Subvolts take Make AI programmable: learn about DSPy, a new way to control LLMs beyond simple prompts. Nov 18, 2025
For you
Developers
Learn about DSPy, a new framework for programming LLMs that aims to improve control and reliability.
Business
Understand how new tools can make AI systems more predictable and useful for business applications.
Hype note
3/5Notable

This episode features a researcher presenting a novel approach to LLM programming that could significantly impact AI development tools.

How Foundation Models Evolved: A PhD Journey Through AI's Breakthrough Era

57 min Interview Hosts: a16z
0:0057:06

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From Subvolts

Summary and analysis by Subvolts editorial, AI-assisted.

Summary

This AI + a16z podcast episode features Omar Khattab discussing his journey creating DSPy, a new programming paradigm for LLMs. Khattab argues that current approaches to interacting with AI are backward, proposing a middle ground between code and natural language to make AI systems more programmable and reliable. The conversation explores the implications for AI's future as infrastructure.

Explained simply

Imagine telling a computer exactly what you want it to do, but using a mix of simple instructions and plain English. This episode explains a new method called DSPy that makes AI models more predictable and easier to program, moving past just typing questions.

Why listen

This episode is for developers and researchers grappling with LLM control. Khattab's DSPy offers a concrete solution to the "prompt engineering" problem, aiming to make AI intent programmable. This directly addresses a core challenge for all frontier labs like OpenAI, Google Gemini, and Anthropic as they build more capable models. Listeners will learn about a potential new layer for AI development, moving beyond simple prompts to more structured interaction.

On the mic
  • Hosta16z
  • GuestOmar KhattabStanford PhD, Stanford
About
Key facts
  • Guest: Omar Khattab, Stanford PhD
  • Show: AI + a16z
  • Length: 57 minutes
  • Topic: DSPy, a new paradigm for making LLMs programmable
  • Problem Addressed: The gap between user intent and AI instruction
Show notes from a16z

The Stanford PhD who built DSPy thought he was just creating better prompts—until he realized he'd accidentally invented a new paradigm that makes LLMs actually programmable. 

While everyone obsesses over whether LLMs will get us to AGI, Omar Khattab is solving a more urgent problem: the gap between what you want AI to do and your ability to tell it, the absence of a real programming language for intent. He argues the entire field has been approaching this backwards, treating natural language prompts as the interface when we actually need something between imperative code and pure English, and the implications could determine whether AI systems remain unpredictable black boxes or become the reliable infrastructure layer everyone's betting on.

Follow Omar Khattab on X: https://x.com/lateinteraction

Follow Martin Casado on X: https://x.com/martin_casado

 

Check out everything a16z is doing with artificial intelligence here, including articles, projects, and more podcasts.

 


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Jargon decoded
Foundation Models
Omar Khattab
The large, general-purpose AI models that power many AI applications.
LLMs
Omar Khattab
Large Language Models, AI systems trained on vast amounts of text data.
AGI
Omar Khattab
Artificial General Intelligence, AI with human-like cognitive abilities.
Paradigm
Omar Khattab
A fundamental way of thinking about or doing something.
Published
Show
AI + a16z · a16z
Length
57 min
Companies
OpenAI, Google, Anthropic
Products
DSPy
Summary by
Subvolts, using an AI model (how we work). Spotted a mistake? Tell us.

Questions people ask

What is DSPy?
DSPy is a new programming paradigm that makes large language models (LLMs) more programmable and controllable, moving beyond simple natural language prompts.
What problem does DSPy solve?
It addresses the gap between what users want AI to do and their ability to instruct it, aiming to make AI systems more predictable and reliable.

Page generated Oct 19, 2026. Summaries are Subvolts' own; the audio, artwork and notes belong to a16z.