#BionicManDiary entry 005: The one which offers 10 answers to the question: ‘So what does this biochip serve for?’

I was repeatedly asked the question: “Once you decide to become a cyborg, how would your current routine change?” Today I’m going to give you 10 answers for this questions

#BionicManDiary: 10 ways to use biochip in everyday life

From the moment of my biochip injection I have been repeatedly asked the same – almost Shakespearean – question: “Once I decided to become a cyborg, how did my current routine change? What’s the point in modernizing myself?”

Today, I would readily answer this in 1001 different ways, and the number of use cases I was able to explore meanwhile continues to grow exponentially, literally day by day. Let me share some of the most realistic and feasible ones with you.

1. Opening any lock by touch

A couple of years ago I spoke at one of those backstage events for IT engineers, where I, absolutely seriously, talked about a possibility to completely get rid of door keys in their current fashion.

On paying the accommodation a client, armed with a Bluetooth/NFC-enabled smartphone, would be able to plainly come up to the door and just open it

In order to heat up the discussion, I bet a bottle of cognac (know your audience, hah!) on the odds of the HoReCa industry being the first to bid farewells to this rudimentary security technique: I vouched for hotels, in particular, to be able to generate unique temporary electronic key on the client’s smartphone during the process of reserving accommodation through online services like Booking.com.

Consequently, on paying the accommodation a client, armed with a Bluetooth/NFC-enabled smartphone, would be able to plainly come up to the door and just open it. The reception, which currently acts as an intermediary in this process, would then be phased out, thus optimizing infrastructure costs for hoteliers.

I don’t even talk about the benefits of this approach for AirBnB users who, generally, claim the process of passing the key is one of the most annoying part of process.

A part of the audience laughed at my speech, calling it utter bullcrap. The other part, having hopes for a bottle of cognac, admitted this scenario is meant for a relevantly distant future (20 or 30 years from now). It seems now that there was one more group among the audience who took it all seriously. In fact, recently I have received a message from the Starwood Hotels customer service: 

#BionicManDiary: 10 ways to use biochip in everyday life

So, now I can claim that the following happened: I – the planet’s first ever professional cyborg – literary, sent myself into the past in order to <del>save John Connor, a would-be leader to anti-machine resistance, and stop the Apocalypse</del> predict today’s present to a group of developers. This future is the one where, with a biochip in your hand, the need for any ‘real’, ‘hardware’ key to any lock is no more. A biochip can obtain and keep admission rights to any lock, whether the one for a hotel room, a house, a garage or a car.

2. Driver license and passport replacement

What, essentially, is a driver’s license? It is a very damage-prone piece of plastic with an owner’s photo adorned by holograms, as well as his/her first/last name, date of birth, unique number and checked vehicle categories.

The State Road Safety Inspection has long abandoned their hopes for impossibility to fake beacons, “flags”, licenses and badges (no hologram would protect from that, really). That’s why, once a vehicle is pulled over by the police, an inspector checks a driver’s license and a vehicle certificate against their database to find out whether the shabby piece of plastic is legitimate (and whether the bearer is an OK guy).

How would the procedure look like with a biochip in play? The inspector presents the reader through the windshield, I touch it with my hand – and that’s it. The inspector, after all, does not need the piece of plastic, he operates the information: he uses the number of the license to search the respective entry in the database, and then sees whether the photo matches my face. What element contains this identity information, whether a piece of plastic in the wallet or a piece of silicon under the skin, would not matter to him.

#BionicManDiary: 10 ways to use biochip in everyday life

Moreover, the chip has certain advantages in this respect. For example, the information contained by the chip is encrypted and available only to an inspector who has a state-issued mandate to read and decrypt driver’s data when on duty; this mandate would immediately become invalid as soon as the inspector’s shift ends.

3. Universal discount card

I have a friend, who is an outright shopaholic (anyone has such a friend, and, most probably, in the majority of cases her name is Julia). Her wallet has been unable to contain all discount cards, so she has to carry around an additional discount-card-only wallet, a kind of the Colonel Colt’s revolver.

Why would you continue to grow the number of these otherwise useless pieces of plastic, again? All you need is just user ID which can be stored in biochip

Companies value loyal customers, so they put a lot of effort into deploying various loyalty programs: users who are frequent shoppers get a ‘thank you’ enhanced with corresponding valuables in return to any purchase. There is a problem, though: there are many shops and just one customer <del>to shop them all</del>.

Why would you continue to grow the number of these otherwise useless pieces of plastic, again? The very concept of a discount program is based on the unique client ID. The rest is conveniently stored in a database on a server.

If you use a biochip to store your credentials, the scenario look a lot simpler: once you touch the reader with a hand, you get a discount, as the cashier machine would instantly recognize you in the loyalty program database.

4. E-Wallet tethered to bank cards

Well, since I am enabled to touch readers with my biochip-injected hand, why not pay with it instantly? Using NFC for payment is already reality.

If everything works fine, in one of my #BionicManDiary vlogs planned for the upcoming months, I would be able to demonstrate the ability to pay with a biochip in Starbucks. If I succeed, I will try to perform all my daily financial operations with help of the biochip.

#BionicManDiary: 10 ways to use biochip in everyday life

5. Patient record + insurance certificate

Contrary to their advertised promises, insurance companies are not willing to pay money for nothing. The insurance business is a product of the sophisticated probability calculus which is based on the insurer’s access to the fullest record of the insured’s health and modus vivendi, which is then used to identify the terms of the contract.

That’s exactly why even in case of mortgage programs the insurance company requires an applicant to have a full-fledged medical examination in order to avoid initially unprofitable insurance certificates. You know what I mean. Unfortunately, medical databases are different for all medical institutions, patient records are frequently lost even in commercial healthcare organizations, and the full patient record is, in most cases, unheard of.

This is something which is not beneficial for anyone, whether an insurer, a doctor, or a customer. A chip might serve a permanent storage for full and detailed patient record, including information on minor diseases, all purchased, prescribed, or taken meds, vaccinations, test procedures (like blood tests, X-ray, MRI) combined with the respective test results.

This will help, firstly, to substantially decrease the number of erroneous diagnosis cases when a patient is examined by a new doctor; secondly, it will immensely cut down the costs of insurance and of medical services themselves: many of the repetitive tests would not be necessary then. The process of getting an insurance certificate would just be limited to touching a reader with a hand.

6. oAuth for any online service (log-in via biochip)

The very essence of password is an unhuman thing: a regularly changed set of numbers and symbols is a very convenient solution for a computer: it ‘thinks’ these symbols, after all. As for a human, the task of regularly creating a new, unique, sophisticated password for each service is practically unbearable.

Many large enterprises are seeking ways to solve the ‘password problem:’ they try to eliminate it as such, or at least, make the entire log-in process easier for people. It is highly likely that you have been using the ‘Log-in via Facebook/Twitter/etc’ capabilities for quite some time. It is a convenient approach, after all.

But as soon as I have turned into a #BionicMan, I realized that there are things I become increasingly less tolerant towards. For example, I am not eager to share information on apps and services I use, as well as on whom I interact with and how frequently with Facebook or whoever.

In the Internet of Things era the proliferation of such authorization capabilities effectively urges me to let Facebook, Twitter, and Google into my smart home/car, or my private life. The task of constantly creating and changing safe passwords for connected fridges, TVs, coffee machines and other appliances is the Sythyphus labor and no one in their right mind would be inclined to do this voluntarily.

It bugs me that I really get what interest Facebook/Twitter/Google/Yandex have in my data, whereas for me this need seems a tad controversial. Curiously, all those companies really believe that the convenience of the authorization process justifies the unlimited access to my private data.

But this is not the case; I (and I am sure many ‘connected’ people would stand for this cause) would better prefer to use ‘Log in via biochip” capability and guard all the information on which service and when I logged in in my personal encrypted storage. Or better, to ultimately skip this step in authorization process and log in to the system, email, and other apps directly with a simple touch.

7. Internet of Things and Smart Home setup

Imagine your entire household is connected, including locks, lighting, faucets, radiators, a coffee machine, a microwave, your cat’s collar, etc.

Now, whatever your creed is, imagine you live with a family of 3-5. Everyone has their preferences towards the way your smart home functions: to how bright the lights are, to the indoor temperature, to the sort of coffee, or to the brand and sort of water to purchase via your smart fridge.

#BionicManDiary: 10 ways to use biochip in everyday life

In order to make life in a smart home a pleasant experience, your home should always watch you and adapt to your needs. Once, say, John enters the room, the lights turn on, and a Guns ‘n Roses album is played on iTunes. When he goes to the hall, the music is now played through the speakers in the hall, whereas in the room he was before everything turns off for the sake of saving on utility bills.

Jane, under the same circumstances, will enjoy a comfy twilight atmosphere and listen to The Moonlight Sonata via Google Play, as she uses the Android ecosystem.

With a biochip in play, this scenario is real. A person would not be forced to think of how to tame IoT, s/he just lives a life, while his/her smart home ‘sees’ his/her biochip, studies movements and touches, learns to live with its master. And, consequently, makes the owner’s life much more enjoyable.

8. Universal ticket to anywhere

Many ask for paper air or train tickets and public transportation cards… Yes, yes, and yes, a person with a biochip would not need them all.

The principle in this case is the same as that of the discount card use case I mentioned earlier. From the machine’s perspective, a ticket is just a unique set of symbols which corresponds to a permission issued to a person to travel somewhere. Whether a ride on any kind of transportation, Hans Giger’s exhibition, or a U2 gig, a ticket can be paid for or presented at the terminal via a biochip.

9. Anti-theft protection for smartphones, laptops, or other devices

One of the most realistic use cases for a biochip is its use as an additional authentication factor to existing means of security.

In real life it would look as follows: you have a smartphone protected by a password which, when entered, unblocks the phone. If your device was stolen, a culprit might be able to guess the password, or even know it from the start, and then access your critical data.

But if you activated biochip-enabled protection, a smartphone would not start in someone’s hands, so, even in the case of a thief knowing your password, he won’t be able to access the info.

10. Commanding a personal robot army

Believe it or not, a 9-year old kid asked me (and he was damn serious): “When will you show me your army of robots which you will use to conquer and rule the world and maintain peace of Earth?”

At first, I was a bit stunned, but then the kid turned out to be a huge Isaac Azimov’s fan (thank God this generation is not completely lost!), and we had a fascinating discussion which in the end made me think twice about his question.

Theoretically, a human exploring potential symbiosis between a living organism and a machine would be one of the first to assess hidden aspects of this ‘partnership’ and learn to command the IoT while having, say, ‘elevated’ access privileges.

There would be an inclination to use it for someone’s personal ambition. Whereas I do not dispute the good intentions I personally, or we at Kaspersky Lab have, I wouldn’t be so sure about cybercriminals.

Many other questions arise: what is the bionic man of the not-too-distant-future? Does he have to follow three laws of robotics along with common legal and moral code of conduct? Does he count electric sheep when going to bed?

Let’s mull this over – I would be grateful for you comment and questions.

#BionicManDiary Entry 001 — The story of how a chip was implanted into my body
#BionicManDiary Entry 002 — The one where the chip started to toss and turn at night
#BionicManDiary Entry 003 — The one where I bypassed the smartphone’s password
#BionicManDiary Entry 004 — The one in which Star Wars turned to be much closer than in the galaxy far, far away