AGISystem2 Research

Systems Languages for ML

Technical evaluation of Rust-based frameworks for high-performance inference.

Language-Level Bottlenecks

The limitations of interpreted languages (such as Python's Global Interpreter Lock) often constrain high-performance inference. Rust is emerging as an alternative, providing memory safety and control over computational primitives comparable to C++.

Candle (Hugging Face)

A minimalist ML framework designed for Serverless Inference. Its objective is to eliminate the dependencies of heavy frameworks like PyTorch, enabling small binary sizes and rapid cold starts on CPU-based cloud functions.

Burn: Optimized Execution Graphs

Burn is a deep learning framework focused on performance and portability. The CubeCL backend generates optimized kernels for specific hardware targets, adapting to vector extensions such as AVX and NEON via JIT Compilation.

Technical Feature Candle Burn
Design Goal Lightweight deployment Graph flexibility and custom kernels
Backend Strategy External library bindings Native code generation (JIT)
CPU Performance High (via optimized BLAS) High (via hardware-specific adaptivity)