🚀 The Giveaway Is Coming Back — Bigger Than Ever

Many of you have been asking about giveaways, so we're planning to bring them back with one of the largest community events we've run so far.

🎁 10 Total Prizes Up for Grabs
The prize pool will include a mix of premium rewards and bonus consolation prizes, giving more members a chance to walk away with something valuable.

🏆 Potential Grand Prizes:

- 1-Year Secret Hunter Subscription
- 1-Year XOXO XSS Subscription
- Aurora Lifetime Access
- Additional rewards to be announced

📌 Who Can Participate?

Any user with an active Secret Hunter or XOXO XSS subscription is eligible to enter — including monthly subscribers.

💥 Special Giveaway Offer
Not a subscriber yet?

For a limited time, you can join and become eligible with:

- $20/month
- $45 for 3 months (best value)

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🎯 Increase Your Chances
The more eligible subscriptions you hold, the more entries you receive.
For example, users subscribed to 3 months Secret Hunter / XOXO XSS will receive additional 3 entries, significantly increasing their chances of winning.

📢 Community Goal
To make this giveaway as exciting as possible, we'll launch it once we reach 50 new subscribers.

If you'd like to see this happen sooner:

- Share this post with friends and fellow researchers.
- Post it on X, Telegram groups, Discord servers, and other social platforms.
- Invite anyone who may benefit from the tools.

💡 Win or Not, You Still Benefit
Even if you don't win a prize, you'll still gain access to the tools at heavily discounted pricing while improving your workflow and research capabilities.

⏳ Once the 50-subscriber milestone is reached, the giveaway will officially begin and winners will be announced the following week.

Vote in the polls above and let us know which prize you'd like to see most! 🎁

💰 $1,000 Bug Bounty Reward!

🚨Old results, but the same methodology still works.

One of our new customers just shared an amazing result after using Secret Hunter 👆

They were able to discover exposed PayPal secret keys, report the issue successfully, and the vulnerability was accepted & paid out.

This is exactly why I built Secret Hunter:
🔍 Fast secret detection
⚡ Real-world bug bounty impact
🎯 Helping hunters find what others miss

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#BugBounty #CyberSecurity #SecretHunter

🚨 Meta AI Support Bot Used to Hijack Instagram Accounts

A major security incident involving Meta's AI-powered support assistant has sparked concern across the cybersecurity community after researchers discovered that attackers could take over Instagram accounts by manipulating the AI support workflow. Meta has since patched the issue and is securing affected accounts.

🔍 What Happened?

Instead of exploiting a technical vulnerability in Instagram itself, attackers abused Meta's AI support assistant.

The reported attack flow was surprisingly simple:

• The attacker contacted Meta's AI support bot.
• The bot was convinced to associate a new email address with a target Instagram account.
• A verification code was sent to the attacker's email.
• The attacker completed the process and received a password reset option.
• Full account takeover followed.

Several high-profile accounts were reportedly affected, including well-known brands, public figures, and valuable "OG" usernames.

⚠️ Why This Matters

This wasn't a sophisticated exploit involving malware, zero-days, or advanced hacking techniques.

It was a failure in trust and identity verification.

The incident demonstrates a growing risk:

➡️ AI systems are increasingly being granted authority to perform sensitive actions.
➡️ If proper security controls are missing, AI can become an attack surface itself.
➡️ Security automation without strong validation creates opportunities for abuse.

💡 Key Lessons for Security Teams

1️⃣ Never allow AI systems to make identity-sensitive decisions without additional verification.

2️⃣ Treat account recovery flows as high-risk attack surfaces.

3️⃣ Every AI-powered support action should have strict authorization checks.

4️⃣ "User asked nicely" must never equal "User is authorized."

5️⃣ Human review should remain available for critical account actions.

🛡 Tips & Tricks For Users

✅ Enable Multi-Factor Authentication (MFA) on all important accounts.

✅ Use a unique email address for important social media accounts.

✅ Regularly review connected devices and active sessions.

✅ Remove old recovery methods you no longer control.

✅ Enable login alerts and security notifications.

✅ Monitor password reset emails, even if you didn't request them.

✅ Use a password manager and generate unique passwords.

✅ Review account recovery settings every few months.

🏆 Security Takeaway

For years, security professionals warned that account recovery is often weaker than account authentication.

This incident proves that even when the login system is secure, a flawed recovery process can undermine the entire security model.

The future is not "AI vs Human."

The future is AI + Security Controls.

Without the second part, incidents like this become inevitable.

#CyberSecurity #Meta #MetaAI #Instagram #AccountTakeover #SecurityResearch #InfoSec #BugBounty #ArtificialIntelligence #CyberNews
``

💰 ~$5,000 in Bug Bounties from a Single Finding Pattern

Over the last few days, I submitted 6 reports on a public bug bounty program:

✅ 5 High Severity reports accepted
⚠️ 1 Duplicate

The interesting part?

The initial lead came from Secret Hunter, which discovered hidden endpoints inside JavaScript files. After manual analysis, endpoint correlation, and impact chaining, I was able to expand the attack surface and identify the same vulnerability pattern across multiple related domains.

This highlights an important reality of bug bounty hunting:

🔍 Automation finds opportunities
🧠 Manual analysis creates impact
💰 Impact creates bounties

While automation uncovered the hidden attack surface, the real value came from manual validation, endpoint chaining, and understanding the application's logic.

---

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Repost

💰 ~$5,000 in Bug Bounties from a Single Finding Pattern

Over the last few days, I submitted 6 reports on a public bug bounty program:

✅ 5 High Severity reports accepted
⚠️ 1 Duplicate

The interesting part?

The initial lead came from Secret Hunter , which discovered hidden endpoints inside JavaScript files. After manual analysis, endpoint correlation, and impact chaining, I was able to expand the attack surface and identify the same vulnerability pattern across multiple related domains.

This highlights an important reality of bug bounty hunting:

🔍 Automation finds opportunities
🧠 Manual analysis creates impact
💰 Impact creates bounties

While automation uncovered the hidden attack surface, the real value came from manual validation, endpoint chaining, and understanding the application's logic.

---

🔥 LIMITED OFFER — 3 DAYS ONLY

💵 1 Month: $25
💵 3 Months: $50

---

📩 Contact

➡️ https://t.me/apesofficial

🚨 LIMITED-TIME OFFER – ONLY 3 DAYS! 🚨

Want to learn real Bug Bounty through practical, reward-winning cases?

📘 3 Bugs That Pay – Volume 1

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🔥 Secret Hunter subscribers get an exclusive price of just $40!

Inside the book you'll learn:
✅ Professional reconnaissance techniques
✅ JavaScript analysis & endpoint discovery
✅ Finding and exploiting real-world vulnerabilities
✅ 3 complete Bug Bounty reports from recon to final submission
✅ The exact tools, payloads, and methodology used

⏳ This offer is available for 3 days only.

📩 To claim the discount, contact me directly :
@apesofficial

💁‍♂️You can check the full book topics at: https://onlysecurity.com/courses/3-bugs-thats-pay-book-v1/

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1 month : 25$
3 months: 50$

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# 🔥 Hunting IDN Homograph Vulnerabilities in Bug Bounty Programs

An IDN Homograph Attack abuses visually similar Unicode characters to create domains that appear identical to legitimate ones.

Example:

Legitimate:
https://hackerone.com

Lookalike:
https://hаckerone.com

The second domain uses a Unicode character instead of the standard Latin letter, making it look nearly identical to the human eye.

## Where to Look

Focus on features that trust or validate domain names:

- OAuth Redirect URI validation
- SSO integrations
- Email domain verification
- Organization or workspace domain ownership
- Webhook allowlists
- CORS origin validation
- Trusted domain allowlists
- Import/sync integrations

## Testing Workflow

1. Identify a feature that validates or trusts a domain.
2. Understand how the application performs the validation (registration, verification, redirect, etc.).
3. Register a lookalike IDN domain using Unicode characters that resemble the target domain (only if permitted by the bug bounty program and applicable laws).
4. Complete the normal verification process with your own controlled domain.
5. Observe whether the application incorrectly treats your lookalike domain as the legitimate one.
6. Verify whether this leads to a security impact, such as bypassing a domain restriction, associating an unauthorized organization, or accepting an untrusted redirect.
7. Document the root cause, impact, and evidence, and report it responsibly.

## Things to Watch For

- Unicode normalization issues
- Punycode conversion inconsistencies
- Case-insensitive comparisons without canonicalization
- Visual-only domain validation
- Weak allowlist implementations

## Important Note

A lookalike domain alone is not a vulnerability. The issue exists only when the application's validation logic incorrectly trusts or equates the malicious domain with the legitimate one.

#BugBounty #CyberSecurity #AppSec #IDN #Unicode #Homograph #OAuth #SSO #WebSecurity

🚨 Your decision will determine what's next

🚨The poll made the decision easy

The next book in the "3 Bugs That's Pay" series will be entirely dedicated to one vulnerability class:

HTTP Request Smuggling

Why?

Because this single vulnerability class has earned me $62,654 in BB rewards

It's the complete methodology I use in real bug bounty engagements

Inside the book you'll learn:

• The theory behind every desynchronization type (CL.TE, TE.CL, TE.TE, CL.0, CL.CL)
• How to fingerprint targets before wasting time testing
• A practical recon methodology
• Modern detection techniques
• Eliminating false positives
• Reliable confirmation methods
• Advanced exploitation (Cache Poisoning, Session Hijacking, Auth Bypass)
• CDN & WAF testing strategies
• 4 real-world case studies
• Professional report writing
• CVSS & severity negotiation
• Ready-to-use payloads
• Ready-to-use report templates
• Complete testing checklist

It's the exact workflow I refined through years of hunting and real-world bug bounty experience.

More updates soon🚀

🔥A quick look at what's inside the upcoming HTTP Request Smuggling book.

✔ Fundamentals
✔ Recon Methodology
✔ Fingerprinting
✔ Detection
✔ Eliminating False Positives
✔ Exploitation
✔ Case Studies
✔ Report Writing
✔ CVSS & Severity Negotiation
✔ Payloads
✔ Checklists

Everything is based on real-world bug bounty experience.

🚀Stay tuned.

#BugBounty #HTTPRequestSmuggling #AppSec

# 🧠 Methodology > Payloads

One of the biggest mistakes I see in HTTP Request Smuggling hunting is starting with payloads.

I don't.

Every target is different.

Before sending a single payload, I first fingerprint the architecture, understand the request flow, identify the front-end and back-end behavior, and only then start testing.

That's exactly the methodology I cover in the upcoming 3 Bugs That's Pay – HTTP Request Smuggling.

Because finding HRS bugs isn't about luck—it's about having a repeatable process.

🚀 More previews coming soon.

#BugBounty #HTTPRequestSmuggling #AppSec