What happens when you pair up the most buzz-worthy car with the most viral game? You get a giant Pokémon Go car that looks awesome and will help you catch them all.
Pokémon Go Tesla
A guy named Jeff, an editor for Pink Java Media enjoys playing Pokémon Go so much that he threw a little caution to the wind and poked around with his Tesla until he got it to install the popular game, making the most creative use I’ve seen out of the Tesla’s 14 inch display with GPS and a camera built in. “It’s not perfect,” Jeff said. “The Tesla’s display cuts off some of the game; I haven’t been able to fix that.” Probably more challenging is that the built-in camera the Tesla provides is a back-up camera, intended for assisting with, well, backing up. This, of course, means that Jeff must put the car in reverse in order to catch Pokémon.
How Did He Do It?
According to Pink Java, Jeff completed this feat with “a little bit of luck, some old-fashioned ingenuity, and an ethernet cable”, but that’s all the detail provided. I guess we’ll have to wait for him to document the process and just catch Pokémon with our phones like regular folk.
What is Pokémon Go?
Pink Java does a great job of summarising the game in their own article about Jeff’s adventure:
Pokemon GO is a smartphone game in which players chase and capture virtual creatures using geolocation. The phone’s camera makes it seem like these fanciful beasts are right there with the player in the real world, with different creatures appearing in different places.
When asked what Jeff had in mind next for his Tesla, he responded, “Tinder,” he said with a smile. “Going to see if I can swipe right with my turn signal.” I’d like to see how that works out. What would you like to see Jeff hack into his Tesla?
In November of 2013, I was pretty excited to hear about a digital credit card that could replace all of my physical cards for fifty bucks. It was an early backer price and seemed a bit high for taking a chance on something new, but my mind couldn’t let go of the idea of it. Sometimes I see an innovative new gadget and I just have to have it. As Kickstarter was gaining momentum, I felt comfortable giving it a shot and handed over my money. Even though I knew I’d have a wait ahead of me, I often wondered over the next nine months when it would come. In August of 2014, my Coin 1.0 arrived. More than a year later, Coin 2.0 was released and I was upgraded for free.
Coin Digital Credit Card
What is a Coin digital credit card?
Before I get too far into my personal observations, I should take a moment to talk about what Coin is. Coin is a smart device, the size of a single credit card, that can store the information of up to eight credit cards and work as any of them when swiped. It has an e-ink display to show which card is selected and the last four digits and expiration and a button to switch between cards. Coin also has the ability to set up a Morse code style password so you can unlock your Coin with a few short and long button presses when your phone is not nearby.
One year with Coin 1.0
While I’ve had Coin for a year, I’ve honestly only used it for a few months total. For starters, it didn’t always work when I would swipe it. Almost half the time, I had to try again and too often, I wound up pulling out the actual bank-issued card to complete the transaction. Coin’s two big selling points for me were convenience and security. Having to try multiple times and eventually use my other cards sometimes eliminates the convenience I would otherwise gain with a single card to carry around. That said, I now only carry my Coin and one major credit card.
As for security, the thought is that I no longer hand over a card to someone who can simply copy the numbers and make purchases online. Additionally, my Coin (and by extension, all my credit cards) become unusable when away from me for more than 7 minutes. I always worry that my server at a restaurant won’t get it swiped in time, but it hasn’t been a problem yet. Of course, the other side of the security argument is that I now have all my credit card information in a device that uses Bluetooth. What if it gets hacked? I use an RFID shielded wallet, so I’m more concerned about someone obtaining access to my phone than I am my Coin.
The several months in between usage can be explained by the fact that I’d get a new phone and have to enter all my cards again. For the sporadic level of swipe success, it sometimes felt like something I didn’t even want to bother with and my Coin would sit in a box on my shelf for a couple months.
Coin Digital Credit Card
Coin 1.0 and 2.0 Compared
Using a coin is pretty simple and basically the same with both versions. When I’m getting ready to pay, I just pull it out and choose the card I want to pay with and hand it off to the cashier or swipe it at a terminal. With both versions, most cashiers are awestruck having never seen something like this before and usually tell me that they think it’s pretty cool. It can be nice, but it also means I usually have to tell them what it is and how it works when they ask. The first incarnation of Coin – despite a long wait that included being envious of west coast beta testers – did not always work. Above all, that has been my biggest complaint. As mentioned above, just under half the time, it would not work on the first attempt. Thankfully, improvements have been made to really cut down on this. While I’ve only had Coin 2.0 a week or so, everywhere I’ve tried it was a success. There was one place it failed on the first try and I immediately reverted to my bank-issued card because there was a long line behind me.
The Morse code security feature hasn’t proven useful for me yet. The one time I left my phone in the car, I completely forgot that I could unlock the Coin without it and just grabbed my phone. Had I remembered the feature, I don’t think I would have remembered the code. For others, this may be an indispensable feature, but to me, it’s just a possible security hole if I lose my card. Luckily, the Coin app will tell me if it can’t see my Coin when the Bluetooth connection drops. This is another great feature for other people, but not as much for me. Having a shielded wallet means that every time I put my Coin back in my wallet, the app thinks I’ve left it behind. This is an acceptable trade-off, I suppose.
Coin comes with an internal battery that will last about two years with “normal” use. Normal use is defined as using your Coin about 5-6 times a day. I’m assuming I’ll get up to 3 years out of mine since I don’t use it nearly that much.
EVT and NFC are concepts new to Coin 2.0. While the new Coin doesn’t have an actual EVT chip, NFC provides a contactless form of EMV payments. It seems that this will only be useful for cards that support EVT. While shopping earlier this week, I attempted to tap to pay with both of my cards and it simply would not work. This was at a single merchant and I have yet to try again. This was one of the key upgrades with Coin 2.0, so I’m hoping it will prove to be a usable feature for me.
Coin is a great little device, but it has found its struggles as the pioneer in an odd little niche product market that seems to have caught on in the last year or so with a few competitors. Despite the challenges, Coin has done well to support those who believed in it by giving free Coin 2.0 upgrades to early adopters, but it will need to work hard to keep up as competitors innovate with new features. Coin 2.0 offers much needed improvements, but unless there’s a feature-rich Coin 3.0, it will probably be the last of its line. At $99 with a two year battery life, you’ll be in for about $50 per year, which is still not bad if you’re able to make the most use of it.
In a few months, I’ll be taking a tour of NASA’s Space Center in Houston, TX and geeking out over all things space. This is a big deal for me as I’ve always been keen on the idea of space travel and have long yearned to leave Earth’s gravity behind for the thrill of extra-terrestrial travel. This is also why I’m excited to see Amazon’s New Shepard rocket successfully re-launch today.
The Commercial Space Travel Race
In 2007, SpacePort America was announced and is now offering tours and hosting rocket and spaceship launches. The next year, Virgin Galactic announced SpaceShip Two, promising to make space flight commercially available, but that hasn’t been without its troubles. In 2014, SpaceShip Two crashed, killing one of the pilots. Meanwhile, Elon Musk (PayPal, Tesla) and Jeff Bezos (Amazon) have been racing to be the first to launch and land a rocket for re-use. Hours ago, Amazon’s Blue Origin won that race by successfully re-launching New Shepard, which had launched and landed late last year. Musk’s, SpaceX hasn’t been far behind, launching and landing their Falcon 9 rocket just a month after New Shepard.
The Future of Passenger Space Travel
While Virgin Galactic has been pre-booking seats to space for quite some time, the reality is that none of these companies are flying the rest of us normal people into space yet. There’s still a lot to work out in terms of safety and stability. Once the safety issues are completely ironed out, there’s still the matter of cost. Currently, Virgin Galactic requires $250,000 to fly and I’m sure our other options will come in around the same price. As these companies figure out how to fly more people at a time and lower their costs, we should see the prices come down some, but I don’t expect to spend any less than 5 figures for a long time. Still, this re-launch of New Shepard is a big deal. Every subsequent launch reduces the overhead costs to Amazon’s Blue Origin, which we can only hope will lower the cost per seat.