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Machine Learning
JAX
Functional, differentiable, JIT-compiled NumPy on steroids
What it is
Google's high-performance ML library — NumPy with autograd, JIT compilation (XLA), and easy parallelism (pmap, vmap). The framework behind Gemini and most modern Google research.
How Vaaani uses it
- Research-scale training on TPU or GPU clusters
- Custom gradient computations for non-standard objectives
- Vectorized scientific computing (physics, biology models)
- Functional purity makes large-scale training reproducible
Why it makes the cut
When throughput on a multi-GPU box matters and the team is comfortable with functional programming, JAX is unbeaten.
Sample code
import jax, jax.numpy as jnp from jax import grad, jit def loss(w, x, y): return jnp.mean((jnp.dot(x, w) - y) ** 2) grad_loss = jit(grad(loss))
Related in the Vaaani stack
Have a project that needs JAX?
30-min discovery call. You describe the busywork; I map it to an AI worker and a budget.