SARDINO RAMBANG: April 2020

Lulzbuster - A Very Fast And Smart Web Directory And File Enumeration Tool Written In C

Lulzbuster is a very fast and smart web directory and file enumeration tool written in C.

Usage

$ lulzbuster -H
    __      __      __               __
   / /_  __/ /___  / /_  __  _______/ /____  _____
  / / / / / /_  / / __ \/ / / / ___/ __/ _ \/ ___/
 / / /_/ / / / /_/ /_/ / /_/ (__  ) /_/  __/ /
/_/\__,_/_/ /___/_.___/\__,_/____/\__/\___/_/

        --==[ by nullsecurity.net ] ==--

usage

  lulzbuster -s <arg> [opts] | <misc>

target options

  -s <url>       - start url to begin scan with

http options

  -h <type>      - http request type (default: GET) - ? to list types
  -x <code>      - exclude http status codes (default: 400,404,500,501,502,503
                   multi codes separated by ',')
  -f             - follow http redirects. hint: better try appending a '/'
                   with '-A' option first instead of using '-f'
  -F <num>       - num level to follow http redirects (default: 0)
  -u <str>       - use   r-agent string (default: built-in windows firefox)
  -U             - use random built-in user-agents
  -c <str>       - pass custom header(s) (e.g. 'Cookie: foo=bar; lol=lulz')
  -a <creds>     - http auth credentials (format: <user>:<pass>)
  -r             - turn on auto update referrer
  -j <num>       - define http version (default: curl's default) - ? to list

timeout options

  -D <num>       - num seconds for delay between requests (default: 0)
  -C <num>       - num seconds for connect timeout (default: 10)
  -R <num>       - num seconds for request timeout (default: 30)
  -T <num>       - num seconds to give up and exit lulzbuster completely
                   (default: none)

tuning options

  -t <num>       - num threads for concurrent scanning (default: 30)
  -g <num>       - num connection cache size for curl (default: 30)
                   note: this value should always equal to -t's value

other options

  -w <file>      - wordlist file
                   (default: /usr/local/share/lulzbuster/lists/medium.txt)
  -A <str>       - append any words separated by comma (e.g. '/,.php,~bak)
  -p <addr>      - proxy address (format: <scheme>://<host>:<port>) - ? to
                   list supported schemes
  -P <creds>     - proxy auth credentials (format: <user>:<pass>)
  -i             - insecure mode (skips ssl/tls cert verification)
  -S             - smart mode aka eliminate false-positives, more infos,
                   et   c. (use this if speed is not your 1st priority!)
  -n <str>       - nameservers (default: '1.1.1.1,8.8.8.8,208.67.222.222'
                   multi separated by '.')
  -l <file>      - log found paths and valid urls to file

misc

  -X             - print built-in user-agents
  -V             - print version of lulzbuster and exit
  -H             - print this help and exit

Author
noptrix

Notes

clean code; real project
lulzbuster is already packaged and available for BlackArch Linux
My master-branches are always stable; dev-branches are created for current work.
All of my public stuff you find are officially announced and published via nullsecurity.net.

Disclaimer
We hereby emphasize, that the hacking related stuff found on nullsecurity.net are only for education purposes. We are not responsible for any damages. You are responsible for your own actions.

Download Lulzbuster

via KitPloit

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ANNOUNCEMENT: Submitters Of Papers And Training For Global AppSec DC 2019 (Formerly AppSec USA)

We had an overwhelming turnout out of submissions for Call for Papers and Call for Training for the OWASP Global AppSec DC 2019 (formerly AppSec USA) We want to give each submission the time deserved to evaluate each before choosing. Keeping that in mind the notifications of acceptance and thanks will be CHANGED to July 1, 2019. We appreciate your understanding and patience in this matter.

https://dc.globalappsec.org/

Related news

SQL Injection Attacks And Defense | By Justin Clarke | Pdf Free

More info

githubFind3r - Fast Command Line Repo/User/Commit Search Tool

githubFind3r is a very fast command line repo/user/commit search tool

Installation

git clone https://github.com/atmoner/githubFind3r.git
cd githubFind3r
npm install

Run it

node githubFind3r.js

Download githubFind3r

via KitPloitMore information

BEST PASSWORD MANAGERS FOR IOS

As I said, Apple's iOS is also prone to cyber attacks, so you can use some of the best password managers for iOS to secure your online accounts.

BEST PASSWORD MANAGERS FOR IOS

Here I have streamlined few of the best password managers for iOS including Keeper, OneSafe, Enpass, mSecure, LastPass, RoboForm, SplashID Safe and LoginBox Pro.

1. ONESAFE PASSWORD MANAGER (CROSS-PLATFORM)

OneSafe is one of the best Password Manager apps for iOS devices that lets you store not only your accounts' passwords but also sensitive documents, credit card details, photos, and more.

OneSafe password manager app for iOS encrypts your data behind a master password, with AES-256 encryption — the highest level available on mobile — and Touch ID. There is also an option for additional passwords for given folders.

OneSafe password manager for iOS also offers an in-app browser that supports autofill of logins, so that you don't need to enter your login details every time.

Besides this, OneSafe also provides advanced security for your accounts' passwords with features like auto-lock, intrusion detection, self-destruct mode, decoy safe and double protection.

Download OneSafe Password Manager: iOS | Mac | Android | Windows

2. SPLASHID SAFE PASSWORD MANAGER (CROSS-PLATFORM)

SplashID Safe is one of the oldest and best password management tools for iOS that allows users to securely store their login data and other sensitive information in an encrypted record.

All your information, including website logins, credit card and social security data, photos and file attachments, are protected with 256-bit encryption.

SplashID Safe Password Manager app for iOS also provides web autofill option, meaning you will not have to bother copy-pasting your passwords in login.

The free version of SplashID Safe app comes with basic record storage functionality, though you can opt for premium subscriptions that provide cross-device syncing among other premium features.

Download SplashID Safe Password Manager: Windows and Mac | iOS | Android

3. LOGIN BOX PRO PASSWORD MANAGER

LoginBox Pro is another great password manager app for iOS devices. The app provides a single tap login to any website you visit, making the password manager app as the safest and fastest way to sign in to password-protected internet sites.

LoginBox Password Manager app for iOS combines a password manager as well as a browser.

From the moment you download it, all your login actions, including entering information, tapping buttons, checking boxes, or answering security questions, automatically completes by the login box Password Manager app.

For security, the login box Password Manager app uses hardware-accelerated AES encryption and passcode to encrypt your data and save it on your device itself.

Download LoginBox Password Manager: iOS | Android

DeepEnd Research: Analysis Of Trump's Secret Server Story

We posted our take on the Trump's server story. If you have any feedback or corrections, send me an email (see my blog profile on Contagio or DeepEnd Research)

Analysis of Trump's secret server story...

Hacktronian: All In One Hacking Tools Installer For Linux And Android

Hacktronian Installation
Termux users must install Python and Git first: pkg install git python
Then enter these commands: You can watch the full installation tutorial here:

Hacktronian Menu:

Information Gathering

Password Attacks

Wireless Testing

Exploitation Tools

Sniffing & Spoofing

Web Hacking

Private Web Hacking

Post Exploitation

Install The HACKTRONIAN

Information Gathering menu:

Nmap

SEToolkit

Port Scanning

Host To IP

wordpress user

CMS scanner

XSStrike Dork - Google Dorks Passive Vulnerability Auditor

Scan A server's Users Crips

Password Attacks menu:

Cupp

Ncrack

Wireless Testing menu:

Reaver

PixieWPS

Fluxion

Exploitation Tools menu:

ATSCAN

SQLMap

Shellnoob

commix

FTP Auto Bypass

jboss-autopwn

Sniffing and Spoofing menu:

SEToolkit

SSLtrip

pyPISHER

SMTP Mailer

Web Hacking menu:

Drupal Hacking

Inurlbr

Wordpress & Joomla Scanner

Gravity Form Scanner

File Upload Checker

Wordpress Exploit Scanner

Wordpress Plugins Scanner

Shell and Directory Finder

Joomla! 1.5 - 3.4.5 remote code execution

Vbulletin 5.X remote code execution

BruteX - Automatically brute force all services running on a target

Arachni - Web Application Security Scanner Framework

Private Web Hacking:

Get all websites

Get joomla websites

Get wordpress websites

Control Panel Finder

Zip Files Finder

Upload File Finder

Get server users

SQli Scanner

Ports Scan (range of ports)

ports Scan (common ports)

Get server Info

Bypass Cloudflare

Post Exploitation:

Shell Checker

POET

Weeman

Hacktronian's License: MIT Licence

That's It... If You Like This Repo. Please Share This With Your Friends. And Don't Forget To Follow The Author At Twitter, Instagram, Github & SUBSCRIBE His YouTube Channel!!!

Thank you. Keep Visiting.. Enjoy.!!! :)

Download Hacktronian

Many Ways Of Malware Persistence (That You Were Always Afraid To Ask)

TL;DR: Are you into red teaming? Need persistence? This post is not that long, read it ;)

Are you into blue teaming? Have to find those pesky backdoors? This post is not that long, read it ;)

In the previous post, I listed different ways how a Windows domain/forest can be backdoored. In this new post, I am digging a bit deeper, and list the most common/known ways malware can survive a reboot, just using local resources of the infected Windows system. The list is far from complete, and I would like to encourage everyone to comment on new methods, not yet listed here.

From an incident response point of view, one of the best strategies to find malware on a suspicious system is to search for suspicious entries that start with the system. In the good old days, you had to check for 2-3 locations to cover 99% of the infections. Nowadays, there are a thousand ways malware can start. The common ones automatically start whenever Windows starts (or the user logs in), but some tricky ones are triggered by other events.

Autoruns

My favorite choice when it comes to malware persistence is Sysinternals tools, Autoruns. In this paragraph, I mainly quote the official built-in help, but bear with me, it is still interesting.

On a side note, there are some problems with the Autoruns tool: it can only run on a live system. (EDIT: This is not true, Autoruns can analyze offline systems as well! Thanks to a comment from Justin.) And usually, this is not the case - I usually have dd images. And although VBoxManage can convert the dd images to VirtualBox disk image format, usually I don't have the time and storage to do that. This is where xmount awesomeness is here to rescue the day. It can convert dd and Encase images on-the-fly in-memory to Virtualbox format. Just attach the disk image to a new Virtualbox machine as the main boot HDD, modify the CPU/disk/controller settings until Windows starts instead of crashing, and voila, you can boot your forensic image - without modifying a single bit on the original evidence dd file. Another problem with malware analysis on a live system is that a good rootkit can fool the analyst easily.

For quick wins, I usually filter out Microsoft entries, look for per-user locations only and check for unverified (missing or invalid Authenticode) executables. This usually helps to find 90% of malware easily. Especially if it has a color like purple or pink, it is highly suspicious. To find the rest, well, one has to dig deeper.

Zeus "hiding" in the usual random directory - check the faked timestamp

To implement "poor-mans monitoring", regularly save the output of Autoruns, and during incident response, it will be highly valuable. Howto guide here.

Logon

"This entry results in scans of standard autostart locations such as the Startup folder for the current user and all users, the Run Registry keys, and standard application launch locations."

There are 42 registry keys/folders at the moment in Autoruns, which can be used to autostart a malware. The most common ways are the HKCU\Software\Microsoft\Windows\CurrentVersion\Run and the C:\ProgramData\Microsoft\Windows\Start Menu\Programs\Startup folder.

One of my favorite regarding this topic is the file-less Poweliks malware, 100% pure awesomeness. Typical ring 3 code execution.

Explorer

"Select this entry to see Explorer shell extensions, browser helper objects, explorer toolbars, active setup executions, and shell execute hooks". 71 registry keys, OMG. Usually, this is not about auto-malware execution, but some of them might be a good place to hide malware.

Internet explorer

"This entry shows Browser Helper Objects (BHO's), Internet Explorer toolbars and extensions". 13 registry key here. If a malicious BHO is installed into your browser, you are pretty much screwed.

Scheduled tasks

"Task scheduler tasks configured to start at boot or logon." Not commonly used, but it is important to look at this.

I always thought this part of the autostart entries is quite boring, but nowadays, I think it is one of the best ways to hide your malware. There are so many entries here by default, and some of them can use quite good tricks to trigger the start.

Did you know that you can create custom events that trigger on Windows event logs?

Did you know you can create malware persistence just by using Windows tools like bitsadmin and Scheduled tasks?

Scheduler in the old days

Scheduler in the new days

Services

HKLM\System\CurrentControlSet\Services is a very commonplace to hide malware, especially rootkits. Check all entries with special care.

Drivers

Same as services. Very commonplace for rootkits. Unfortunately, signing a driver for 64-bit systems is not fun anymore, as it has to be signed by certificates that can be chained back to "Software Publisher Certificates". Typical startup place for Ring 0 rootkits.

Starting from Windows 10, even this will change and all drivers have to be signed by "Windows Hardware Developer Center Dashboard portal" and EV certificates.

Codecs

22 registry keys. Not very common, but possible code execution.

Boot execute

"Native images (as opposed to Windows images) that run early during the boot process."

5 registry keys here. Good place to hide a rootkit here.

Image hijacks

"Image file execution options and command prompt autostarts." 13 registry key here. I believe this was supposed for debugging purposes originally.

This is where the good-old sticky keys trick is hiding. It is a bit different from the others, as it provides a backdoor access, but you can only use this from the local network (usually). The trick is to execute your code whenever someone presses the SHIFT key multiple times before logging into RDP. The old way was to replace the sethc.exe, the new fun is to set a debug program on sethc.

If you see this, you are in trouble

AppInit

"This has Autoruns shows DLLs registered as application initialization DLLs." Only 3 registry keys here. This is the good old way to inject a malicious DLL into Explorer, browsers, etc. Luckily it is going to be deprecated soon.

Known DLLs

"This reports the location of DLLs that Windows loads into applications that reference them." Only 1 registry key. This might be used to hijack some system DLLs.

Winlogon

"Shows DLLs that register for Winlogon notification of logon events." 7 registry keys. Sometimes used by malware.

Winsock providers

"Shows registered Winsock protocols, including Winsock service providers. Malware often installs itself as a Winsock service provider because there are few tools that can remove them. Autoruns can disable them, but cannot delete them." 4 registry keys. AFAIK this was trendy a while ago. But still, a good place to hide malware.

Print monitors

"Displays DLLs that load into the print spooling service. Malware has used this support to autostart itself." 1 registry key. Some malware writers are quite creative when it comes to hiding their persistence module.

LSA providers

"Shows registers Local Security Authority (LSA) authentication, notification and security packages." 5 registry keys. A good place to hide your password stealer.

Network providers

"Missing documentation". If you have a good 1 sentence documentation, please comment.

WMI filters

"Missing documentation". Check Mandiant for details.

Sidebar gadgets

Thank god MS disabled this a while ago :)

We all miss you, you crappy resource gobble nightmares

Common ways - not in autoruns

Now, let's see other possibilities to start your malware, which won't be listed in Sysinternals Autoruns.

Backdoor an executable/DLL

Just change the code of an executable which is either auto-starting or commonly started by the user. To avoid lame mistakes, disable the update of the file ... The backdoor factory is a good source for this task. But if you backdoor an executable/DLL which is already in Autoruns listed, you will break the Digital Signature on the file. It is recommended to sign your executable, and if you can't afford to steal a trusted certificate, you can still import your own CA into the user's trusted certificate store (with user privileges), and it will look like a trusted one. Protip: Use "Microsoft Windows" as the codesigner CA, and your executable will blend in.

See, rootkit.exe totally looks legit, and it is filtered out when someone filters for "Hide Windows entries".

Hijack DLL load order

Just place your DLL into a directory which is searched before the original DLL is found, and PROFIT! But again, to avoid lame detection, be sure to proxy the legitimate function calls to the original DLL. A good source on this topic from Mandiant and DLL hijack detector.

Here you can see how PlugX works in action, by dropping a legitimate Kaspersky executable, and hijacking the DLL calls with their DLL.

Hijack a shortcut from the desktop/start menu

Never underestimate the power of lame tricks. Just create an executable which calls the original executable, and meanwhile starts your backdoor. Replace the link, PROFIT! And don't be a skiddie, check the icon ;) I have seen this trick in adware hijacking browsers a lot of times.

IE hijacked to start with http://tinyurl.com/2fcpre6

File association hijack

Choose the user's favorite file type, replace the program which handles the opening with a similar one described in the previous section, and voila!

COM object hijack

The main idea is that some COM objects are scanned for whether they are on the system or not, and when it is registered, it is automatically loaded. See COMpfun for details.

Windows Application Compatibility - SHIM

Not many people are familiar with Windows Application Compatibility and how it works. Think about it as an added layer between applications and the OS. If the application matches a certain condition (e.g. filename), certain actions will take place. E.g. emulation of directories, registry entries, DLL injection, etc. In my installation, there are 367 different compatibility fixes (type of compatibility "simulation"), and some of those can be customized.

Every time IE starts, inject a DLL into IE

Bootkits

Although bootkits shown here can end up in Autoruns in the drivers section (as they might need a driver at the end of the day), I still think it deserves a different section.

MBR - Master boot record

Malware can overwrite the Master boot record, start the boot process with its own code, and continue the boot process with the original one. It is common for rootkits to fake the content of the MBR record, and show the original contents. Which means one just have attached the infected HDD to a clean system, and compare the first 512 bytes (or more in some cases) with a known, clean state, or compare it to the contents shown from the infected OS. SecureBoot can be used to prevent malware infections like this.

There is a slight difference when MBR is viewed from infected OS vs clean OS

VBR - Volume boot record

This is the next logical step where malware can start it's process, and some malware/rootkit prefers to hide it's startup code here. Check GrayFish for details. SecureBoot can be used to prevent malware infections like this.

BIOS/UEFI malware

Both the old BIOS and the new UEFI can be modified in a way that malware starts even before the OS had a chance to run. Although UEFI was meant to be more secure than BIOS, implementation and design errors happens. Check the Computrace anti-theft rootkit for details.

Hypervisor - Ring -1 rootkit

This is somewhat special, because I believe although rootkit can run in this layer but it can't persist only in this layer on an average, physical machine, because it won't survive a reboot See Rutkowska's presentation from 2006 But because the hypervisor can intercept the restart event, it can write itself into one of the other layers (e.g. install a common kernel driver), and simply delete it after it is fully functional after reboot. Update: There is a good paper from Igor Korkin about hypervisor detection here.

SMM (System Management Mode) malware - Ring -2 rootkit

Somehow related to the previous type of attacks, but not many people know that System Management Mode can be used to inject code into the OS. Check the DEITYBOUNCE malware for more details ;) Also, abusing Intel Dual Monitor Mode (DMM) can lead to untrusted code execution, which basically monitors the SMM mode.

Intel® Active Management Technology - Ring -3 rootkit

According to Wikipedia, "Intel Active Management Technology (AMT) is hardware and firmware technology for remote out-of-band management of personal computers, in order to monitor, maintain, update, upgrade, and repair them". You can ask, what could possibly go wrong? See Alexander Tereshkin's and Rafal Wojtczuk's great research on this, or Vassilios Ververis thesis about AMT.

As not many people click on links, let me quote the scary stuff about AMT:

Independent of the main CPU
Can access host memory via DMA (with restrictions)
Dedicated link to NIC, and its filtering capabilities
Can force host OS to reboot at any time (and boot the system from the emulated CDROM)
Active even in S3 sleep!

Other stuff

Create new user, update existing user, hidden admins

Sometimes one does not even have to add malicious code to the system, as valid user credentials are more than enough. Either existing users can be used for this purpose, or new ones can be created. E.g. a good trick is to use the Support account with a 500 RID - see here, Metasploit tool here.

Esoteric firmware malware

Almost any component in the computer runs with firmware, and by replacing the firmware with a malicious one, it is possible to start the malware. E.g. HDD firmware (see GrayFish again), graphic card, etc.

Hidden boot device

Malware can hide in one of the boot devices which are checked before the average OS is loaded, and after the malware is loaded, it can load the victim OS.

Network-level backdoor

Think about the following scenario: every time the OS boots, it loads additional data from the network. It can check for new software updates, configuration updates, etc. Whenever a vulnerable software/configuration update, the malware injects itself into the response, and get's executed. I know, this level of persistence is not foolproof, but still, possible. Think about the recently discovered GPO MiTM attack, the Evilgrade tool, or even the Xensploit tool when we are talking about VM migration.

Software vulnerability

Almost any kind of software vulnerability can be used as a persistent backdoor. Especially, if the vulnerability can be accessed remotely via the network, without any user interaction. Good old MS08-067...

Hardware malware, built into the chipset

I am not sure what to write here. Ask your local spy agency for further information. Good luck finding those!

Vulcan DoS Vs Akamai

In the past I had to do several DoS security audits, with múltiples types of tests and intensities. Sometimes several DDoS protections were present like Akamai for static content, and Arbor for absorb part of the bandwith.

One consideration for the DoS/DDoS tools is that probably it will loss the control of the attacker host, and the tool at least has to be able to stop automatically with a timeout, but can also implement remote response checks.

In order to size the minimum mbps needed to flood a service or to retard the response in a significant amount of time, the attacker hosts need a bandwith limiter, that increments in a logarithmic way up to a limit agreed with the customer/isp/cpd.

There are DoS tools that doesn't have this timeouts, and bandwith limit based on mbps, for that reason I have to implement a LD_PRELOAD based solution: bwcontrol

Although there are several good tools for stressing web servers and web aplications like apache ab, or other common tools used for pen-testing, but I also wrote a fast web flooder in c++ named wflood.

As expected the most effective for taking down the web server are the slow-loris, slow-read and derivatives, few host were needed to DoS an online banking.

Remote attacks to database and highly dynamic web content were discarded, that could be impacted for sure.

I did another tool in c++ for crafting massive tcp/udp/ip malformed packets, that impacted sometimes on load balancers and firewalls, it was vulcan, it freezed even the firewall client software.

The funny thing was that the common attacks against Akamai hosts, where ineffective, and so does the slow-loris family of attacks, because are common, and the Akamai nginx webservers are well tunned. But when tried vulcan, few intensity was enough to crash Akamai hosts.

Another attack vector for static sites was trying to locate the IP of the customer instead of Akamai, if the customer doesn't use the Akamai Shadow service, it's possible to perform a HTTP Host header scan, and direct the attack to that host bypassing Akamai.

And what about Arbor protection? is good for reducing the flood but there are other kind of attacks, and this protection use to be disabled by default and in local holidays can be a mess.

Spaghetti: A Website Applications Security Scanner

About Spaghetti
Author: m4ll0k

Github: m4ll0k
Twitter: m4ll0k

Spaghetti is an Open Source web application scanner, it is designed to find various default and insecure files, configurations, and misconfigurations. Spaghetti is built on Python 2.7 and can run on any platform which has a Python environment.

Spaghetti Installation:

Spaghetti's Features:
Fingerprints:

Server:
Web Frameworks (CakePHP,CherryPy,...)
Web Application Firewall (Waf)
Content Management System (CMS)
Operating System (Linux,Unix,..)
Language (PHP,Ruby,...)
Cookie Security

Discovery:

Bruteforce:Admin Interface
Common Backdoors
Common Backup Directory
Common Backup File
Common Directory
Common FileLog File
Disclosure: Emails, Private IP, Credit Cards

Attacks:

HTML Injection
SQL Injection
LDAP Injection
XPath Injection
Cross Site Scripting (XSS)
Remote File Inclusion (RFI)
PHP Code Injection

Other:

HTTP Allow Methods
HTML Object
Multiple Index
Robots Paths
Web Dav
Cross Site Tracing (XST)
PHPINFO
.Listing

Vulns:

ShellShock
Anonymous Cipher (CVE-2007-1858)
Crime (SPDY) (CVE-2012-4929)
Struts-Shock

Spaghetti Example:
python spaghetti --url example.com --scan 0 --random-agent --verbose

Download Spaghetti

SELAMAT DATANG DI TEMPATKU.

Related word

BEST PASSWORD MANAGERS FOR IOS

1. ONESAFE PASSWORD MANAGER (CROSS-PLATFORM)

2. SPLASHID SAFE PASSWORD MANAGER (CROSS-PLATFORM)

3. LOGIN BOX PRO PASSWORD MANAGER

Related posts

Related articles

Read more

Autoruns

Logon

Explorer

Internet explorer

Scheduled tasks

Services

Drivers

Codecs

Boot execute

Image hijacks

AppInit

Known DLLs

Winlogon

Winsock providers

Print monitors

LSA providers

Network providers

WMI filters

Sidebar gadgets

Common ways - not in autoruns

Backdoor an executable/DLL

Hijack DLL load order

Hijack a shortcut from the desktop/start menu

File association hijack

COM object hijack

Windows Application Compatibility - SHIM

Bootkits

MBR - Master boot record

VBR - Volume boot record

BIOS/UEFI malware

Hypervisor - Ring -1 rootkit

SMM (System Management Mode) malware - Ring -2 rootkit

Intel® Active Management Technology - Ring -3 rootkit

Other stuff

Create new user, update existing user, hidden admins

Esoteric firmware malware

Hidden boot device

Network-level backdoor

Software vulnerability

Hardware malware, built into the chipset

More links

Related news

More articles

Related articles

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