Telecommunication and technology

How to hack in Cameroon – step by step guides

How to hack in Cameroon – step by step guides.

Primarily, hacking was utilized in the “good old days” for leaking information about systems and IT generally. In recent years, because of a couple of villain actors, hacking has taken on dark connotations. Conversely, many corporations employ hackers to check the strengths and weaknesses of their own systems.How to hack in Cameroon - step by step guides

These hackers know when to prevent, and therefore the positive trust they build earns them an outsized salary. If you’re able to dive in and learn the art, this text will share a couple of tips on how you can hack in Cameroon.

Part 1

Preparing Before You Hack in Cameroon

1. Learn a programing language to hack in Cameroon

You should not limit yourself to any particular language, but there are a couple of guidelines. Learning a programing language might take time, so you would like to twiddle my thumbs.

C and C++ are the languages that Linux and Windows were built with. It (along with assembly language) teaches something that’s vital in hacking: how memory works.

Python or Ruby are high-level, powerful scripting languages which will be wont to automate various tasks.

Base64 is additionally an honest choice. it’s a language that turns letters, number, and, symbols into different letters, numbers, and, symbols.

Perl may be a reasonable choice during this field also, while PHP is worth learning because the bulk of web applications use PHP.

Bash scripting may be a must. that’s the way to easily manipulate Unix/Linux systems—writing scripts, which can do most of the work for you.

Assembly language may be a must-know. it’s the essential language that your processor understands, and there are multiple variations of it. you cannot truly exploit a program if you do not know assembly.

2. Know your target.

The method of gathering information about your target is understood as enumeration. The more you recognize beforehand, the fewer surprises you will have.

Part 2


1. Use a *nix terminal for commands.

Cygwin will help emulate a *nix for Windows users. Nmap especially uses WinPCap to run on Windows and doesn’t require Cygwin. However, Nmap works poorly on Windows systems thanks to a scarcity of raw sockets.

You ought to also think about using Linux or BSD, which are both more flexible. Most Linux distributions accompany many useful tools pre-installed.

Alternatively, on Windows 10 Fall Creators Update and later, find a *nix terminal within the Windows Store, Windows can emulate Linux command-lines because of Windows Linux Subsystem.

2. Secure your machine first.

Confirm you’ve fully understood all common techniques to guard yourself. Start with the fundamentals — but confirm you’ve got authorization to attack your target: either attack your own network, invite written permission, or found out your own laboratory with virtual machines. Attacking a system, regardless of its content, is against the law and can get you in trouble.

3. Test the target.

Are you able to reach the remote system? While you’ll use the ping utility (which is included in most operating systems) to ascertain if the target is active, you’ll not always trust the results — it relies on the ICMP which may be easily shut off by paranoid system administrators.

4. Determine the OS (OS).

Run a scan of the ports, and check out pOf, or nmap to run a port scan. this may show you the ports that are open on the machine, the OS, and may even tell you what sort of firewall or router they’re using so you’ll plan a course of action. you’ll activate OS detection in nmap by using the -O switch.

5. Find a path or open port within the system.

Common ports like FTP (21) and HTTP (80) are often well protected, and possibly only susceptible to exploits yet to be discovered.
Try other TCP and UDP ports which will are forgotten, like Telnet and various UDP ports left open for LAN gaming.

An open port 22 is typically evidence of an SSH (secure shell) service running on the target, which may sometimes be brute-forced.

6. Crack the password or authentication process.

There are several methods for cracking a password, including brute force. Using brute force on a password is an attempt to undertake every possible password contained within a pre-defined dictionary of brute force software.

Users are often discouraged from using weak passwords, so brute force may take tons of your time. However, there are major improvements in brute-force techniques.

Most hashing algorithms are weak, and you’ll significantly improve the cracking speed by exploiting these weaknesses (like you’ll cut the MD5 algorithm in 1/4, which can give huge speed boost).

Newer techniques use the graphics card as another processor — and it’s thousands of times faster.
You may try using Rainbow Tables for the fastest password cracking. Notice that password cracking may be a good technique as long as you have already got the hash of the password.

Trying every possible password while logging to the remote machine isn’t an honest idea, as it’s easily detected by intrusion detection systems, pollutes system logs, and should take years to finish.

You can also get a rooted tablet, install a TCP scan, and obtain a signature to upload it to the secure site. Then the IP address will open causing the password to seem on your proxy.
It’s often much easier to seek out differently into a system than cracking the password.

7. Get super-user privileges.

Attempt to get root privileges if targeting a *nix machine, or administrator privileges if taking over Windows systems.
Most information which will be of important interest is protected and you would like a particular level of authentication to urge it.

To ascertain all the files on a computer you would like super-user privileges – a user account that’s given an equivalent privilege because of the “root” user in Linux and BSD operating systems.

For routers this is often the “admin” account by default (unless it’s been changed); for Windows, this is often the Administrator account.
Gaining access to a connection doesn’t suggest you’ll access everything. Only a super-user, the administrator account, or the basis account can do that.

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8. Use various tricks.

Often, to realize super-user status you’ve got to use tactics like creating a buffer overflow, which causes the memory to dump which allows you to inject code or perform a task at a better level than you’re normally authorized.

In Unix-like systems this may happen if the bugged software has setuid bit set, therefore the program is going to be executed as a special user (super-user for example).
Only by writing or finding an insecure program that you simply can execute on their machine will allow you to try to do this.

9. Create a backdoor.

Once you’ve got gained full control over a machine, it is a good idea to form sure you’ll come again. this will be done by backdooring a crucial system service, like the SSH server. However, your backdoor could also be removed during a subsequent system upgrade. a very experienced hacker would backdoor the compiler itself, so every compiled software would be a possibility thanks to coming.

10. Cover your tracks.

Don’t let the administrator know that the system is compromised. Don’t change the web site (if any), and do not create more files than you actually need. don’t create any additional users. Act as quickly as possible.

If you patched a server like SSHD, confirm it’s your secret password hard-coded. If someone tries to login with this password, the server should allow them to in, but shouldn’t contain any crucial information.

END of how to hack in


By Bobvalla

Bobvalla Lesly Fomantum is a Cameroonian from the Northwest part of the country. He is a medical student and the founder of which is a health and fitness website. Bobvalla is kind, humble, hospitable, curious to safe lives. Being a medical doctor for him is not a profession nor a job but the passion he has for the field.

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