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AI-Powered JavaScript Framework
Optimized for Speed
& Scalability
Built for the Future

Bleu.js is a next-level, AI-powered JavaScript framework built for speed, seamless integrations, and intelligent features that adapt to your development workflow.

Get Started Take the Next-10 Survey

import { createBleu } from 'bleujs';
const app = createBleu({  mode: 'streaming',  optimizations: 'auto'});
app.generate('Hello, Bleu.js!')  .then(result => {    console.log(result);  });

View on npm Get Started Explore AI

3,000+

Developers Using Bleu.js

~30ms

Ultra-Low API Latency

99.3%

High Reliability & Uptime

Learn more what Bleu.js is able to offer with our Learning materials.

Real-time AI assistance

Performance-optimized

Developer-friendly

NEWNeural UI Generation

Why Choose Bleu.js?

The next-generation JavaScript framework designed for speed, AI-powered enhancements, and developer ease.

Lightning Fast Performance

Experience unmatched speed with Bleu.js, built for efficiency and optimized rendering.

Developer-Friendly API

Bleu.js provides an intuitive and clean API, making development smoother and more enjoyable.

AI-Powered Enhancements

Leverage AI-driven optimizations to enhance performance, debugging, and code suggestions.

Smart Asset Optimization

AI-powered optimization of images, scripts, and other assets for optimal loading performance.

Real-time Performance Monitoring

Advanced monitoring tools that provide real-time insights into your application's performance and health.

Intelligent Error Handling

AI-driven error detection and recovery system that helps prevent and resolve issues before they impact users.

Get Started with Bleu.js View on GitHub

Intelligent AI Components

Experience the future of AI with our cutting-edge components designed to enhance your development workflow

Core AI Capabilities

Our AI components provide powerful capabilities for modern applications:

Natural Language Processing

Advanced text understanding and generation
Real-time language translation and analysis
Sentiment analysis and intent recognition

Code Intelligence

Smart code completion and suggestions
Automated code optimization
Intelligent bug detection and fixes

Performance Optimization

Dynamic resource allocation
Automated performance tuning
Smart caching strategies

Response Time

15ms

Average

Accuracy

99.8%

NLP Tasks

Memory Usage

45MB

Per Instance

Uptime

99.99%

SLA

Live AI Metrics

Real-time monitoring of AI components and neural network performance:

🧠

(Processing)

Model Accuracy

98.5%

Training Progress

Epoch 45/100

⚡

(Layer 3/5)

GPU Utilization

78%

Memory Usage

4.2GB

📊

(2 Training, 1 Inference)

Bleu.js v1.1.3

AI Mode Active

Implementation Guide

// Initialize AI components const ai = new BleuAI({ models: ['gpt-4', 'llama-2'], options: { gpu: true, batchSize: 32 } }); // Monitor performance ai.on('metrics', (data) => { console.log('AI Metrics:', data); });

Python Integration

Seamlessly integrate Python with Bleu.js for enhanced development capabilities and AI-powered features.

Integration

Seamlessly integrate Python with our advanced AI components and debugging tools.

# Install the pack
pip install bleujs

from bleujs_utils import ai_query

# Use AI query tools
response = ai_query("What is the weather today?")

Models

Access our rule-based AI framework with advanced debugging and code quality tools.

from bleujs_utils import some_utility_function

# Use utility functions for AI integration
result = some_utility_function(input_data)
print(result)

Implementation

Simple and intuitive API design for quick integration and code quality assurance.

# Use the CLI tool
bleujs-utils-cli --help

# Or use the Python API
from bleujs_utils.quality import analyze_code
result = analyze_code(code)

Live Integration Metrics

Real-time monitoring of Python integration with Bleu.js v1.1.3:

🔄

(Connected)

API Response Time

45ms

Memory Usage

128MB

📊

(3 active)

CPU Usage

12%

Queue Size

⚡

(Processing batch 3/5)

Bleu.js v1.1.3

Integration Mode

Next Steps

Run Tests

Execute the test suite to verify the functionality of the application.

pnpm test

Running the Application

Start the core engine to run the application in development mode.

cd core-engine
node src/index.mjs

Testing the API

Use these commands to test the API endpoints and verify integration.

api_curl_tests.sh

XGBoost Model Training

Bleu.js includes a robust machine learning pipeline with XGBoost integration for high-performance model training and deployment.

XGBoost Training Pipeline

Our advanced training pipeline includes comprehensive features for optimal model performance:

Data Preprocessing

Automated feature scaling and normalization
Missing value handling with advanced imputation
Feature selection and importance analysis

Model Training

Hyperparameter optimization with Optuna
Cross-validation with stratified sampling
Early stopping and model checkpointing

Performance Monitoring

Real-time training metrics visualization
Resource usage tracking and optimization
Model performance benchmarking

Best Accuracy

0.9450

±0.002

Best ROC-AUC

0.9869

±0.001

Best F1 Score

0.9488

±0.003

Best Precision

0.9444

±0.002

Implementation Guide

1. Environment Setup

Activate the Virtual Environment and install dependencies:

source ~/Bleu.js/bleujs-env/bin/activate

pip install -r requirements.txt

2. Model Training

Train a new XGBoost model with custom parameters:

python train_xgboost.py \ --data_path data/processed/train.csv \ --model_path models/xgboost_v1.1.3.json \ --params '{"max_depth": 6, "learning_rate": 0.1}' \ --n_trials 100

3. Model Inference

Use the trained model for predictions:

from xgboost_model import predict # Example input features input_features = [0.5, 0.3, 0.8, 1.2, 0.7, 0.9, 1.1, 0.6, 0.4, 1.0] # Get prediction with confidence score result = predict(input_features, return_confidence=True) print(f"Prediction: {result.prediction}") print(f"Confidence: {result.confidence:.2f}")

4. Deployment Options

AWS Lambda

Flask

FastAPI

Docker

Kubernetes

Azure ML

Live Training Metrics

Real-time monitoring of XGBoost model training with Bleu.js v1.1.3:

🎯

(Epoch 45/100)

Training Loss

0.0234

Validation Loss

0.0289

📊

(Top 3: 0.45, 0.32, 0.23)

Learning Rate

0.01

GPU Memory

4.2GB

⚡

(Tree 12/50)

Bleu.js v1.1.3

Training Mode

LLaMA Model Integration

Harness the power of state-of-the-art language models with Bleu.js's seamless LLaMA integration for advanced AI capabilities.

Core Capabilities

Our LLaMA integration provides powerful features for advanced language processing:

Model Features

70B parameter model with optimized inference
Multi-turn conversation support
Context-aware responses

Performance Optimization

Quantized model variants for efficiency
Dynamic batching and caching
GPU acceleration support

Advanced Features

Fine-tuning capabilities
Custom prompt engineering
Multi-modal input support

Response Time

25ms

Average

Context Length

32K

Tokens

Memory Usage

16GB

GPU RAM

Accuracy

98.5%

Benchmark

Implementation Guide

1. Model Setup

Initialize the LLaMA model with Bleu.js:

import { BleuJS } from 'bleujs'; const bleu = new BleuJS({ apiKey: process.env.BLEU_API_KEY, modelConfig: { type: 'llama', version: '2-70b', parameters: { temperature: 0.7, topP: 0.95, maxTokens: 2048 } } });

2. Basic Usage

Generate text with the LLaMA model:

// Single-turn generation const response = await bleu.generate({ prompt: 'Explain quantum computing', maxTokens: 200 }); // Multi-turn conversation const chat = await bleu.chat.create(); await chat.send('What is machine learning?'); const reply = await chat.send('Can you elaborate on that?');

3. Advanced Features

Utilize advanced LLaMA capabilities:

// Fine-tuning await bleu.models.fineTune({ model: 'llama-2-70b', trainingData: trainingData, epochs: 3 }); // Custom prompt engineering const prompt = bleu.prompts.create({ template: 'Answer as a {role}: {question}', variables: { role: 'expert', question: 'How does LLaMA work?' } });

4. Deployment Options

Docker

Kubernetes

AWS SageMaker

Azure ML

GCP Vertex AI

Local GPU

Live Performance Monitoring

Real-time metrics and performance data for LLaMA model with Bleu.js v1.1.3:

🤖

(Running)

Inference Speed

25ms

Memory Usage

16GB

📊

(3 tasks)

Context Length

32K

Accuracy

98.5%

⚡

(Processing)

Bleu.js v1.1.3

Live Mode

Code Generation

Transform your ideas into production-ready code with Bleu.js's advanced AI-powered code generation capabilities.

Core Capabilities

Our code generation engine provides powerful features for modern development:

Code Synthesis

Full-stack application generation
API endpoint creation
Database schema design

Code Optimization

Performance improvements
Security best practices
Code refactoring

Advanced Features

Multi-language support
Framework integration
Custom templates

Generation Speed

50ms

Average

Languages

12+

Supported

Accuracy

99.2%

Benchmark

Templates

100+

Available

Implementation Guide

1. Basic Generation

Generate code from natural language descriptions:

2. Advanced Generation

Generate complete applications with multiple components:

⚡|

3. Code Optimization

Optimize existing code for better performance:

⚡

✓

(2.3s)

⚡

(-45% RAM)

⚡

(+60% faster)

4. Integration Options

REST API

CLI Tool

VS Code

Web IDE

GitHub Action

CI/CD

AI-Powered JavaScript FrameworkOptimized for Speed& ScalabilityBuilt for the Future

Why Choose Bleu.js?

Lightning Fast Performance

Developer-Friendly API

AI-Powered Enhancements

Smart Asset Optimization

Real-time Performance Monitoring

Intelligent Error Handling

Intelligent AI Components

Core AI Capabilities

Natural Language Processing

Code Intelligence

Performance Optimization

Live AI Metrics

Implementation Guide

Python Integration

Integration

Models

Implementation

Live Integration Metrics

Next Steps

Run Tests

Running the Application

Testing the API

XGBoost Model Training

XGBoost Training Pipeline

Data Preprocessing

Model Training

Performance Monitoring

Implementation Guide

1. Environment Setup

2. Model Training

3. Model Inference

4. Deployment Options

Live Training Metrics

LLaMA Model Integration

Core Capabilities

Model Features

Performance Optimization

Advanced Features

Implementation Guide

1. Model Setup

2. Basic Usage

3. Advanced Features

4. Deployment Options

Live Performance Monitoring

Code Generation

Core Capabilities

Code Synthesis

Code Optimization

Advanced Features

Implementation Guide

1. Basic Generation

2. Advanced Generation

3. Code Optimization

4. Integration Options

AI-Powered JavaScript Framework
Optimized for Speed
& Scalability
Built for the Future