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6 Ways To Keep Androids Safe
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Gen Chang
50%
50%
Gen Chang,
User Rank: Apprentice
7/5/2016 | 11:01:34 PM
Re: More ways
I'm surprised you didn't list a browser with adblocking capabilities. All the rest of your suggestions are great. The last one, I'm not familiar with, and so, will look it up. I'm using a new global ad blocker for no-root that's just been published to GitHub. Block This is the name, and if you Google the name, there's lots more information. XDA has a couple threads and readit too.
Anwarali
50%
50%
Anwarali,
User Rank: Apprentice
7/5/2016 | 1:37:41 AM
Re: More ways
good post.

theb0x
100%
0%
theb0x,
User Rank: Ninja
7/4/2016 | 9:53:17 AM
More ways
1) Disable all unnessisary services / applications

2) Keep Bluetooth off unless currently being used to help prevent Bluejacking attacks

3) Install a firewall. There are plenty of firewalls that do not require root. (ie No Root Firewall) They use a locally bound VPN loopback to allow the filtering of all network traffic

4) Turn off WiFi when not being used to prevent authentication with rogue access points and MITM attacks

5) Use a VPN on all Wifi networks

6) Be aware of apps with excessive permisions

7) Disable EXIF geolocation metadata on your camera

8) Encrypt your phone

9) Set a screen autolock that requires a pin / pattern

10) Disable ADB Developer Tools

11) Disable visable passwords typed in all apps

12) Install Netcut Defender to prevent ARP Spoofing and Internet Gateway Spoofing attacks

 

 

 


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Tornado before 3.2.2 sends arbitrary responses that contain a fixed CSRF token and may be sent with HTTP compression, which makes it easier for remote attackers to conduct a BREACH attack and determine this token via a series of crafted requests.
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CVE-2015-1530
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media/libmedia/IAudioPolicyService.cpp in Android before 5.1 allows attackers to execute arbitrary code with media_server privileges or cause a denial of service (integer overflow) via a crafted application that provides an invalid array size.
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Tor before 0.2.4.26 and 0.2.5.x before 0.2.5.11 does not properly handle pending-connection resolve states during periods of high DNS load, which allows remote attackers to cause a denial of service (assertion failure and daemon exit) via crafted packets.