Skip to main content

Synchronizing texts in profiles

Written by Penny
Updated this week

πŸ“ Module: Text Management Overview

While the Synchronizer mirrors keyboard strokes from the Primary window by default, the Text panel provides a more robust and error-proof way to input data. It allows you to inject text directly into browser fields, bypassing the risks of network latency or mechanical typing errors.

1. Random number

The Random Number tool is designed to inject unique numeric values into each synchronized profile. Our system utilizes an intelligent Decimal Sensing logic that automatically determines the precision of the output based on your input format.

Core Formatting Rules

The system follows three distinct rules to ensure the generated numbers match your specific data requirements:

Input Format

Logic

Example

Same Decimal Places

Fixed Precision: The output will strictly match the number of decimal places provided in your range.

1.25 – 9.75 β†’ Result: 5.62 (Always 2 decimal places)

Different Decimal Places

Randomized Precision: The output will feature a varying number of decimal places within the range of your inputs.

1.2 – 9.12345 β†’ Result: 3.45 or 7.123 (1 to 5 decimal places)

Integers Only

Whole Numbers: If both inputs are integers, the system will only generate whole numbers.

1 – 100 β†’ Result: 42 (No decimals)

2. Unified text

This is the specialized guide for the Unified Text feature. This tool is the most efficient way to broadcast identical text data to every active window with a single click.

πŸ”€ Feature Focus: Unified Text

The Unified Text tool allows you to perform "one-to-many" text injection. Instead of manually typing in the Primary window and relying on stroke-mirroring (which can be affected by network lag), this feature pushes the entire string directly into the input buffer of all Secondary windows simultaneously.

Key Capabilities

  • Instant Broadcast: Injects the exact same string into the focused input field of every synchronized profile.

  • Format Preservation: Maintains capitalization, symbols, and spacing exactly as entered.

  • Error Prevention: Eliminates "desync" letters caused by typing too fast or having a high-latency proxy connection.

How to Use

  • Select Target Field: In your browser windows, ensure the cursor is blinking in the input field where you want the text to appear (e.g., a search bar, a password field, or a comment box).

  • Enter Text: Type or paste your desired content into the Unified text box in the Console.

  • Execute: Click the Input button at the bottom right of the text area.

    • The system will instantly populate the text across all windows.

    • If Human-like typing is enabled in your settings, the system will "type" the unified string character-by-character to simulate natural behavior.

Ideal Use Cases

  • Bulk Login: Entering the same password or verification phrase across multiple accounts.

  • Search Queries: Quickly directing all windows to search for the same keyword on Google, Twitter, or Amazon.

  • Form Filling: Populating common fields such as "City," "Country," or "Postal Code" that are identical for all profiles.

  • Command Execution: Pasting specific terminal commands or wallet addresses that need to be uniform.

πŸ’‘ Pro-Tip for Precision

If you need to enter text and then immediately "press Enter" across all windows, you can keep the Synchronizer active. After clicking Input in the Unified Text box, simply tap the Enter key on your physical keyboard. The "Enter" command will be mirrored from the Primary window to all others, submitting the text you just injected.

3. Personalized text

The Personalized Text feature is essential for workflows that require unique data for every account, such as different usernames, passwords, or recovery phrases.

3.1 Personalized Text without Random Text Generation

The Personalized Text module allows you to map specific strings of text to specific profiles. You can manage multiple data sets using tabs (T1, T2, +) and control exactly how the data is distributed using three distinct logic modes.

Distribution Modes

Mode

Distribution Logic

Ideal Use Case

Profile No.

ID-Based Mapping: Texts are assigned based on the profile's ID number. The system matches the line of text to the corresponding profile index in ascending or descending order.

When you have a dedicated database where "Account 1" must always use "Data A."

Sequence

Order-Based Mapping: The first line of text is always assigned to the Primary profile; all other lines are assigned to Secondary profiles in descending order.

When you have a sorted list of data and want to ensure the Primary window takes the lead.

Random

Stochastic Mapping: The system takes your list of text entries and shuffles them, randomly assigning one unique line to each window's text field.

To increase account entropy and prevent footprints when posting comments or filling forms.

Input Controls & Shortcuts

  • Data Entry:

    • Enter: Move to the next profile line to input new data.

    • Option + Enter: Create a line break within the same profile's text field (useful for multi-line comments or addresses).

  • Random Text (Toggle): When enabled, the system will apply additional randomization logic to the content itself (if pre-configured) to ensure maximum variety between accounts.

  • Tab Management: Click the "+" icon to create new sheets (T2, T3, etc.), allowing you to prep different stages of a form-filling process in advance. The maximum number of text tabs is 6.

How to Use

  • Prepare Your Data: Paste or type your unique strings into the table. Ensure the number of lines matches the number of profiles you are syncing.

  • Select Your Mode: Choose between Profile No., Sequence, or Random based on your workflow needs.

  • Target the Field: Ensure your cursor is active in the desired input field across all browser windows.

  • Execute: Click the blue Input button. The data will be dispatched to each window simultaneously according to your chosen logic.

3.2 Personalized Text with Random Text GenerationR

The Random Text Generation feature. This tool is located within the Personalized text section and is designed to create unique strings for each profile automatically, saving you the trouble of manual data entry.

3.2.1 Character combination

When you toggle the Random text switch to ON, the interface expands to reveal a powerful string generator. This is ideal for creating unique usernames, nicknames, or answers to security questions across multiple profiles.

Configuration Settings

  • Type: Select the generation logic.

    • Character combination: Creates a string based on the specific character types you toggle.

  • Length: Set the range for the string length.

    • Example: 3 – 8 means some windows will receive a 3-character string, while others might receive up to 8 characters.

  • Options (Character Sets):

    • Letters: Includes lowercase alphabetic characters ($a-z$).

    • Numbers: Includes numeric digits ($0-9$).

    • Capitalize first letter: Automatically ensures the first character is uppercase (e.g., Abc123).

    • Special characters: Includes symbols (e.g., !, @, #) for higher complexity.

How to Use

  • Open the Toggle: Click the Random text switch in the Personalized text module.

  • Define Your Parameters: Choose the length and character types required for your task.

  • Generate: Click the Generate button.

    • The system will instantly fill the Content table in your current tab (e.g., T1) with unique, randomized strings for every profile.

  • Review & Input: You can manually edit any of the generated strings in the table. Once satisfied, click the blue Input button to push these unique strings to your synchronized windows.

3.2.2 Uppercase Letters (A-Z)

This mode restricts the generator to capital alphabetic characters only. It is the ideal choice when a field requires formal or standardized abbreviations.

  • Logic: Generates unique strings using the 26 uppercase letters of the English alphabet.

  • Parameters:

    • Length: Set the range (e.g., 5–8). The system will ensure each profile receives a different capitalized string within that length.

  • Example Output: KBDXJ, PLMZNQ, WVYR.

3.2.3 Lowercase Letters (a-z)

This mode focuses exclusively on small alphabetic characters. It provides a clean, uniform look for accounts that require non-formal text entries.

  • Logic: Generates unique strings using the 26 lowercase letters of the English alphabet.

  • Parameters:

    • Length: Specify the character count. Setting it to 4–4 will force every window to receive exactly four letters.

  • Example Output: jkwq, rtps, mxlb.

3.2.4 Numbers (0-9)

This mode turns the generator into a numeric-only engine. It is perfect for bypassing fields that have "Number Only" validation rules.

  • Logic: Generates unique strings consisting strictly of numeric digits.

  • Parameters:

    • Length: Define the numeric length. For a 6-digit verification code simulation, use 6–6.

  • Example Output: 58293, 1047, 938271.

πŸ’‘ Pro-Tip for Security

If you are managing hundreds of accounts, use the Random mode combined with Human-like typing (found at the bottom of the Console). This combination ensures that not only is the data different for every account, but the speed and rhythm of the input vary as well, making the activity appear completely organic to anti-bot systems.

Did this answer your question?