Slim Down Your Code, Supercharge Your Workflow

Introducing SlimFast by Modular Rocks—transforming your bloated code into lean, readable, and modular systems using AST parsing and AI-powered optimization.

Get Started with SlimFast

The SlimFast Advantage

Automated AST Parsing

We analyze every file in your codebase using advanced AST parsing, breaking down large and complex systems into efficient modules.

Intelligent Modularization

Using AI-powered insights, SlimFast reorganizes your code into manageable pieces, increasing efficiency and scalability.

Readable, Neat Code

Your code will be transformed into a clean, well-structured format, making it easier to maintain and collaborate on.

Reusability and Harmonization

SlimFast identifies reusable modules and harmonizes them across your codebase, reducing overall code size and increasing efficiency.

Open-Source Suggestions

SlimFast suggests which modules are ideal for open-sourcing, allowing you to share valuable code with the public and contribute to the community.

Modular Developer Access

Grant developers access to specific modules or files, allowing them to work within defined areas of the codebase while keeping the rest secure and private.

Learn More About SlimFast

How SlimFast Works

Step 1:

AST Analysis

We analyze the AST (Abstract Syntax Tree) of every file in your codebase to understand its structure.

Step 2:

Modularization

SlimFast extracts critical pieces and modularizes them for better efficiency and readability.

Step 3:

Optimization

Our AI analyzes the AST parts and optimizes your code to be more modular, readable, and maintainable.

Step 4:

Result

You get a slimmer, cleaner codebase, improving your workflow and making collaboration easier.

        
          function determinePrice(category, currentPrice, discount) {
            if (category === "electronics") {
              currentPrice -= 10; 
              if (currentPrice < 50) {
                currentPrice -= 5; 
              }
            } else if (category === "clothing") {
              currentPrice -= 5;
              if (currentPrice > 75) {
                currentPrice -= 10;
              }
            } else if (category === "groceries") {
              currentPrice -= 3; 
            }
    
            if (discount) {
              currentPrice *= 0.9; 
            }
    
            return finalPrice;
          }

→

        
          function determinePrice(category, currentPrice, discount) {
            currentPrice = applyElectronicsPricing(category, currentPrice);
            currentPrice = applyClothingPricing(category, currentPrice);
            currentPrice = applyGroceriesPricing(category, currentPrice);
            discount && applyDiscount(currentPrice);
    
            return currentPrice;
          }