This interactive playground is your personal laboratory for QuadB64. Experiment with different data, see how position-dependent alphabets work their magic, and witness firsthand how QuadB64 eliminates substring pollution. It’s like a sandbox for data encoding, but way more productive.

QuadB64 Interactive Encoding Playground

Overview

Imagine you’re a digital artist, and this playground is your canvas for exploring the intricate patterns of QuadB64. You can manipulate the input, choose your encoding palette, and watch as the position-dependent alphabets weave a unique, unforgeable tapestry of data.

Imagine you’re a puzzle master, and this playground is your ultimate challenge. You’ll discover how QuadB64 solves the complex riddle of substring pollution, ensuring that every piece of data fits perfectly into its designated spot, leaving no room for accidental matches.

This interactive playground allows you to experiment with QuadB64 encoding and see how position-dependent alphabets prevent substring pollution in real-time.

Interactive Encoder/Decoder

Try It Yourself

Input Text

Encoding Options

QuadB64 Encoded Output

Encoded output will appear here...

Position Analysis

Position breakdown will appear here...

Base64 vs QuadB64 Comparison

Encoding Type Result Substring Safety
Base64 - ❌ Vulnerable
QuadB64 - ✅ Protected

Position-Dependent Alphabet Visualization

Alphabet Rotation by Position

Position 0 (No Rotation)

ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/

Position 3 (Rotation = 1)

BCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/A

Position 6 (Rotation = 2)

CDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/AB

Substring Search Demonstration

Test Substring Pollution

Search Pattern

Search Results

Base64 Matches: -

QuadB64 Matches: -

False Positive Reduction: -

Performance Calculator

Estimate Your Benefits

Dataset Parameters

Estimated Performance Improvements

False Positive Reduction: -

Search Time Improvement: -

Storage Overhead: -

CPU Time Saved Daily: -

How It Works

Position-Dependent Encoding Process

  1. Input Chunking: Your input is divided into 3-byte chunks
  2. Position Calculation: Each chunk’s position determines its alphabet
  3. Alphabet Rotation: The Base64 alphabet is rotated based on position
  4. Encoding: Each chunk is encoded using its position-specific alphabet
  5. Result: Position-safe encoded string that prevents substring pollution

Key Benefits Demonstrated

  • Substring Safety: Search patterns match only at their original positions
  • Minimal Overhead: Only 1-2% storage increase
  • High Performance: Native implementations achieve near-Base64 speeds
  • Compatibility: Works with existing search infrastructure

Next Steps

Ready to implement QuadB64 in your project? Check out:

Copyright © 2024 UUBED Project. Distributed under the MIT License.