1. Scalability and Real-time Processing: Continuous Machine Learning focuses on the real-time processing of streaming data for model updates, making it suitable for applications that require instant adjustments to changing data patterns. In contrast, Streamlit is a web application framework that focuses on creating interactive and visually appealing dashboards for machine learning models, with less emphasis on real-time updates.

2. Deployment and User Interaction: Continuous Machine Learning is typically employed in production environments where models need to be continuously updated, while Streamlit is commonly used for building user-friendly interfaces for machine learning projects with minimal deployment requirements, making it more suitable for rapid prototyping and testing.

3. Model Updating and Algorithm Flexibility: Continuous Machine Learning allows for the automatic updating of models with incoming data streams and supports a wide range of machine learning algorithms for adaptation. On the other hand, Streamlit primarily focuses on visualizing pre-trained models and does not emphasize on automated model updates or algorithm flexibility.

4. Data Processing and Feature Engineering: Continuous Machine Learning platforms often integrate with data processing tools for feature engineering and data manipulation to support real-time model updates, whereas Streamlit prioritizes the visualization and interpretation of pre-processed data without extensive built-in data manipulation capabilities.

5. Automation and Monitoring: Continuous Machine Learning systems are designed for automated model training, evaluation, and monitoring of performance metrics, providing insights on model behavior over time. Streamlit, however, relies on manual user interactions for model adjustments and lacks built-in monitoring features for tracking model performance dynamically.

6. Complexity and Integration: Continuous Machine Learning setups tend to be more complex due to the real-time processing and model updating requirements, often requiring specialized infrastructure and expertise. In contrast, Streamlit offers simpler integration with existing machine learning models and libraries, making it easier to create interactive demos and applications without extensive technical knowledge.

In Summary, Continuous Machine Learning prioritizes real-time model updates and scalability for production environments, whereas Streamlit focuses on creating interactive dashboards and user-friendly interfaces for machine learning projects with less emphasis on real-time processing.