Tesseract Core – Autodiff-native, self-documenting software components
Tesseract Core is a command line app + Python SDK that lets scientists and engineers wrap complex scientific and machine learning code into containerized, self-documenting, differentiable functions—making them easier to use, compose, serve, share, and deploy. Its main use case is to build end-to-end differentiable pipelines consisting of wildly different components like physical simulators, geometric operators like differentiable meshers / renderers, generic data transforms, and neural networks. Just installing these heterogeneous components can be a challenge for scientists who simply…
In plain words
Tesseract Core is a command line tool and Python SDK that wraps scientific and machine learning code into containerized, self-documenting, differentiable functions. It enables scientists and engineers to build end-to-end differentiable pipelines combining physical simulators, geometric operators, data transforms, and neural networks. The tool simplifies installation and integration of heterogeneous components into optimization-driven workflows, using Pydantic as its foundation to streamline development.
written from the facts on this page · September 2026
From the sources
In the maker’s words, at launch
Tesseract Core is a command line app + Python SDK that lets scientists and engineers wrap complex scientific and machine learning code into containerized, self-documenting, differentiable functions—making them easier to use, compose, serve, share, and deploy. Its main use case is to build end-to-end differentiable pipelines consisting of wildly different components like physical simulators, geometric operators like differentiable meshers / renderers, generic data transforms, and neural networks. Just installing these heterogeneous components can be a challenge for scientists who simply want to get things done—let alone integrating them into large-scale, optimization-driven workflows. We’re deeply inspired by the way JAX primitives work to expose their functionality [1]. Tesseracts are taking this one step further by building on top of a modern Python stack with Pydantic at its core, used as a DSL to define schemas for expected inputs and outputs (+ some custom sugar to handle arrays and differentiability) [2]. One user-given schema informs all other endpoint schemas, i.e., simply by defining the schema for apply we also generate one for jacobian, vector_jacobian_product, abstract_eval, ..., via some Pydantic metaprogramming [3]. This allows R&D staff to provide minimal config and essentially auto-generate a Docker container wrapping their software in a way that’s ready for RPC (locally and over the network). [1] https://docs.jax.dev/en/latest/jax-primitives.html [2] https://github.com/pasteurlabs/tesseract-core/blob/675e07c95... [3] https://github.com/pasteurlabs/tesseract-core/blob/675e07c95...
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