Kali Linux Tutorials
The Definitive Guide to Web Security Testing: Vulnerabilities and Password Management

Many web developers often neglect web security testing. However, it is a crucial part of the web development process because web security testing can identify vulnerabilities that may be missed during other stages. Once these web security holes are identified, they can be patched up and avoided from being exploited by hackers. In this guide, we will cover what web security testing is and its vulnerabilities as well as password management strategies to help keep your website secure. What are the types of web security testing?Web security testing includes different types of approaches such as:

* Vulnerability Scanning
* Security Scanning
* Penetration Testing
* Security Audit/ Review
* Ethical Hacking
* Risk Assessment
* Authentication. What is the difference between Web Security and SaaS security testing?Web Security Testing is a subset of software testing that focuses on finding risks, threats, and vulnerabilities in web applications. Security testing analyses all the dangers a web application confronts by testing on many tiers spanning the database, network, infrastructure, and access points such as mobile. The platform, network, apps, operating system, and physical infrastructure are all under the control of the SaaS provider. Several sorts of security solutions can assist businesses in enhancing SaaS security. Individually or as part of a CASB, the solutions can be deployed. How to find vulnerabilities in your website?Think like a web hacker and treat your web application as if it were someone else’s. Try to find vulnerabilities by crawling through your website with an automated tool or manually checking for web security flaws (i.e., input validation errors, session management issues, XSS holes). Once you’ve identified these web security weaknesses in your code, fix them before they get exploited! Best practices for password management and how to protect against phishing attacks and malware:The best web security password management strategy is to use a random, long alphanumeric string for each website you have an account with. It’s critical that you use the same password on every website. This will make it more difficult for hackers to figure out your online passwords if they’ve been hacked!

To avoid malware phishing attacks on any device, always be careful of what websites or web apps you download onto your computer or mobile phone. Phishers often send out emails that appear as though they were sent from someone trustworthy asking the recipient to login into their bank account (for example) but are actually sending them to a fake replica site where all their web data will likely get stolen by malicious actors! Even worse, some web browsers can infect devices with malware when users visit certain websites so it’s very important to be cautious! How do I protect myself from phishing attacks on any device?The best web security password management strategy is to use a random, long alphanumeric string for each website you have an account with. This will make it difficult for hackers to guess your web passwords if they are compromised! To avoid phishing attacks and malware infection on any device, always be careful of what websites or web apps you download onto your computer or mobile phone. Phishers often send out emails that appear as though they were sent from someone trustworthy asking the recipient to login into their bank account (for example) but are actually sending them to a fake replica site where all their web data will likely get stolen by malicious actors! Even worse, some web browsers can infect devices with malware when users visit certain websites so it’s very important to be cautious! Conclusion:Web securi[...]

g.: transfer money, change profile settings, etc…). Some examples of OWASP TOP web vulnerabilities include: CSRF and XSS Attacks
3. Injection Flaws – These types of web security tests happen when an application sends unfiltered user input straight into another system without validating what’s going on which could lead to code execution, escalation and more depending on how the web application was designed. For example, SQL injection happens when an attacker sends unfiltered user input to a web application’s database layer, which allows them to retrieve the information they should not have access to or even change existing records.
4. Logic Flaws – These web security tests are usually the result of poor programming practices that allow attackers to bypass authentication systems, escalate privileges within the website itself, etc… Some examples include hidden fields in forms (e.g.: session IDs) and exposed back-end data/code via public-facing error messages containing critical details about how certain parts of the web page work. Conclusion:In order to be a successful business today, your website must not only function properly and look good but also protect you from online threats. Web security testing is the process of identifying vulnerabilities in websites that attackers might exploit for their own purposes – such as stealing data or installing malicious software on your site without detection. Hiring experts who can identify and fix these issues will save you time and money down the line by keeping hackers out of your system.

ty testing is the process of identifying vulnerabilities in your website, including phishing attacks and malware. To protect against these threats, you should consider password policies that are more stringent than default settings. You can also use two-step verification or multi-factor authentication to further secure access to your site.

The best way to find vulnerabilities before they happen is with a web vulnerability scan. This will help identify any potential weaknesses so you can take steps ahead of time to mitigate them from causing major damage later on down the line. These services are essential for businesses targeting customers online who may be using outdated browsers or operating systems which could put their data at risk if not protected properly by up-to-date software patches and antivirus programs installed on.

Hacking on Medium
TryHackMe: Tutorial de BurpSuite

Review de los ejercicios que aparecen en la room de BurpSuite de TryHackMe.

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CloudCover’s “Solution Differentiators” Part Two:  The Importance of Risk Awareness

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Blog Summary: Now that we’ve introduced you to our tenets and technology, we’re going to take a deep dive into another one of our…

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Anatolia CTF Machine

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This box is designed to get players hacking the machine of a malazgirt chat program reverse engineer.It aimed to break the server and…

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Kubernetes Network Policy or Blocking External Traffic will Slightly Reduce log4j Attack, not…

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blocking external egress from your applications is not only unrealistic for many but also doesn’t mitigate (avoid) the issue… only slightly

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Gaining access to a network with Office macros — Pentesting and red teaming

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Explaining the usage of malicious Office macros to gain access to a target’s network as a red teamer.

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Chrome should be updated to patch a new zero-day vulnerability that has been discovered recently

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Google has released patches for five security flaws in its Chrome web browser, including one that it claims is being exploited in the…

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Zero Trust as part of data security policy

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Examining over 530 data breaches across 17 countries, a 2021 report from the Ponemon Institute reveals that the average cost per breach…

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Microsoft detalla el troyano bancario Qakbot ampliamente activo

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PUBLICADO EN 13 DICIEMBRE, 2021POR DPAB

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Hacking Articles|Raj Chandel's Blog
DarkHole: 2 Vulnhub Walkthrough

DarkHole: 2 is a medium-hard machine created by Jihad Alqurashi for Vulnhub. This system is also put through its paces in VirtualBox. This lab is appropriate for certain experienced CTF players who want to test their talents in these settings. So, let's get started and figure out how to divide things down into small chunks. Pentesting Methodology<o:pNetwork Scanning<o:p● netdiscover<o:p

● nmap<o:p Enumeration<o:p● Abusing HTTP<o:p

● gitdumper tool <o:p Exploitation<o:p● SQL injection<o:p

● ssh<o:p Privilege Escalation<o:p● linpass.sh<o:p

● Netcat reverse shell<o:p

● User flag<o:p

● bash history<o:p

● Root flag<o:p
Level: Medium-Hard<o:p Network Scanning<o:pTo begin, we must use the netdiscover command to scan the network for the victim machine's IP address.<o:p netdiscover<o:pOur IP address is 192.168.1.179.<o:p https://blogger.googleusercontent.com/img/a/AVvXsEiXTKCYvRjr6Qa39q_hHa0RFIFK7qcR44D3KKWTo5to3znp3SRA1k2UC5J3TWhlsg2OGCllo5CDNZt4aDEx_PcMIBILa4HS4NbNnwlA836q-w5CjK03B_ddGn_fwYcnEw6y9o0IVtvVXBnlB5jmGN2SZCSlljsgUqPLrdADWOtykPQ7smrTC8jbTxfE4w=s16000 We are now initiating Nmap to advance in this process. We did an aggressive scan (-A) for open port enumeration and discovered the following ports information:<o:p nmap -A 192.168.1.179<o:pAccording to the Nmap output, we have <o:p

● an SSH server running on port 22 <o:p

● an HTTP service running (Apache Server) on port 80, as well as an http-git page.<o:p https://blogger.googleusercontent.com/img/a/AVvXsEi5SJXVgdnuGKxNQSTuftoyt2JjYEvg_1zOHwA9gDDzt4SSb47inEB5wC9XFXohGu32Njx4zRgE8YdLhDBYIWRSK-4hJlR5pMjy35Q_61A-awpGmVok0CiaLb6pP7bIToYViYNeW20nYvEMoj14n-I0U09QMtTv-O6PP-MnvVI9lMQXVjD_UasXzcC33Q=s16000 Enumeration<o:pFirst, we'll try to utilize HTTP. Let's check port 80 to see if anything interesting comes up. Because the Apache Server is listening on port 80, we can immediately verify it in the browser.<o:p https://blogger.googleusercontent.com/img/a/AVvXsEhj3vQH88_dWcKQyrVmMOGAYewdNn6YtyrtwAZM5F_JFnp6TzI-A5Fhh2h9KlOSxiTAVHYLMeJ4YJ8B6p6DGv9OocZAGBzpdjOjRu2nD5ym-sSfPbmXzen_F4aEJFL8mIlEJ01XD8cK0RgZ4u87ihXRSgFJ_W11SIO3Jt87jADESxydSbc_UuRHvXMiTw=s16000 Except for the login page, the site contains no useful information. So, we decided to have a sneak peek at the login page.<o:p https://blogger.googleusercontent.com/img/a/AVvXsEiCwq16mon2FJ-KIvcBRaJYtA67YbLwJ6eF-Sepc-ZSAec8opB_zeuL0w-mlzsA9SuQULDPWbvhlHFDvbbF06B8vCzc8tfjr5s3IJObhSoqQnIucVHG02ZRIp6u23xn1CROBzsA7a1mhJBZ2Fbvebbu4hL4iq1L4S_QA-16wLbimgWSPtdk0FdImySyRg=s16000 Then we decided to have a look at the http-git page that we discovered previously during the Nmap aggressive scan.<o:p https://blogger.googleusercontent.com/img/a/AVvXsEi6XhioBLjHvMza2VXkMALuhzWnrt6M_G4-vojrl_rrWvE7MGC0cCiX0-ybDdpdxjV0cpaFltze9fVKaT_8AEBEBtWRSoUoNCSMRoEN3rPYWRJBMMGbTBG-LsmE52gROF9BZ9RwTlWJSGiEJBNb0sgZOrVkyh29CVGgD0CQkWQ1QhDezNtcJjjEvP2C-A=s16000 We've introduced a tool called gitdumper to improve the aesthetics of this http-git page. It is a tool for acquiring a git repository from a website to gain a better grasp of the data set.<o:p

We simply use the git clone function to install this.<o:p git clone https://github.com/arthaud/git-dumper.git<o:pcd git-dumper<o:pAfter downloading the tool, we attempt to run it with python.<o:p

Another thing we must do is offer them a directory name in which to save these git logs (in our case we named this as a backup for this http-git page).<o:p mkdir backup<o:ppython3 git_dumper.py http://192.168.1.179/.git/backup<o:phttps://blogger.googleusercontent.com/img/a/AVvXsEiT29Oqv7yZMZBHQzCk6hKCp[...]