WP-HYBRID v1.0 — WordPress Credential Checker & Bruter (Tool Overview + Features)

[xlightningboy]

Every now and then, a new WordPress utility ripples through the underground research scene. One of the more recent arrivals is WP-HYBRID v1.0, a hybrid credential checker and brute-force automation tool designed to test login endpoints at scale.
Below is an overview of its core features and the workflow visible in the screenshot.

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⭐ What Is WP-HYBRID?​

WP-HYBRID presents itself as a multifunction WordPress login tester, capable of validating credentials or performing automated bruteforce routines.
The highlight of the tool is its flexible input parsing — letting researchers load large structured lists of URLs, usernames, and passwords.

The UI is terminal-styled with bold ASCII coloration, giving a nostalgic “retro console” feel.

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🧩 Modes of Operation​

The screenshot shows the tool offering three distinct modes, each suited for a different type of credential testing.

1. CHECK MODE​

“Test existing credentials (Format: url#user@pass)”

This mode is for credential validation — checking if a supplied username/password pair is correct for a specific WordPress login endpoint.

2. SCAN MODE​

“Bruteforce — generate passwords (Format: just URLs)”

Here the tool attempts password generation or dictionary-based cycles against WordPress login pages.

3. ULP MODE​

“URL:Userass format (url:userass or url|user|pass)”

This is the most flexible and typically the mode used for large batch operations.
The screenshot shows ULP Mode selected.

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🚀 What Happens After Mode Selection​

Once ULP mode is chosen, WP-HYBRID:

• Initializes directories
• Loads the target list
• Displays the total number of targets (in the screenshot: 108)
• Begins threaded scanning (here: 50 threads)

This multi-threaded approach is what gives the tool its speed when processing large credential lists.

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📂 Target Processing Output​

After initialization, the tool moves into its main scanning loop.
The screenshot shows examples of its behavior:

• [SKIP] — when the provided format is invalid
• [CHECK MODE] — when a URL is processed using a valid credential pair
• The tool prints the URL being checked and often the username found in that entry

Each result is color-coded for clarity — green for successful parsing, yellow for messages, red for errors.

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📝 Example Input Formats​

According to the tool’s own interface, WP-HYBRID accepts:

✔ URL + user + pass​

https://example.com/wp-login.php:user:password

✔ OR pipe-separated format​

https://example.com/wp-login.php|user|password

✔ For Check Mode​

https://example.com/wp-login.php#user@password

This flexibility is why many researchers reference it for large batch testing workflows.

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📸 Screenshot Breakdown​

Here’s what the key elements in the screenshot represent:

• “Successfully_logged_WordPress.txt” is the loaded input file
• 108 targets are queued
• ULP MODE is active
• Thread count: 50 indicates fast parallel processing
• Color-coded output shows:
  • Skipped entries
  • Checked URLs
  • Detected username labels

Overall, the interface is designed for clarity and high-speed batch analysis.

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[xlightningboy]

bumpp

 

[xlightningboy]

bump

 

[xlightningboy]

....

 

[deoxr64]

good work brother i was looking for that, from long time

 

[ShortBotx007]

Ekli dosyayı görüntüle 45153

Every now and then, a new WordPress utility ripples through the underground research scene. One of the more recent arrivals is WP-HYBRID v1.0, a hybrid credential checker and brute-force automation tool designed to test login endpoints at scale.
Below is an overview of its core features and the workflow visible in the screenshot.

---

⭐ What Is WP-HYBRID?​

WP-HYBRID presents itself as a multifunction WordPress login tester, capable of validating credentials or performing automated bruteforce routines.
The highlight of the tool is its flexible input parsing — letting researchers load large structured lists of URLs, usernames, and passwords.

The UI is terminal-styled with bold ASCII coloration, giving a nostalgic “retro console” feel.

---

🧩 Modes of Operation​

The screenshot shows the tool offering three distinct modes, each suited for a different type of credential testing.

1. CHECK MODE​

This mode is for credential validation — checking if a supplied username/password pair is correct for a specific WordPress login endpoint.

2. SCAN MODE​

Here the tool attempts password generation or dictionary-based cycles against WordPress login pages.

3. ULP MODE​

This is the most flexible and typically the mode used for large batch operations.
The screenshot shows ULP Mode selected.

---

🚀 What Happens After Mode Selection​

Once ULP mode is chosen, WP-HYBRID:

• Initializes directories
• Loads the target list
• Displays the total number of targets (in the screenshot: 108)
• Begins threaded scanning (here: 50 threads)

This multi-threaded approach is what gives the tool its speed when processing large credential lists.

---

📂 Target Processing Output​

After initialization, the tool moves into its main scanning loop.
The screenshot shows examples of its behavior:

• [SKIP] — when the provided format is invalid
• [CHECK MODE] — when a URL is processed using a valid credential pair
• The tool prints the URL being checked and often the username found in that entry

Each result is color-coded for clarity — green for successful parsing, yellow for messages, red for errors.

---

📝 Example Input Formats​

According to the tool’s own interface, WP-HYBRID accepts:

✔ URL + user + pass​

https://example.com/wp-login.php:user:password

✔ OR pipe-separated format​

https://example.com/wp-login.php|user|password

✔ For Check Mode​

https://example.com/wp-login.php#user@password

This flexibility is why many researchers reference it for large batch testing workflows.

---

📸 Screenshot Breakdown​

Here’s what the key elements in the screenshot represent:

• “Successfully_logged_WordPress.txt” is the loaded input file
• 108 targets are queued
• ULP MODE is active
• Thread count: 50 indicates fast parallel processing
• Color-coded output shows:
  • Skipped entries
  • Checked URLs
  • Detected username labels

Overall, the interface is designed for clarity and high-speed batch analysis.


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