From Theory to Practice: Crafting Differential Privacy Systems with Haskell
summary
A Haskell eDSL called DPella eDSL in Haskell provides runnable queries that statically report privacy cost and accuracy: a symbolic interpreter computes a privacy budget, an accuracy estimator returns confidence intervals, and an executor emits Laplace/Gaussian-noised outputs (demo on the 33k-row Adult dataset shows ~10k females with adjustable epsilon). The system uses static taint-based accuracy tracking to infer statistical independence (enabling CH bounds vs union bounds), tracks stability at the type level, is ~450 LOC, and is productionized by a startup.
AI-written summary · about
chapters (15)
- 0:00Introduction
- 2:51Personal connection
- 3:34Data privacy challenges
- 7:04Differential privacy and Liella
- 13:53Privacy budget and composition
- 17:30Live coding Liella in Haskell
- 24:38Sensitivity and stability
- 27:28Measuring accuracy
- 31:24Accuracy with independence
- 38:35Complex analytics with Liella
- 39:40Liella architecture recap
- 40:00Startup around differential privacy
- 45:02Legitimacy reflections
- 47:28Rethinking strategy
- 50:00Q&A
related talks
27mPrivacy-preserving statistical analyses
19mPractical Considerations for Differential Privacy
01h 00mPANEL: Statistical Theory, Privacy and Data Analysis
45mProving Differential Privacy via Relational Types
30mAccuracy First: Selecting a Differential Privacy Level for Accuracy-Constrained...
45mMaking Privacy Technology Accessible: Benchmarks and Platforms
17mPrivacy in Theory, Bugs in Practice: Grey-Box Testing for Differential Privacy Libraries
26mAaron Roth, Associate Professor, University of Pennsylvania, NYC 2017
