What if cryptocurrency… wasn’t?
Sounds like a terribly clever Black Mirror episode, I realize, but it’s a serious question that’s come up more and more in conversations about cryptocurrency: is it really safe? Security has always been the core offer of bitcoin, Ethereum and their digital kindred. It’s right there in the name. Cryptocurrency equals currency, encrypted. It’s supposed to be so good it can be bad, as in, the security is so tight bad people can do bad things and nobody knows about it.
But despite the rep for felon-worthy security, the plain fact is that blockchain isn’t invincible. When it comes to secure exchange of funds, blockchain-based cryptocurrency is still probably your best bet, but as with all things “best” does not equal “perfect.” Blockchain’s advantages over conventional cash are clear: there’s no hard currency to steal or lose, no middleman to get up to nefarious doings, and the records are cozy behind the apex of information security. That’s great, but it’s not everything.
How to keep the crypt part of cryptocurrency
That being the case, in my self-appointed role as AG Crypto Guy (Pulitzers, call me) here follow several ways nefarious folks can eff with your fat digital stacks, and what you can do about them.
It’s a classic. Early on, cryptocurrency was spared the plague of Russian threats and Nigerian princes for the same reason as Linux: not enough there to steal. After Mt. Gox and other frankly spectacular bits of fraud (the word “trillion” occurs in the Mt. Gox story, and it’s not hyperbole) that is, to say the least, no longer the case. Bad folks are writing programs based on the same tricks they’d use to swipe normal cash – Trojans that skulk in the guts of your programs, scooping up secure data, phishing attempts to get you to hand that data over voluntarily – aimed at your digital dollars.
Solution: Operational security. Sounds fancy when I put it like that, but for our purposes “operational security” just means “stuff that you do” as distinct from “stuff your computer does.” If you keep a substantial portion of your value in cryptocurrency, protect it as tightly as you would anything else worth having. Have strong, single-use passwords for each service you use your coins of choice with. Keep offline backups of your cryptographic credentials. Use a good VPN. Think of it as the equivalent of keeping your bank password out of your Smart Lock list, and not putting your PIN on a Post-It.
The scourge of the new digital order. Seriously, who figured the robot apocalypse would come, not in the form of a deceptively soft-voiced computer overlord, but a houseful of mechanical morons? Well, except XKCD. And us. Anyway. The aforementioned bad folks are by no means especially bright, so they tend to be in favor of having other things do their thinking for them. As we put more and more computers into things, generally with less and less security, those people can make those computerized things do the thinking, and the hacking, for them. Hundreds, thousands or hundreds of thousands of dumb little computer brains can thus be put to work, crashing sites with overwhelming numbers of requests or brute forcing security information by inputting every possible option at the speed of Internet.
Solution: Get offline. Not entirely, obviously. That would rather defeat the purpose of digital currency. But the Mt. Gox folks got shafted because they kept their bitcoins in an online wallet, and through mismanagement, fraud or a combination thereof, they found themselves suddenly bereft of same. To avoid their fate, go with what cryptocurrency types call “cold storage”: keep your stash offline. No amount of digital malfeasance can reach data that isn’t connected to anything. When buying or selling on an exchange, restrict what you transfer to what you’ll use for that particular transaction, and use a wallet where you and only you have the public and private key. It’s only a little less convenient, and it’s safe as houses.
If the information revolution of the last four decades could be reduced to a single transcendent lesson, it is as follows: no digital solution, however elegant, fixes stupid. With something as new and deliberately opaque as cryptocurrency, it’s horribly easy to be stupid, and even easier for folks versed in the art of the steal to exploit same.
Solution: Learn. At least until we get a proper robot apocalypse going, this is something we h. sapiens can do that, as yet, our machine overlords can’t. Do the reading. Research different currencies and different exchanges before you lay out funds. Talk to people about their experiences before you invest. Nothing replaces legwork, digital or otherwise.
Proper hacking this time, none of this faffing about with turncoat toasters or email con games. No code is perfect. Some bad folks, alas, are exceptionally bright, and will from time to time find holes they can exploit.
Solution: Zen. Or “s$%t happens,” depending on your cultural framework. Cryptocurrency isn’t perfectly secure. Perfect security isn’t a thing. It’s just more secure than normal currency, especially if you have a philosophical problem with banks, nations or both. People have been scamming people through the medium of exchange since the medium of exchange was barter. Cash is safer than barter. Cryptocurrency is safer than cash. That doesn’t mean it’s perfect, just that it’s as good as it gets. Execute on the solutions above, and with any luck your Robot Future Money should stay where it belongs.
What is UI/UX? Take a little time to learn for free!
(TECH NEWS) For the all-time low price of—well, free—Invise gives you the option of learning a few basic UI and UX design techniques.
There’s no denying the strong impact UI and UX design has on the success of a website, app, or service—and, thanks to some timely altruism, you can add basic design understanding to your résumé for free.
Invise is a self-described beginner’s guide to the UI/UX field, and while they do not purport to deliver expert knowledge or “paid courses”, the introduction overview alone is pretty hefty.
The best part—aside from the “free” aspect—is how simple it is to get a copy of the guide: You enter your email address on the Invise website, click the appropriate button, and the guide is yours after a quick email verification.
According to Invise, their beginner’s guide to UI and UX covers everything from color theory and typography to layout, research principles, and prototyping. They even include a segment on tools and resources to use for optimal UI/UX work so that you don’t have to take any risks on dicey software.
UI—short for “user interface”—and UX, or “user experience”, are two critical design aspects found in everything from websites to app and video game menus. As anyone who has ever picked up an outdated smartphone knows, a janky presentation of options or—worse yet—a lack of intuitive menus can break a user’s experience far faster than slow hardware.
Similarly, if you’re looking to retain customers who visit your website or blog, presenting their options to them in a jarring or unfamiliar way—or selecting colors that clash for your landing page—can be just as fatal as not having a website to begin with.
The overarching problem, then, becomes one of cost. Hiring a design expert is expensive and can be time-consuming, so Invise is a welcome alternative—and, as a bonus, you don’t have to dictate your company’s vision to a stranger and hope that they “get it” if you’re doing your own design work.
2020 probably isn’t the year to break the bank on design choices, but the importance of UI and UX in your business can’t be overstated. If you have time to read up on some design basics and a small budget for a few of the bare-bones tools, you can take a relatively educated shot at putting together a modern, desirable interface.
Google set to release new AI-operated meeting room kit… and it’s pretty baller
(TECH NEWS) Google’s newest toy is designed to “put people first” by alleviating video and audio issues for conference room meetings.
Remote meetings can be the worst sometimes. The awful video and audio quality are frustrating when you’re trying to hear important details for an upcoming project. Even with the fastest internet connection, this doesn’t guarantee you’ll be able to clearly hear or see anyone who’s in the office. But Google is re-imagining conference rooms with their new video conferencing hardware.
Yesterday, the company introduced Google Meet Series One. In partnership with Lenovo, this meeting room kit is made exclusively for Google Meet and is poised to be the hardware that “puts people first.”
The Series One has several components that make it stand out. First is the “Smart Audio Bar,” powered by eight beam-forming microphones. Using Google Edge TPUs, the soundbar can deliver TrueVoice®, the company’s “proprietary, multi-channel noise cancellation technology.” It removes distracting sounds, like annoying finger and foot-tapping noises, so everyone’s voices are crystal clear from anywhere in the room.
The hardware also has 4K smart cameras that allow for high-resolution video and digital PTZ (pan, tilt, zoom) effects. Processed with Google AI, the device knows to automatically zoom in and out so all of the meetings’ participants are framed in the camera. With an i7 processor and Google Edge TPUs, the system is built to “handle the taxing demands of video conferencing along with running the latest in Google AI as efficiently and reliably as possible.”
The meeting kit has Google grade security built-in, so the system automatically updates over-the-air. The system also works seamlessly with Google services and apps we already use. Its touch control display is powered by a single ethernet cable. From the admin controls, you can manage meeting lists and control room settings. Powered by assistant voice commands, their touch controller provides a “touchless touchability”; if you want to, you can join a meeting just by saying, “Hey Google, join the meeting.”
These new meeting kits are easy to install and are versatile. They can be configured to fit small, medium, and large-sized rooms. “Expanding kits for larger rooms can be done with just an ethernet cable and the tappable Mic Pod, which expands microphone reach and allows for mute/unmute control.”
According to the Google Meet Series One introductory video, the meeting room kits are “beautifully and thoughtfully designed to make video meetings approachable and immersive so everyone gets a seat at the table.”
Currently, there is no release date set for Google Meet Series One. However, pre-orders will soon be available in the US, Canada, Finland, France, Norway, Spain, Ireland, United Kingdom, Sweden, Australia, New Zealand, Japan, Netherlands, Denmark, and Belgium.
One creepy way law enforcement might have your private data
(TECH NEWS) Wait, geofences do what? Law enforcement can pull your private data if you’re in the wrong place at the wrong time.
By now, it’s pretty common knowledge that our smartphones are tracking us, but what you might not be aware of is just how much law enforcement is taking advantage of our private data. Now, the good news is that some places have gotten wise to this breach of privacy and are banning certain tactics. The bad news is: If you were ever in the vicinity of a recent crime scene, it’s quite possible your privacy has already been invaded.
How are law enforcement doing this? Well, it starts with a geofence.
At its core, a geofence is a virtual border around a real geographic location. This can serve many purposes, from creating marketing opportunities for targeted ads to tracking shipping packages. In the case of law enforcement, though, geofences are often used in something called a geofence warrant.
Traditionally, warrants identify a subject first, then retrieve their electronic records. A geofence warrant, on the other hand, identifies a time and place and pulls electronic data from that area. If you’re thinking “hey, that sounds sketchy,” you are–forgive the pun–completely warranted.
With a geofence, law enforcement can dig through your private data, not because they have proof you were involved in a crime, but because you happened to be nearby.
This practice, though relatively new, is on the rise: Google reported a 15-fold increase in geofence warrant requests between 2017 and 2018. As well as invading privacy, these warrants have led to false arrests and can be used against peaceful protesters. Not to mention, in many cases, geofence warrants can be extremely easy to acquire. One report in Minnesota found judges signed off on these cases in under 4 minutes.
Thankfully, there have been signs of people pushing back against the use of geofence warrants. In fact, there have been multiple federal court rulings that find the practice in violation of the Fourth Amendment, which protects citizens from “unreasonable searches and seizures,” including your electronic data.
If you’re still worried about your privacy, there are ways to keep your electronic data on lock. For example, turn off your location services when you’re traveling, and avoid connecting to open Wi-Fi networks. You can also work to limit location sharing with apps and websites.
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