Jupyter Pros and Cons
September 27, 2021

Jupyter Pros and Cons

Rita Lo | TrustRadius Reviewer
Score 10 out of 10
Vetted Review
Verified User

Overall Satisfaction with Jupyter Notebook

Jupyter notebooks are widely used by our Science and Analytics departments to analyze data, make forecasts, clean/wrangle data, graph visualizations, create machine learning models, and perform a suite of analyses to best understand our business landscape.
  • Sharing/showcasing work in a step by step manner
  • Exploratory data analysis/viewing code in-line
  • Data exploration/visualization
  • Switch between different coding languages
  • No IDE integration/linting
  • No testing integrations
  • Difficult to view changes in GitHub
  • Notebook harder to productionize than scripts
  • Data Visualization
  • Machine Learning
  • Statistical Modeling
  • Positive understanding of where to invest next
  • Greater exposure to current business trends and forecasts
  • Pinpoint market leaders/laggers
Jupyter is still the most well known and widely used platform I've seen. Using it over other competition like Zeppelin simply because of its availability, and my familiarity with its functionality.

Do you think Jupyter Notebook delivers good value for the price?

Yes

Are you happy with Jupyter Notebook's feature set?

Yes

Did Jupyter Notebook live up to sales and marketing promises?

Yes

Did implementation of Jupyter Notebook go as expected?

I wasn't involved with the implementation phase

Would you buy Jupyter Notebook again?

Yes

Jupyter notebooks are great for data science, especially if you want to clean and transform data, and explore outcomes/visualize/model in real-time. Once you have a successful logic built out, though, it's best to move the code away from a notebook for production.

Jupyter Notebook Feature Ratings

Connect to Multiple Data Sources
9
Extend Existing Data Sources
9
Automatic Data Format Detection
9
Visualization
10
Interactive Data Analysis
9
Interactive Data Cleaning and Enrichment
9
Data Transformations
9
Multiple Model Development Languages and Tools
10
Automated Machine Learning
9
Single platform for multiple model development
10
Self-Service Model Delivery
9