Taming the AI Hardware Cambrian Explosion — Abdul Dakkak, Modular
This talk introduces Modular's approach to addressing the AI hardware Cambrian explosion by rebuilding the software stack from the ground up. It presents Mojo, a Pythonic systems language designed for high performance across CPUs, GPUs, and accelerators, aiming to match CUDA's performance with open-sourced kernels that claim to outperform vendor libraries and FlashAttention 4. The talk also introduces MAX, an inference framework that rethinks PyTorch-era assumptions to support thousands of model architectures and run across heterogeneous hardware (multi-GPU, multi-node, mixed hardware). Modular Cloud is presented as a tunable glass box to tie these components together. Benchmarks are shared comparing performance against vLLM and torch.compile on various hardware, demonstrating sub-second image generation and performance on models like Kimi K2.5, FLUX.2, AMD MI355, and Gemma 4.
More from the Low-Latency Inference Engineering Playbook trail
- How Inference Keeps Up with Our Insatiable Need for Tokens — Cerebras & Gimlet Labs
- Same Model, Different Speed: Why Your Inference Provider Matters — FriendliAI
- Latency Is a Budget. Humanlike Is the Goal. — Jesse Hall, LiveKit
- How MiniMax M3 Was Built: Sparse Attention and Native Multimodality — Olive Song
- From 15% to 90% GPU Utilization: Fix the Data Pipeline, Not the Model