing for an outright statement by Obama to disavow a legislative mandate on companies. But their position did not prevail.

Daniel Castro, vice president of the Information Technology & Innovation Foundation, said absent any new laws, either in the United States or abroad, “companies are in the driver’s seat.” He said that if another country tried to require companies to retain an ability to decrypt communications, “I suspect many tech companies would try to pull out.”