We've crafted the IEC framework as a means to simplify experimentation. It's an intuitive system that breaks down the complexity of experimental design into a clear, visual structure, making it accessible and actionable.

Creating the IEC Matrix The IEC framework organizes experimental variables into a 20-slot matrix. We combine the letters [A-D] with the numbers [1-5] to generate distinct cells, like 'A1' or 'C4'. Each cell is a potential home for an experimental variable, providing a neat, standardized slot for every test case.

Key Advantages of the IEC

• Ease of Use: The accompanying visual demystifies how variables come together, making complex arrangements easy to manage.
• Consistency: It ensures uniformity across experiments, essential for accurate cross-comparison and scalability.
• Versatility: Adapt the framework to any experiment's needs—whether in digital marketing, product development, or social research.
• Filter-Friendly: With cells marked as fixed values, filtering is a breeze, letting you pinpoint data segments quickly.

Why It Matters The IEC framework, with its visual aid, is more than a methodology—it's about building a culture where experimentation is as normal and necessary as checking your email. It's a tool designed to be used, understood, and trusted, as we continue to expand the boundaries of what's possible through data.

Example Snippet

// Function to generate a random Icosagonian Experimentation Cell value
function getRandomIECValue() {
    const letters = ['a', 'b', 'c', 'd']; // Possible letter values
    const numbers = [1, 2, 3, 4, 5]; // Possible number values
    const randomLetter = letters[Math.floor(Math.random() * letters.length)];
    const randomNumber = numbers[Math.floor(Math.random() * numbers.length)];
    return randomLetter + randomNumber;
}

// Example usage
console.log(getRandomIECValue()); //Store this in you customer DB