feature article
Subscribe Now

Absolute Zero Privacy

Pandora Walks Into a Bar...

John was up earlier than usual. The body monitor he wore on his wrist had awakened him during the perfect phase of his sleep cycle and told him that his heart rate and respiration were slightly elevated. It was almost certain – even though he exhibited no symptoms – that he was coming down with the flu. John’s smart phone also gave him the news, telling him additionally that he should not go into the office today in order to avoid infecting others. He was further informed that he had likely been exposed to the flu two days earlier while riding a commuter train – by the ten-year-old boy he sat next to. That boy was now mid-stage flu with a temperature of 102.1 and he was the 1,035th person confirmed with this particular strain. Antiviral medications had been ordered automatically for John, and they would be delivered by courier to his home within a few minutes. John’s wife and children had already been informed of the situation and had donned face masks for the remainder of their time at home this morning.

With predictions of over a trillion sensors deployed worldwide within the next few years, a scenario like this is not hard to imagine. In the near future, it is highly likely that most of us in the civilized world will be monitored by sophisticated arrays of cheap sensors, cameras, and other electronic devices during just about every aspect of our mostly-mundane lives. Furthermore, this data will be uploaded to gigantic server farms where it will be stored, aggregated, and correlated. Within the substantial error margins of our electronic devices, mankind will know more about our own day-to-day existence than has ever been known in the history of the world. 

This combination of sensors, internet-of-things, and big data will create a revolution on a scale similar to the advent of the internet itself. The potential upside benefits are almost unimaginable – less disease, reduction of accidents, elimination of crime and corruption – healthier, happier people populating a more sophisticated and informed planet. This vast intelligent array of monitoring devices will give us an enormous dose of the truth – on a scale we have never experienced before. 

The major casualty in this revolution will be the archrival of the truth – our privacy, secrets, and lies. 

As a thought experiment, imagine a world with this taken to the extreme – where every action of every person on the planet is known, every bit of information available, not just to a government, some authority, or nefarious ne’er-do-wells – but to anyone and everyone who wants to know – Absolute Zero Privacy. Obviously this is a potentially terrifying notion, as most of us can hardly bear to even consider having our entire lives laid bare – our deepest darkest secrets illuminated for the whole wide world to peruse.

Fast forward, however, to a time beyond the inevitable initial chaos. Transport yourself to a world where it has always been this way. Where every action of every person has been observed and accurately recorded – for the entire duration of their lives. Where the notion of lying is absurd, and the role of criminal justice is simply determining whether one’s actions fit the definition of a particular crime. Our behavior would be dramatically different in such a reality, where the idea of “not getting caught” never enters our heads. Actions would have a one-to-one correlation with consequences with no roll of the dice built in. 

At first, it might seem that such a world would be a paradise for stalkers and thieves- with so much information so readily available, but ironically stalkers and thieves rely even more on anonymity than their victims. The game would be changed with mutual transparency, and much of the means for what is likely a culturally-derived phenomenon would likely disappear.

It is almost impossible to picture how different life would be without the need or the possibility to guard secrets. No longer would we be comparing our behaviors and proclivities against some imagined standard of normalcy, but instead against the stark background of reality. There would be no more holding politicians hostage by threatening to disclose behaviors that might be seen as abnormal. Everyone would already know what that person had done – and just how normal or abnormal those activities were. Scandal might be replaced with understanding and generous apathy. Hypocrisy might fade from the lexicon.

While this might seem like some far-fetched scenario from a bad sci-fi novel, we here in the US have Edward Snowden to thank for reminding us just how fleeting our illusions of privacy may be. Living in the modern technological world, our secrets are fading rapidly – whether we like it or not. We are also reminded how complicated and conflicted our social response to such change may be. We are aghast to learn that our government saves records of all our phone calls, yet we have been perfectly comfortable for decades with the notion that AT&T, T-Mobile, Verizon, and other corporations retain that information. Why do we implicitly trust those companies so much more than a government ostensibly “of,” “by,” and “for” “the people”? Privacy is an odd asset.

Turning to our fiction for answers – “1984”, “Minority Report”, “Invention of Lying “(just to throw a spectrum out there) – we find a common theme of a sanctity of secrets. Our species and our culture seem to value privacy, secrecy, and even lying in a very primal way, and we guard it jealously – even in our imagined alternative worlds. Although seldom enumerated, we defend our “right to lie.” We want to be able to say, “I was at home sick,” when we were really at the mall or the golf course. It is hard to find a well-painted vision of a future with such aggressive transparency as we may actually face. 

The technology that will eliminate our privacy has largely already been created, and it is being democratized and mass-produced even as we speak. The white- and black-hats alike are waiting with anticipation, conjuring up new ways to harness the forthcoming explosive flow of truth. The saving grace just might be our ability to take privacy to absolute zero, for much of the power of information is in exclusivity. There is little value or leverage in knowledge that is universally available.

History has shown us an unwavering three-step roadmap for technology inserting itself into the social fabric. First: Invention. Invention cannot be stopped. With over six billion curious people on Earth, there is nothing anyone can do to stem the flow of invention and discovery. New technologies will be created. Second: Application, where we explore the myriad consequences of our new inventions – both good and bad. Often, our inventions are applied in ways that may have no relationship to the original problem being solved. Once an invention is released into the world, its application is out of the control of its creator.

Finally, we try to agree on some social norms and restraint for long-term integration of our invention. Whether we are talking about the atom bomb, peer-to-peer file sharing, or genetic engineering, we have seen time after time that we cannot stop technology from being created, we cannot easily anticipate the positive and negative applications of new technologies, and we always seem to be working out the social and ethical issues surrounding a new technology long after the fact.

It is this final step that will be critical in the sensor-driven, big data deluge that is coming down on our collective heads. We engineers have just unleashed something with almost unimaginable power. Now the world has to figure out how to handle it.

4 thoughts on “Absolute Zero Privacy”

  1. We tend to view “secrets” as bad things. If we have a secret, then it must mean we’re harboring some evil, and shining sunlight on it wouldn’t necessarily be a bad thing.

    But humans have some unsavory characteristics. Some people insist on defining a world and then holding everyone else accountable to their definition. Imagine a small, conservative country town in the 40s or 50s where dancing isn’t allowed. Perhaps a resident took a brief trip to some other place and danced. Or perhaps the moment caught him or her in a romantic setting with someone special, and they danced. Now they have a secret. One that wouldn’t matter anywhere else.

    I think that we have far more of these kinds of secrets than the really bad kind. And transparency won’t change the human desire to bend information to our own benefit and to the detriment of others if it suits our needs. So rather than having a post-secret environment where everyone can be open and no one cares, I think it will mean that everyone will have to curtail their activities to suit those with the most power. Imagine if Pat Robertson had real power – we’d all have to tailor our activities to suit his definition of what’s allowed. Since there would be no secrets, there would be no hiding.

    Doesn’t sound appealing to me…

  2. Kevin, not all science fiction has held secrecy and privacy sancrosanct. Check out “The Light of Other Days” by Arthur C. Clarke and Stephen Baxter. In that novel it’s not the kind of monitoring technology you’ve described that ends privacy, but something more radical: creation of the capability to create small wormholes that let one view any place and time in the past, i.e., to see “the light of other days.” Clarke and Baxter try to imagine the implications of such loss of privacy on society, and in contrast to “1984” and it’s ilk, it’s not predominantly negative. I’m not a huge scifi fan (though I have a fondness for Clarke’s writing), but this novel I found very thought-provoking. I read it many years ago, but still find myself thinking about it from time to time, when pondering issues like those you raise here.

  3. I love this, Kevin. You have solidified the jelly of ideas that has been floating around my skull for a decade now. Of course, you tilted it adroitly towards engineers. But I love this concept applied across the whole spectrum of human existence.

    The truth will set you free!

    The only time we will attain real privacy, is when privacy is eliminated.

    Privacy is currently defined, culturally if not by Webster et al, as the right to keep secrets, to retain, unshared, selected information. We like to pretend that this is a political issue, that we are democratic but always wary of tyranny. But basically, we’re terrified that our license to be hypocritical will be revoked. I don’t want it to be common knowledge that I get a boner when I smell Lindberger cheese and you don’t want anyone to know that you actually like pop music and dance when you’re alone.

    Just think how quickly people would have to get over themselves. We’d have to stop pretending we’re somewhere else in the bell curve. We’d have to face the reality of our own inadequacy, embracing and “forgiving” the multitudes of those equally afflicted with their own inadequacies.

    What we perceive as privacy is always the product of a delicate balance between expedience and exposure and how you feel on this issue says something about how comfortable you are with your own reality.

    I could go on . . .

Leave a Reply

featured blogs
Dec 19, 2024
Explore Concurrent Multiprotocol and examine the distinctions between CMP single channel, CMP with concurrent listening, and CMP with BLE Dynamic Multiprotocol....
Dec 20, 2024
Do you think the proton is formed from three quarks? Think again. It may be made from five, two of which are heavier than the proton itself!...

featured video

Introducing FPGAi – Innovations Unlocked by AI-enabled FPGAs

Sponsored by Intel

Altera Innovators Day presentation by Ilya Ganusov showing the advantages of FPGAs for implementing AI-based Systems. See additional videos on AI and other Altera Innovators Day in Altera’s YouTube channel playlists.

Learn more about FPGAs for Artificial Intelligence here

featured chalk talk

Versatile S32G3 Processors for Automotive and Beyond
In this episode of Chalk Talk, Amelia Dalton and Brian Carlson from NXP investigate NXP’s S32G3 vehicle network processors that combine ASIL D safety, hardware security, high-performance real-time and application processing and network acceleration. They explore how these processors support many vehicle needs simultaneously, the specific benefits they bring to autonomous drive and ADAS applications, and how you can get started developing with these processors today.
Jul 24, 2024
91,826 views