The sleek diamond edge design gives it a premium look

A look inside the gaming beast. It has 4 cooling fans and over 10 heat pipes

The rig has a mechanical keyboard and a tactile numerical pad that can be flipped over and turned into the trackpad/mouse

In case you're wondering, this is how it would look if you carry it around

Acer also introduced their infrared facial recognition sensors for account logins.

The EyeX tracker system is kinda like an advanced version of Samsung's "Smart Screen" feature in their phones. It tracks where you're looking and points there, so when you're gaming, just look and shoot.

These new image leaks reveal how sexy the Samsung Galaxy S8 will be!!

The 5.8" S8 (left) and the 6.2" S8+ (right)

Images are from /LEAKS

In"Desktop Mode", the screen is split into two in landscape orientation to enhance multitasking

Home screen (S8) and the lockscreen (S8+). Notice the absence of the physical home button? The fingerprint scanner is now at the back, on the right, next to the camera

Contacts
This new touchwiz UI is the next big thing. I love the navbar buttons

SGS8 Specs Sheet

SGS8+ Specs Sheet

I'll be dropping a massive hacktorial (hacking tutorial) 10 or 11 hours from now. In the meantime, share this channel to as many people as possible.
Use this invite link below:

https://t.me/joinchat/AAAAAEA5gUa5uDrWT7mepg

Sorry, I couldn't do that tutorial on SMS spoofing. While there are many 'software' and websites that help you do that online, all of them are pricy and the creators track every text you send.

There was a way to do that without spending a cent and without being spied on but it requires you to install BackTrack 5, an outdated Linux distribution. As I mentioned BackTrack is outdated and replaced with Kali, so the downloads are discontinued. (No website, legally, offers BT downloads these days).

As I said, I'm sorry, I'll make it up to you when I do another tutorial, this time that requires Kali Linux, which you probably already have since the WiFi hack we did some time back.

Accessing the Deep Web
</lesson_001:> Tor Networking

In this guide, I'll show you how to access the deep/dark/invisible web. You don't need special coding or hacking skills to do it. Stay tuned!

Understanding the Deep Web

The deep Web, sometimes called the invisible Web or the dark web, is the large part of the internet that is inaccessible to conventional search engines. Deep Web content includes email messages,chat messages, private content on social media sites, electronic bank statements, electronic health records (EHRs) and other content that is accessible over the Internet but is not crawled and indexed by search engines like Google, Yahoo, Bing or DuckDuckGo.

Statistics show that the clear web (visible web; the one we surf normally) contains only 4% of the Internet's content, the dark web contains the remaining 96%. These may include drug deals, child porn, and other illegal stuff

@TechByte

How to Access The Dark Web

There are many ways to access the dark web. Being a part of the deep net, dark web operates differently than the clear-net, and needs special client software to be accessed. While there are multiple ways to access the dark web, the most common and recommended method involves using TOR, and then visiting the .onion websites. All dark web website have a URL with .onion domain, which looks similar to the way the clear-net websites have .com, .org, .net, etc. Once you have TOR and find out the .onion address of a deep web site (hidden web site),you can simply enter it in the URL bar on TOR browser, and it'll open, just as normal websites open in usual browsers.

If you read the previous boring section, you'd see that I mentioned how the dark net often uses uncommon communication protocols, etc. In case of the dark web, we see that phenomenon with respect to the onion websites. I won't go in much depth, but first look at a .onion URL suggests that it's similar to the clear-net websites. However, internally, the way they work is nothing similar to the clear-net. Precisely, .onion is not part of the internet's DNS root, and hence, normal DNS servers can't resolve your request if you type the URL of a .onion website on your browser. TOR redirects these requests through it's own servers, similar to the way proxies work, and then we get to the website, without the involvement of DNS servers anywhere. This ensures that search engine bots can't browse around the deep web, and that anonymity is maintained, both of the client looking at the web pages, as well as the server serving the web pages (In other words, the server doesn't know who the client is, and the client doesn't know anything about where the server is.)

If you're using Windows, you can download the Tor executable below, if you're on another OS (Linux, MacOS), tap on the button below the file.

@TechByte

Finding .onion websites

Now that you have what looks like Mozilla Firefox running in front of you, ou can simply enter normal URLs and enjoy surfing the web with privacy. However, we are here to browse the dark web, and we have no idea what to enter in the URL bar.

The solution is simple, just head over to the hidden wiki (click on the button below for the link; it opens only on Tor Browser), and you'll have a list of websites you can go to. You are now surfing the dark web. This is the furthest I'm taking you, and from here on, you can go wherever you want. You can simply click URLs on the hidden wiki like you'd do on a regular browser, and the website would open. Regardless of what happens behind the scenes, the user experience from here on is what it's like in the clear web.

You can explore the dark web but don't do anything illegal, because even if Tor masks your IP address and makes you anonymous, you don't know who's watching you.

@TechByte

Accessing the Deep Web

</lesson_002:> ...on Android (Guardian Project)

Keeping your online data and identity private is an uphill battle, but with the anonymity network Tor, you have a pretty decent line of defense from prying eyes. But while Tor is great for desktop users, since they can simply install a Tor browser or plugin, it's a bit more complicated on Android. The difficulty lies in getting all the data your device sends out pushed through the Tor network, which anonymizes by sending data through various servers around the world.

Luckily, I'm here to set you on the right path... (No Applause!?👏😺)

The guide I'm about to share needs a rooted device. If it isn't rooted, you can Google how gain root access on your device.

@TechByte

1⃣ Install OrWall

Developed by Swiss privacy activist Cédric Jeanneret, OrWall is essentially a firewall for your Android that will force all of your apps (or just the ones you select) to use the Tor network to transmit all of their data. If an app is unable to use the Tor network to access the internet, then that data connection will be blocked.

Launch it, select the apps you want to relay the Tor network into, and reboot your device.

Get: https://t.me/RLapps/81