HCL AION Engines
- INGESTOR (Data Ingestion): Data is ingested into AION from various sources.
- EXPLORER (Exploratory Data Analysis): The nature of data, feature relationships, model statistics, and performance information are shown to provide insights.
- TRANSFORMER (Data Processing): Data cleaning, preparation, and outlier detection are automated to enhance data quality and improve model accuracy.
- SELECTOR (Feature Selection): Statistical analysis identifies and keeps relevant features for model training, while removing unimportant features based on correlation and importance.
- LEARNER (Model Training/Hyperparameter Tuning): Configured models are trained, and the best parameters are selected based on hyperparameter tuning. Many algorithms are supported.
- PREDICTOR (Inference Service): Handles ML model serving and inference.
- OBSERVER (Model Monitoring): Monitors the model for input and output drift.
- EXPLAINER (Explainable AI): Explains the model and prediction uncertainty.
- CONVERTOR (Model Conversion): Converts generated models into formats suitable for embedded, cloud, or edge deployments.
- TESTER (Model Testing): Employs different testing methodologies to test the generated models.
- CODER (Machine Learning as Code): Automatically generates Python code for the ML pipeline components.
Key Features
- End-to-End: Manages AI lifecycle from data ingestion to deployment.
- Low-Code: Empowers users to build models without extensive programming skills.
- Data Ingestion: Ingests data from diverse sources effortlessly.
- Model Monitoring: Tracks performance and detects drifts to maintain accuracy.
- Reusable Code: Generates platform-independent code for enhanced adaptability.
- Automated Pipelines: Streamlines model versioning and deployment process automatically.
- Responsible AI: Provide confidence assessments for aligning with business needs.