<center> <b>I’m going to outline three (3) basic security measures that the average person can do. A lot of my friends, family, and acquaintances are new to the cryptosphere, and crypto is only becoming more mainstream, daily. As a community, we should help these new people, or noobs, get well acquainted with how to secure their assets, lest they fall prey to the greedy hamburglers of the internet. </b> 
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***5-7 min read*** </center>
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 <center> <h1>Welcome to CloudConnect Studios!</h1>
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There are a few things you can do which are conceptually and/or literally similar to any secret or valuable security measures.

<h2>Ex)</h2>
You are trying to use a web based crypto exchange. Let’s say [Coinbase](https://coinbase.com).

<h2> Password and Username/Email </h2>

Just like any internet site with a login, you will have a password and email. [Coinbase](https://coinbase.com) asks for a lot of KnowYourClient (KYC) information like SSN. Better reason to secure yourself.

Some things work for people better than others based on what resources we have. If you have a physical safe, bolted to the foundation, great. If not, we can go down a short list of different concepts which help us have secure username/password combos.

<h4>The first concept</h4> is a quality password. Use lots of unusual characters from different categories (#, letter, punc., accented letters). Brute force password solving (which for a lot of cases is also protected against by the website’s own security protocols like [Cloudflare](https://en.wikipedia.org/wiki/Cloudflare)) works when there are not a lot of possible combinations, right?

Every new added possible character adds exponential difficulty to the solution. Don’t get lazy. One possibility is to use a phrase like, “pie eating contest,” and distort the sh*t out of it, e.g. “Pi3_aighT1n}G#8#te~+.”

When you make unexpected moves it may increase your security. Change the order of words in the phrase. It only needs to contain characters within the accepted characters list on the platform.

<h4>The second concept</h4> is decentralization. You can put your credentials in multiple secure places.

Try putting them in an electronic document, like a .txt file (text file) and in a small notebook.

<center> <b>Text files are super accessible through right clicking a folder or desktop on Windows, for example. </b>
![Screenshot 2018-02-15 at 19.24.08.png](https://steemitimages.com/DQmcBCBXEGoqE3EnePbK6XD3PBDsBRAuNV55v8dcga9ecMq/Screenshot%202018-02-15%20at%2019.24.08.png) </center>

Put the .txt file on an offline storage device (i.e. flash drive or external HDD/SSD), put the notebook in your safe, and memorize your credentials.

You can go further by [encrypting a word document](https://www.isumsoft.com/office/encrypt-decrypt-word-2016-document.html)

Or finding some other way to password protect your document, AND your storage drive. This depends on the type of drive and your OS. Consult google.

<h4>Third,</h4> but surely not last, is LOPA (Layers of Protection Analysis).

<center> ![](https://steemitimages.com/DQmdS2pb4w4mwkxJZnR8wQQWwHS2rd4guP8ajEbnEtCZdLS/image.png)
 </center>


Think of a cold day, wear layers. Think of a sunny day, hat or sunscreen. Think of a rainy day, raincoat, umbrella, boots.

Think of flying in space, they use 14 layers of protection in a spacesuit!

The writer is a Chemical Engineer, and even in extractions or safety analysis, adding extra layers or stages takes things to another level! That way your protection is more robust, i.e. it can protect against more or stronger threat to stability.

<h2>Authenticator Apps</h2>

The seemingly most widely supported app is Google Authenticator for [Android](https://play.google.com/store/apps/details?id=com.google.android.apps.authenticator2&hl=en) or [IPhone](https://itunes.apple.com/us/app/google-authenticator/id388497605?mt=8). This is another layer of protection, called 2-Factor Authentication. 2-FA basically is a second password. Preferrably it is in a different place than your other passwords, but it is still pretty extreme to get two safes with different combinations at different locations with different books for 2-FA, but hey, sometimes what you’re securing is worth it.

It's pretty simple for most applications. Write down your secret key (string of letters and numbers). ***The secret key is given to you by the website.*** Then hit the plus sign:
<center> ![GAuth1.png](https://steemitimages.com/DQmZ2oaW9eX4scsSGbbeWLqwqpwnuGXvZpLaNHWvn2Yp3w2/GAuth1.png) </center>

then:
<center>![GAuth3.png](https://steemitimages.com/DQmZhQrm2hFhi5RRKfCeBMYG7EYFuataMxt4hs5NcZwm2yB/GAuth3.png) </center>

Google Auth uses magic Google encryption and a secret key to create a time-dependant, 6-digit number code. Every minute, the code changes, so if some dou*he is standing behind yo oblivious a$$ typing in your passwords, she/he would not be able to get through your security! Near foolproof, as nothing is truly foolproof ahahahh.

<center> <b>So, until Google gets d*ckslapped like Equifax, we should be good…</b> </center>

Coinbase uses Google Authenticator, like many sites. If you don’t have a smartphone that option is not possible.

There are many ways to implement 2-FA, like text or email, but with any security system, it is as weak as the weakest point of entry.

Imagine if Fort Knox had an unmonitored window in the back you could just smash and pass through. Well, it might work, if you can get past the various forms of visible and invisible electromagnetic spectrum imagery, radar, land, electric and razor fences, laser-triggered machine guns, battalion of police, 20+ ton multi-factor vault door, etc., etc.

They have many ways to slow people down and prevent access. One of the best security measures is to waste someone’s time unraveling a [Gordian Knot](https://en.wikipedia.org/wiki/Gordian_Knot). For that, use your imagination and your resources to confuse, bore, and complicate things. Think convoluted and redundant, then multiply by 256 for added overkill.

<h2> Physical Keys </h2>

The last one I will write about in this post is a physical key for securing digital assets. A prime example of this is a [Yubikey](https://www.yubico.com/).

Make sure what you’re using is compatible with the key, which looks like a USB drive. It is a USB drive but it’s sole purpose is to hold a keychain of secrets. Yubikeys can be custom made for a specific thing, or you can get a fancy Yubikey 4 or NEO for a variety of uses.

For example, a [Yubikey NEO](https://www.yubico.com/product/yubikey-neo/) can use [NFC (Near Field Communication)](https://en.wikipedia.org/wiki/Near-field_communication) as a means to deliver a password. That means that you could even use it to open a real door (with NFC key readers), or anything that is compatible with NFC and Yubikeys. I know that many phones can use NFC, too, and they are frequently linked to bank or credit accounts to make payments with your phone.

If you use a difficult password (with multimedia backups), Google Auth behind a phone login key, and a Physical Key, someone would have to steal your password, your phone, your phone’s password, and a physical key from your cold dead bo-- I mean your hand, to get to your online assets.

That is based on the assumption that you have it on a website who has better security than you.

I will talk about some of the basic ins and outs of offline storage in another post, later.

I hope this post has gotten you further in your knowledge to protect your crypto assets. Post in the comment section for suggestions or questions.

Find us on Facebook or here on Steemit @cloudconnect

Peace
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