Skip to content

Using Cake for Surprise

Surprise is a Python scikit for building and analyzing recommender systems using collaborative filtering and matrix factorization.
Book a demo
testimonial-bg

Cake cut a year off our product development cycle. That's the difference between life and death for small companies

Dan Doe
President, Altis Labs

testimonial-bg

Cake cut a year off our product development cycle. That's the difference between life and death for small companies

Jane Doe
CEO, AMD

testimonial-bg

Cake cut a year off our product development cycle. That's the difference between life and death for small companies

Michael Doe
Vice President, Test Company

How it works

Build recommender systems with Surprise on Cake

Cake lets you develop and test collaborative filtering models with Surprise, adding automation, observability, and experiment tracking.

grid-2x2-check

Focus on recommendation techniques

Train matrix factorization, SVD, and neighborhood models easily.

grid-2x2-check

Experiment tracking built in

Use Cake to log parameters, results, and comparisons across datasets and methods.

grid-2x2-check

Governed AI pipelines

Wrap Surprise models in secure, reproducible workflows with versioning and policy enforcement.

Frequently asked questions about Cake and Surprise

What is Surprise?
Surprise is a Python library for building and analyzing recommendation systems based on collaborative filtering techniques.
How does Cake support Surprise?
Cake automates experiment tracking, policy control, and deployment for Surprise-based recommender models.
What types of algorithms does Surprise support?
It includes SVD, KNN, NMF, and other matrix factorization and similarity-based methods.
Can I run large-scale recommenders with Surprise?
Yes—Cake helps scale training and evaluation, though Surprise is mostly used for fast experimentation.
Does Cake help track recommendation performance?
Absolutely—Cake captures predictions, test scores, and comparisons across datasets and configs.