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Best Anglican Alternatives ranked by AI · updated Aug 2026
Anglican is a probabilistic programming language embedded in Clojure. It supports stochastic procedures and inference algorithms for researchers and developers who want probabilistic models in a Lisp-based environment.
Top 6 Anglican alternatives
Turing is a platform that provides remote developers and teams on demand.
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Hansei is an open-source probabilistic programming library for Clojure developers. It supports Bayesian inference by combining probabilistic models with Clojure's functional programming...
Pros
- Integrates probabilistic programming directly with Clojure
- Supports expressive generative models and Bayesian inference
- Open-source and extensible for research use
Cons
- Much smaller ecosystem than PyMC or Stan
- Requires familiarity with Clojure and functional programming
- Fewer tutorials, integrations, and production tools than mainstream alternatives
4
PyMC
PyMC Developers
PyMC is an open-source Python framework for Bayesian statistical modeling and probabilistic machine learning. It targets data scientists and statisticians, with high-level...
Pros
- Higher-level model syntax than Pyro for conventional Bayesian analysis
- Strong documentation and broad statistical-modeling examples
- Supports NUTS, other MCMC methods, and variational inference
Cons
- Less natural integration with deep-learning architectures than Pyro
- Complex custom inference can require lower-level work
- GPU acceleration is less central than in Pyro's PyTorch workflow
5
NumPyro
NumPyro Developers
NumPyro is a lightweight probabilistic programming framework built on JAX and inspired by Pyro. It is aimed at researchers and engineers who...
Pros
- Very close Pyro model concepts with fast JAX execution
- Strong support for JIT compilation, vectorization, and accelerators
- Often faster than Pyro for large differentiable models
Cons
- JAX introduces a steeper compilation and functional-programming learning curve
- Smaller ecosystem and community than Pyro or PyMC
- Debugging transformed and JIT-compiled code can be difficult
6
WebPPL
WebPPL contributors
WebPPL is an open-source probabilistic programming language embedded in JavaScript. It is designed for teaching, cognitive modeling, and interactive probabilistic models in...
Pros
- More approachable for JavaScript developers than Hansei
- Runs in browser-oriented and JavaScript workflows
- Useful for teaching and interactive probabilistic models
Cons
- Less suitable for large-scale statistical computing than Stan or NumPyro
- Smaller ecosystem and fewer production integrations
- Inference performance is generally weaker than compiled or JAX-based tools
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