My Attempt to Become a Disney Cyborg — Part I

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So, we were standing around the virtual watercooler at TouringPlans the other day, and Joe was lamenting the fact that he was on his way to Orlando but had forgotten his AP at home. This led to what I assume was a joking suggestion from Julia that it would be great if we could just get microchipped with our theme park credentials so we didn’t have to worry about forgetting a MagicBand or something like that.

Well, that joke sparked a little experiment. You see, I already had a mild interest in something called biohacking, which is an umbrella term describing a desire to combine physiology, biology, and technology to be the best version of yourself. Prosthetic limbs and pacemakers could be examples of “biohacking” tech that have been around for years. It also includes a full range of concepts, everything from simple “body hacks” like controlling in a very specific way what you ingest, to “we’re from the future” stuff like implantation of sensors to do on-the-fly blood monitoring. 

What is Biohacking?

magic bandIt’s conceptually very broad, and a full discussion of what all it entails is beyond the scope of this article (and my expertise, frankly), but of particular interest is the increasingly common practice of implanting chips into your body, and then using them to help interact with things in your world. For example, you know those cards and keyring devices that you might use to access your parking garage at work, check into the gym, open digital locks, or maybe log in to your computer? What if you could do that by placing your hand against a sensor instead of rummaging around for an access card? Those all use RFID (radio frequency identification) tags. By implanting an RFID chip in your body and encoding the chip with certain identifying information (which most modern mobile phones can do out of the box with a free app), you can do all of that and more using nothing more than your body. Yes, really.

Well, here in the Disney community, we all use something that relies upon RFID to work — MagicBands. When you hold your band up against a sensor, the chip inside the band is energized and emits a tiny radio signal telling Disney who you are, and the system lets you do whatever it is you are trying to do. There are also chips inside the band that can be read by longer range sensors, for on-ride photos, and even triangulating our location in the parks.

This, of course, got me thinking — what if I could clone my MagicBand to an RFID chip implanted in my hand, and then just walk around the resort like a freaking Jedi, opening doors, checking into FastPasses and making purchases just by waving my hand? Gears began turning — and given the subject matter, I feel compelled to point out that these are figurative gears because I haven’t implanted any gears in my body (yet) — and I started doing a little research.

Safety and Security

Let me say this: I get it, this seems weird, to put it mildly. Half of the Disney community is lighting their collective hair on fire over privacy concerns with all of the data that Disney collects from us, and here I am, trying to make this device that Disney uses to collect our information a permanent part of my anatomy.  Is it safe? Is my data safe? Why would I undergo surgery just to avoid wearing a plastic bracelet a few times a year?

rfid tag info
An RFID tag does not contain information that is useful to an attacker standing alone

Well, knowledge is power, and one thing that I immediately came to realize is that it’s not near as scary or invasive as it may seem. In fact, microchipping is very popular in Sweden, and there are people boarding planes right this minute by waving their chip-implanted hands by scanners at the airport. Here’s what I learned:

 

  • It’s very small.The most common microchips are about the size of a piece of long grain rice (2 mm x 12 mm), and they are most commonly inserted in the fleshy area between your thumb and forefinger. Once it’s in there, you can feel it if you’re trying, but it’s not something that you notice, or that other people are going to notice day to day.

 

  • Because it’s so small, the procedure to implant it is very quick, not particularly invasive, and is basically like getting an injection with a fairly large needle. The implantation of a chip is usually done at a tattoo/piercing parlor by a professional, takes literally seconds, and you’ll walk out with a small bandage and that’s it. It’s really no big deal.

 

  • It’s not really permanent. If you want to remove it for whatever reason, that same piercing professional (or your doctor) can explant it with an only-slightly-more-invasive procedure. 

 

  • Your data is safe. The type of chips that are used for implantables are passive, which means that they do not broadcast a signal on the regular, and the information contained on it can only be read by having a reader or sensor close to it — and the primary chip, the one required for park entry, opening your hotel door, FastPass+ and purchases, requires it to be within a few millimeters. If someone is walking around with an RFID reader, they aren’t going to be able to access that information unless they are in physical contact with you, which hopefully means you’ve given them permission to do so. It would be dramatically easier for someone to just steal your wallet than to read your implant without you knowing it. There are some longer-range chips in a MagicBand as well, but…

 

  • The data that’s on there isn’t that useful to others anyway. One of the things that makes MagicBands particularly secure is that for the applications that matter most, just having the MagicBand isn’t going to do diddly poo for you. You need to match your band with your biometrics to enter the park, and you need to match your band with your PIN to make purchases. Furthermore, you’re not going to be able to use them for FastPasses if you haven’t used the band to enter the park (at least not for long). Finally, the data that is readable from an RFID tag contains no meaningful identifying information outside of the world of Disney parks, as you can see from the screenshot from my tag reader. If someone were to have a reader that could pick up the longer range tags, there is no way to tie that information to you — it doesn’t identify you, it provides an identifier that Disney associates with you, so without access to Disney’s database, the identifier is just a garble of numbers and letters that’s basically worthless to someone looking to do ill. 

For a deeper dive into safety and security from someone that knows a lot more about it than I do, take a look at this article

Getting Chipped

So, I went ahead and decided to give it a whirl. I contacted a local tattoo parlor that does microchipping, set up an appointment, and I was off to the races. The chip comes preloaded into a sterile syringe:

microchip implant assembly

The piercer began by giving the area between my thumb and forefinger a thorough, deep tissue massage to loosen things up. This was by far the longest part of the whole procedure, but even that was only a couple of minutes. She then thoroughly cleaned my hand, inserted the needle, implanted the chip, and that was that. The whole procedure took about 8 minutes, with the actual implantation of the device taking literally seconds. While I can’t say it felt great — it’s basically a shot with a large needle, and a shot is still a shot — it was not really a big deal at all and was only marginally more painful than a regular shot. Here’s what it looked like immediately after the procedure: 

hand post implant

You can see where it was implanted towards my wrist, but it’s a very small wound. The actual chip isn’t visible, but it’s a little to the right of the implant site. She put a couple of band-aids over the site, and I was on my way:

hand with bandaid

The area was slightly sore to the touch for a couple of days, but even the day after the procedure, I couldn’t feel it at all unless I touched it. All in all, it was a very simple process.

The next step is for me to clone my MagicBand (in this instance, copying or otherwise acquiring the info from one of my bands and writing it to this chip) and try it out at Disney. The good news, however, is that the chip in my hand can be written and rewritten hundreds of thousands of times, so I can use it for other stuff in the interim — you just pass your phone’s reader over the chip in my hand, and the phone will launch whatever app it needs. At times, I’ve had it set to my contact info, and I’ve also set to my daughter’s Girl Scout cookie web page so I could easily provide the link to people. Currently, it’s being used for this:

https://twitter.com/jrtoastyman/status/1222192563916103680?s=20

Annnnnnnnyhoo, I’m looking forward to trying this thing out and seeing if I can get all or part of the functionality of a MagicBand to work with nothing more than my hand. As a quick preview, I am already aware that I won’t be able to recreate everything a MagicBand can do, because a MagicBand has a battery, and my hand does not. With that said, the two most important RFID chips in a MagicBand are unpowered, so the hope is that I’ll at least be able to duplicate the close range functions, like park entry, FastPass+ check-in, unlocking my hotel room door and making purchases. I’ll report back after I’ve had a chance to try it out!

So, do any of you out there have a microchip implant? Got any other ideas for cool ways to use this technology?  Am I an idiot for trying this? Let me know in the comments!

 

James Rosemergy

When not planning for or traveling to Walt Disney World with his beautiful wife and impossibly adorable daughter, James practices law in St. Louis. He also really likes cheese -- and loathes kale. He can be found on twitter at @jrtoastyman.

12 thoughts on “My Attempt to Become a Disney Cyborg — Part I

  • January 30, 2020 at 2:46 pm
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    I’ll be watching for the follow-up on this. Thanks for trying this out!

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  • January 30, 2020 at 4:59 pm
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    Just because it can be done doesn’t mean it should be done. But I have to say I am curious how well this works. Keep us informed!

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  • January 30, 2020 at 6:22 pm
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    As far as I am aware, the rfid chip inside the magic band is not able to be cloned unless you are able to pass the encryption.

    A simpler way might be to carefully disassemble a magic band, and if possible remove the RFID chip to be made into an implant.

    Reply
  • January 30, 2020 at 9:06 pm
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    This is an intriguing idea, though personally I am taking a hard pass. I love my MagicBands! However, as someone who frequents the Swan quite often, I have many times wondered why the hotel can’t encode our room keys onto our MagicBands. Do you think this is something we could do ourselves, or are the chips in the bands not writable by anyone but Disney?

    Reply
  • January 30, 2020 at 9:09 pm
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    Could you put the chip in your butt cheek. Then you just have to wiggle your butt at the door to unlock the room and do a little tippy toe dance to enter the gates at security?

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  • January 30, 2020 at 9:51 pm
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    Rachael, this is a good question, and I’m honestly not sure what the answer is. It would surprise me if the chips in the bands were not set to be read only, so the folks at the Swan wouldn’t have a way to write to it. Even if they could, it would likely overwrite the other info on your band, which you wouldn’t want to do. It seems, through my albeit limited experience so far, that writing to these chips is an all or nothing affair. That said, I’m doing various experiments as part of this process, so I’ll check into it and report back in part 2.

    Reply
  • January 30, 2020 at 11:28 pm
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    Excellent, thank you!
    We will eagerly await your next installment.

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  • January 31, 2020 at 12:37 am
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    Awesome! I’m curious to see how it all plays out and the functionality of everything. Keep us posted!

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  • February 2, 2020 at 12:19 pm
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    OMGosh – I cannot believe that you did this! As an Nurse Practitioner, I would not be game to implant anything like this in my patient. However, they do it to our animals so I guess it’s ok…?!

    Reply
  • February 3, 2020 at 4:26 pm
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    Yeah, this is essentially an upgraded version of the devices we’ve been using for our animals for many years now. The primary difference from an implantation standpoint is that the devices intended for humans are much easier to explant if you ever decide you’d rather not have it in there anymore

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  • April 17, 2020 at 4:56 pm
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    Why does this remind me of the Disney show “Lab Rats”?

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  • June 18, 2020 at 11:29 pm
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    Hi James! I’m Jen. The first Disney Cyborg. Those pics that you have, are MINE. But you are wrong. They very much are implanted and have been used. And its WONDERFUL!!!!!

    Reply

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