Docker Concepts: What is Software Supply Chain Security

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Tech: US Tiktok users flock to Chinese social media app RedNote • FRANCE 24 English

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The Accidental $8 Million Dollar Business: Beehive Meals

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Americans Protest TikTok Ban By Downloading Chinese App “Rednote”

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Sync Your TikTok Lead Ads to HubSpot

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CARA MEMULAI TIKTOK AFFILIATE YANG BAIK DAN BENAR AGAK AKUN BISA TUMBUH LEBIG CEPAT‼️

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### Make money through #HACKING: Become a Bug Bounty Hunter with CBBH! ✍️

What if we told you that you could earn up to thousands of dollars from a job that's not a regular nine to five? Sounds cool, right? Then you should try bug bounty hunting!

Bug bounty hunters search for vulnerabilities in software and websites. After identifying them, they report the security flaws to the organization responsible for the system’s security. Successful bug bounty hunters have reported earning a six-figure income just from bug bounty rewards. Here's how to train to become just like them:

#### 1. Get the Skills
You can train to become a bug bounty hunter on **Hack the Box Academy**. Go to the Bug Bounty Hunter job role path where you will find the necessary courses to understand the methodology and practice your bug bounty skills.

#### 2. Start Hunting
Now it's time to get your hands dirty. Go to the **HackerOne** platform and put your new skills to practice by hunting down your first bugs.

So, pretty easy, right? Then start your journey with **CBBH** on Hack the Box Academy!

---

#### Keywords

- Bug Bounty Hunting
- Hack the Box Academy
- HackerOne platform
- Security Flaws
- CBBH
- Six-Figure Income
- Vulnerabilities

---

#### FAQ

**Q: What is bug bounty hunting?**
A: Bug bounty hunting involves searching for vulnerabilities in software and websites and reporting them to the respective organizations.

**Q: How much can you earn from bug bounty hunting?**
A: Successful bug bounty hunters have reported earning a six-figure income from bug bounty rewards.

**Q: How can I train to become a bug bounty hunter?**
A: You can train on Hack the Box Academy, specifically through their Bug Bounty Hunter job role path.

**Q: Where can I practice my bug bounty hunting skills?**
A: You can practice your skills on the HackerOne platform.

**Q: What are the first steps in becoming a bug bounty hunter?**
A: First, get the necessary skills through training and then start practicing by hunting for bugs on platforms like HackerOne.

Make money through #HACKING: Become a Bug Bounty Hunter with CBBH! ✍️

make-money-through-hacking-become-a-bug-bounty-hunter-with-cbbh1

### Bug Bounty Hunting vs. Penetration Testing: Do You Know the Difference? ?

Are you aiming to break into the cybersecurity industry? Today, we're diving into one of the most revered careers within offensive security: bug bounty hunting. But wait, how does bug bounty hunting compare to penetration testing? Here are some critical differences:

#### 1. Specialization
Penetration testers (pen testers) boast a broad range of skills to identify multiple vulnerabilities. They must test all assets within a project’s scope. In contrast, bug bounty hunters can specialize in specific attack types and focus their efforts on identifying these particular vulnerabilities within the given scope.

#### 2. Impact
Bug bounty hunters strive to showcase the maximum impact of each found vulnerability. They often go the extra mile by combining vulnerabilities to increase overall impact. While penetration testing can provide in-depth and comprehensive assessments, the constrained timeframe often limits the number of vulnerabilities identified and their potential impact.

Of course, these aren't the only distinctions between bug bounty hunting and penetration testing. Whether you prefer one over the other, both roles provide unique and exciting opportunities in the cybersecurity realm.

---

### Keywords

- Cybersecurity
- Bug Bounty Hunting
- Penetration Testing
- Specialization
- Impact
- Vulnerabilities
- Offensive Security

---

### FAQ

**Q: What is the primary focus of a penetration tester?**  
**A:** Pen testers must have a wide range of skills to test all assets within an engagement’s scope, seeking to identify multiple kinds of vulnerabilities.

**Q: How do bug bounty hunters maximize the impact of vulnerabilities?**  
**A:** Bug bounty hunters often showcase the maximum impact of each found vulnerability, sometimes chaining vulnerabilities together to amplify the overall effect.

**Q: Is time a significant factor in penetration testing?**  
**A:** Yes, penetration testing's limited timeframe can compromise the number of vulnerabilities found or the showcased maximum impact of these vulnerabilities.

**Q: Can bug bounty hunters specialize in certain attack types?**  
**A:** Yes, unlike penetration testers who need a broad range of skills, bug bounty hunters can specialize in specific types of attacks and focus exclusively on these vulnerabilities.

---

Bug bounty hunting vs pentesting: Do you know the difference ?

bug-bounty-hunting-vs-pentesting-do-you-know-the-difference1

### Turn \$ 500 into \$ 10k by Focusing on More Impact

GitHub recently shared a fascinating example that illustrates the difference between a \$ 500 security vulnerability and a \$ 10,000 one. 

#### Understanding Open Redirect

An open redirect is a type of bug that allows attackers to redirect the target to any website of their choosing. However, it's rare to see an open redirect cause significant impact. 

#### The GitHub Scenario

In GitHub's OAuth flow, the domains allowed for redirection are set to avoid security risks. Typically, an open redirect in this setting would be classified as a lower-impact vulnerability, worthy of only about \$ 500 in bug bounty rewards.

#### The Researcher's Smart Move

A bug bounty researcher identified that since his domain was already trusted, he could manipulate this open redirect within GitHub's OAuth flow. By doing a double redirect, he successfully landed the OAuth token on an attacker-controlled domain. This increased the potential impact of the bug exponentially.

#### The Reward

For increasing the impact of the vulnerability, the researcher was awarded \$ 10,000 instead of just \$ 500. 

#### Further Reading

The researcher did an impressive write-up about this discovery on his blog, which is well worth the read.

### Keywords

- Security vulnerability
- Open redirect
- OAuth
- GitHub
- Bug bounty
- Double redirect
- High-impact vulnerability

### FAQ

**Q: What is an open redirect?**
**A:** An open redirect is a bug that allows for redirection to any website of the attacker's choosing.

**Q: How was the vulnerability in GitHub’s OAuth flow exploited?**
**A:** The researcher used a trusted domain to manipulate the OAuth flow, creating a double redirect that ultimately landed an OAuth token on an attacker-controlled domain.

**Q: Why did the researcher receive a \$ 10,000 payout?**
**A:** By increasing the impact of a typically low-impact vulnerability, the researcher demonstrated a significant security risk, thus earning a higher reward.

**Q: Where can I read more about this case study?**
**A:** The researcher has a detailed write-up on his blog, where the case is explained thoroughly.

Connect with me: https://beacons.ai/kyle.tobener  I'm more active on TikTok, get the latest videos there first  #shorts #cybersecurity #infosec #privacy #programming #career #resources #learn

Turn $500 into $10k by focusing on more impact. #bugbounty #github #oauth #owasptop10 #techtok #info

turn-500-into-10k-by-focusing-on-more-impact-bugbounty-github-oauth-owasptop10-techtok-info1

### Simple Bug, Mega Impact! #snapchat #hackerone #cybersecurity #techtok #bugbounty #authorization

Snapchat recently disclosed a critical vulnerability that a diligent security researcher discovered and reported a year ago. This bug earned the researcher a handsome reward of \$ 25,000. Let's break down the issue step-by-step.

#### The One-Tap Password Flow

The vulnerability was found in Snapchat's one-tap password flow, which is initiated via a specific URL. This URL logs the user out of their account and provides a key to log back in. The process relies on a unique user ID tied to each account.

#### The Exploit

The security researcher experimented by substituting the user ID in the URL with one from a different account he owned. To his surprise, it worked; he was able to retrieve the key for that other account. This indicated a significant oversight in Snapchat's security measures—they had neglected to include a check ensuring that users could only use this URL with their own user ID.

#### Escalating the Issue

The issue was compounded by the fact that obtaining a user's ID is relatively simple. By sending a friend request, anyone could obtain the user ID of almost any Snapchat user. Combining these factors, the researcher could potentially log in as any user on Snapchat.

#### Immediate Fix and Recognition

Recognizing the severity of the issue, Snapchat swiftly corrected the flaw. Fortunately, no malicious exploitation of this vulnerability was reported before the fix. It's a relief to finally have this critical information disclosed, and congratulations are in order for the researcher who reported this vulnerability and earned \$ 25,000 for their efforts.

---

### Keywords

- Snapchat
- Vulnerability
- Security researcher
- One-tap password flow
- User ID
- Bug bounty
- Authorization check
- Friend request

---

### FAQ

**Q: What was the nature of the vulnerability in Snapchat?**  
A: The vulnerability was in the one-tap password flow, where a unique URL lacked the necessary check to ensure that the user ID in the URL belonged solely to the person using it. This oversight allowed hackers to log in as other users.

**Q: How could one exploit this vulnerability?**  
A: By substituting their own user ID with another user's ID in the one-tap password flow URL, hackers could retrieve login keys for any account.

**Q: How could a hacker obtain another user's ID?**  
A: A user ID could be obtained by sending a friend request to the target user.

**Q: What was Snapchat's response to discovering the vulnerability?**  
A: Snapchat immediately fixed the vulnerability and ensured that no further exploitation could occur using this method.

**Q: What recognition did the security researcher receive?**  
A: The researcher was awarded \$ 25,000 for reporting the vulnerability.



Simple bug, mega impact! #snapchat #hackerone #cybersecurity #techtok #bugbounty #authorization

simple-bug-mega-impact-snapchat-hackerone-cybersecurity-techtok-bugbounty-authorization

### Bug Bounty Dorks | Finding Files with Juicy Information

Have you ever wondered how some bug bounty hunters can earn money by simply using a search query? There is a simple recipe for easy wins in bug bounty: Google Dorks. These are advanced search queries that allow bug bounty hunters to explore the deepest corners of Google's knowledge. Here is one powerful Google Dork that can help you find files with juicy information.

This Google Dork searches for files with the extensions `.xlsx`, `.ppt`, `.doc`, and `.docx` on the target domain, potentially revealing Excel sheets, PowerPoint presentations, and Word documents. You are almost guaranteed to find some credentials lying around.

```plaintext
site:<target domain> filetype:xlsx | filetype:ppt | filetype:doc | filetype:docx
```

By using this dork, bug bounty hunters can uncover sensitive information hidden within these file types on a target domain. Such information might include usernames, passwords, internal emails, and even confidential business data. These findings can then be reported through bug bounty programs, where hunters are rewarded for their discoveries.

#### Keywords

- Bug Bounty
- Google Dorks
- Sensitive Information
- Search Query
- File Extensions
- Excel Sheets (`.xlsx`)
- PowerPoint Presentations (`.ppt`)
- Word Documents (`.doc`, `.docx`)
- Credentials
- Target Domain

#### FAQ

**Q:** What is a Google Dork?   
**A:** A Google Dork is an advanced search query that takes advantage of Google Search to uncover hidden information and vulnerabilities on the web.

**Q:** How can I find files with juicy information using Google Dorks?   
**A:** You can search for file types like `.xlsx`, `.ppt`, `.doc`, and `.docx` on a target domain to reveal potentially sensitive documents. For example, use the query `site:<target domain> filetype:xlsx | filetype:ppt | filetype:doc | filetype:docx`.

**Q:** What kind of sensitive information can be found using these Google Dorks?   
**A:** You can potentially find usernames, passwords, internal emails, and confidential business data in documents such as Excel sheets, PowerPoint presentations, and Word documents.

**Q:** How do bug bounty hunters earn money from these findings?   
**A:** Bug bounty hunters can report their findings to bug bounty programs, where they are rewarded for discovering and responsibly disclosing vulnerabilities and sensitive information.

**Q:** Is it legal to use Google Dorks for bug bounty hunting?   
**A:** Yes, it is legal to use Google Dorks for bug bounty hunting as long as you have permission from the target organization and follow the guidelines of responsible disclosure.

With the power of Google Dorks, bug bounty hunters have a valuable tool at their disposal to uncover hidden treasures and potentially earn rewards. So, start experimenting with different queries and see what you can discover!

#shorts #viral #bugbounty #googledorks #juicy #cybersecurity   Here is a simple bug bounty dork that can help you find files with juicy information in files.  [Social] Twitter: https://twitter.com/bughunterlabs TikTok: https://www.tiktok.com/@bughunterlabs

Bug Bounty Dorks | Finding Files with Juicy Information

bug-bounty-dorks-finding-files-with-juicy-information

### Unveiling Login Pages | Bug Bounty Dorks

Bug bounty hunters often use specific Google search queries to uncover sensitive information and potential vulnerabilities on a target website. One powerful method to identify login pages within a target domain is through the use of "Google Dorks." Here, we'll break down an effective bug bounty dork that aids in finding login pages, which can then be analyzed for various security weaknesses.

#### Google Dork Breakdown

1. **Site Operator**: The `site:` operator limits the search to a specific domain. This ensures that your search results are relevant to your target.
2. **Intext Login**: This ensures that the term "login" appears in the page's body text.
3. **Indexed User**: The term `user` is included to filter pages that mention user management or login functionalities.
4. **Intext Password**: Adding the term `password` further narrows down your results to pages mentioning password inputs.

#### Practical Use

Once a login page is found using these Google Dorks, you can set out to test for various vulnerabilities, such as:
- Weak authentication mechanisms
- SQL Injection points
- Insecure session management
- Potential bypass methods

Using these methods, a good bug bounty hunter can effectively identify and exploit potential security weaknesses in a target domain.

---

### Keywords

- Bug Bounty
- Google Dorks
- Login Pages
- Vulnerabilities
- Site Operator
- SQL Injection
- Authentication Bypass
- Insecure Session Management

---

### FAQ

**Q: What is a Google Dork?**
A: A Google Dork is a search query that uses advanced operators to find specific text on webpages. In the context of bug bounty hunting, they can be used to locate sensitive information and potential vulnerabilities.

**Q: What is the purpose of the `site:` operator?**
A: The `site:` operator limits your search to a specific domain. This helps in narrowing down search results to the target domain, making them more relevant for analysis.

**Q: Why is it important to include `intext: password`?**
A: Including `intext: password` helps to narrow down the search results to those pages that contain password fields, making it easier to locate login pages where vulnerabilities may exist.

**Q: What vulnerabilities can be found in login pages?**
A: Possible vulnerabilities include weak authentication mechanisms, SQL Injection points, insecure session management, and potential methods for bypassing authentication.

**Q: How does finding a login page help in bug bounty hunting?**
A: Identifying login pages is a crucial first step. Once found, they can be tested for a variety of vulnerabilities that can lead to unauthorized access or data breaches.

#shorts #viral #bugbounty #googledorks #bugbountytips #bugbountydorks #cybersecurity   A Google dork that uncovers login pages on any target domain.  [Social] Twitter: https://twitter.com/bughunterlabs TikTok: https://www.tiktok.com/@bughunterlabs Instagra

Unveiling Login Pages | Bug Bounty Dorks

unveiling-login-pages-bug-bounty-dorks

## Bug Bounty | Why It's SO HARD to Find An XSS Bug When You're a Beginner #bugbounty #cybersecurity

When starting out in bug bounty hunting, the initial stages often involve a lot of reconnaissance and enumeration. This typically means running various frameworks to discover as many hidden subdomains as possible, aiming to extend your attack surface. The reason for this approach is to uncover subdomains that perhaps have not yet been scrutinized by other researchers.

One prevalent issue I frequently encounter from beginner researchers is regarding client-side injections, a topic that arguably dominates around 90% to 95% of the questions I receive. This has motivated me to create a comprehensive guide addressing common concerns in this area.

However, it's crucial to acknowledge that there are numerous other researchers also focusing on client-side testing. Given the finite number of vulnerabilities present, competition is fierce. This is why I advocate for diversifying your efforts to include testing for vulnerabilities such as Insecure Direct Object References (IDORs) and access control flaws. These areas typically present more opportunities, offer various attack vectors, and attract fewer researchers, thus reducing competition.

For those still interested in testing for client-side injections, it's important to approach it with a well-structured strategy. While these vulnerabilities can indeed be valuable, understanding the landscape and employing thorough testing techniques will vastly improve your chances of discovery.

### Keyword

- Client-side injection
- Reconnaissance
- Enumeration
- Cross-Site Scripting (XSS)
- Insecure Direct Object Reference (IDOR)
- Access control flaws
- Attack surface

### FAQ

**Q: Why should I focus on finding hidden subdomains?**
A: Finding hidden subdomains allows you to expand your attack surface and potentially discover areas that other researchers have not yet tested.

**Q: What makes client-side injections so challenging for beginners?**
A: Client-side injections, like XSS, are popular targets due to their visibility and impact. As a result, many researchers are already testing for them, creating a competitive landscape with a limited number of vulnerabilities.

**Q: Are there easier vulnerabilities to test for than client-side injections?**
A: Yes, focusing on vulnerabilities such as IDORs and access control flaws can be more fruitful. These areas often have more opportunities for discovery and attract fewer researchers.

**Q: How should I strategize my testing for client-side injections?**
A: Develop a thorough understanding of the application’s structure, automate as much of the testing process as possible, and stay updated with the latest techniques and tools for detecting client-side vulnerabilities.

#shorts #bugbounty #cybersecurity #hacker #hackerone

Bug Bounty | Why It's SO HARD to Find An XSS Bug When You're a Beginner #bugbounty #cybersecurity

bug-bounty-why-it-s-so-hard-to-find-an-xss-bug-when-you-re-a-beginner-bugbounty-cybersecurity

## Introduction

Most people believe that hackers and bug bounty hunters possess some sort of "secret sauce" that makes them computer wizards. While this is true for some who have found the Holy Grail in the deep corners of the dark web, the reality is quite different for the majority. Most successful hackers and bug bounty hunters rely on the effective and diligent usage of tools.

Experienced hackers religiously run a suite of trusted tools to automate repetitive tasks, identify vulnerabilities, and gather crucial information. These tools serve as force multipliers, allowing hackers to efficiently scan for endpoints, enumerate subdomains, and uncover potential entry points.

The power lies not in some mythical secret sauce, but in the skillful application of these tools, sprinkled with a pinch of mischief. Happy hacking!

#viral #shorts #bugbounty #hacking   Unmask the strategies of hackers and bug bounty hunters as they reveal their secret weapons - powerful tools! Explore the realm of cybersecurity and witness how these experts utilize automation to find vulnerabilities. 

Secret Sauce: How Hackers and Bug Bounty Hunters Crush It with Tools!

secret-sauce-how-hackers-and-bug-bounty-hunters-crush-it-with-tools

### Top Bug Bounty Platforms - Start your Journey Here | #bugbounty #shorts 

Bug Bounty programs have become an integral part of modern cybersecurity strategies, offering a win-win scenario for organizations and ethical hackers. Let's explore some of the top Bug Bounty platforms:

#### 1. HackerOne
With a wide range of participating organizations, including leading tech giants and government agencies, HackerOne provides many opportunities. The platform offers monetary rewards, recognition, live hacking events, and even potential career opportunities for successful bug hunters.

#### 2. Bugcrowd
Bugcrowd is another prominent player in the Bug Bounty space. The platform enables hackers to engage in various programs, ranging from private programs with select clients to public programs that are open to the wider community.

#### 3. Integriti
Integriti stands out with its emphasis on building a community-driven ecosystem. It hosts many Bug Bounty programs for European companies and government agencies.

So, polish your keyboard keys and happy hacking!

---

### Keywords

- Bug Bounty
- HackerOne
- Bugcrowd
- Integriti
- Cybersecurity
- Ethical Hackers
- Platforms
- Monetary Rewards
- Recognition
- Live Hacking Events
- Career Opportunities
- Community-Driven Ecosystem

---

### FAQ

**1. What is a Bug Bounty program?**
A Bug Bounty program is a deal offered by many websites, organizations, and software developers by which individuals can receive recognition and compensation for reporting bugs, especially those related to security exploits and vulnerabilities.

**2. What is HackerOne?**
HackerOne is a Bug Bounty platform that collaborates with a wide range of participating organizations, including tech giants and government agencies, offering opportunities for monetary rewards, recognition, live hacking events, and potential career opportunities.

**3. How does Bugcrowd differ from HackerOne?**
Bugcrowd offers hackers the opportunity to engage in both private and public programs. Private programs have select clients, while public programs are open to the wider community.

**4. Why is Integriti unique in the Bug Bounty space?**
Integriti stands out due to its focus on building a community-driven ecosystem, and it hosts many Bug Bounty programs for European companies and government agencies.

**5. What are the benefits of participating in Bug Bounty programs?**
Participants in Bug Bounty programs can earn monetary rewards, gain recognition in the cybersecurity community, participate in live hacking events, and potentially discover career opportunities.

These are the top bug bounty platforms currently available. If you want to get started in bug bounty. Start here!  [Social] Youtube: https://www.youtube.com/@bughunterlabs/ Twitter: https://twitter.com/bughunterlabs TikTok: https://www.tiktok.com/@bughunte

Top Bug Bounty Platforms - Start your Journey Here | #bugbounty #shorts

top-bug-bounty-platforms-start-your-journey-here-bugbounty-shorts

#### Ethical hacking can be profitable if you know what to look for! #cybersecurity #bugbounty #ethicalha

For a company like Facebook, there are certain resources that should be accessible on the public internet—such as the Facebook app. At the same time, there are other resources that should only be accessible to company employees and remain hidden from public access.

The term SSRF stands for Server-Side Request Forgery. This vulnerability occurs when you find an accessible resource on the internet that has permissions to communicate with internal resources that are not publicly accessible. In essence, it allows an attacker to manipulate a server into interacting with internal-only resources, which should normally be restricted to employees.

If an attacker were to discover an SSRF vulnerability, they could potentially access private resources by tricking the publicly accessible server into routing their traffic to these hidden resources. This represents a significant security risk, which is why companies like Facebook are willing to pay substantial sums, like \$ 10,000, to individuals who discover such vulnerabilities and report them responsibly.

Facebook is keen on preventing unauthorized access to their private resources and therefore offers hefty bounties to ethical hackers who help secure their systems against SSRF attacks.

### Keywords

- SSRF
- Server-Side Request Forgery
- Facebook
- Private Resources
- Cybersecurity
- Ethical Hacking
- Bug Bounty
- Internet Access
- Security Vulnerability

### FAQ

**Q: What does SSRF stand for?**
A: SSRF stands for Server-Side Request Forgery.

**Q: Why is an SSRF vulnerability a big deal?**
A: An SSRF vulnerability is significant because it allows attackers to access internal resources that are supposed to be restricted to company employees.

**Q: Why would Facebook pay \$ 10,000 for an SSRF vulnerability?**
A: Facebook would pay \$ 10,000 for an SSRF vulnerability to ensure the security of their private resources, preventing unauthorized access and protecting sensitive data.

**Q: What does a SSRF attack involve?**
A: An SSRF attack involves finding an internet-facing application that can route traffic to internal-only resources, allowing unauthorized access to those private resources.

**Q: How can ethical hackers benefit from identifying SSRF vulnerabilities?**
A: Ethical hackers can benefit from identifying SSRF vulnerabilities through substantial monetary rewards from bug bounty programs, in addition to contributing to cybersecurity by securing vulnerable systems.

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