A panel of experts from AWS, G-P, and AntStack discuss the practical impact of Generative AI on software development. They explore how AI is used as an accelerant for productivity, the challenges of applying it to large-scale system design, its role in modernization, and the future implications for developer careers and safety-critical systems.
Mati and Piotr, the founders of ElevenLabs, discuss their journey from a weekend project to a major player in voice AI. They cover their unique remote-first culture, their philosophy of combining product and research, and their vision for voice as the next fundamental human-computer interface, aiming to create AI that can pass a 'vocal Turing test'.
Dr. Ewelina Kurtys of FinalSpark discusses the ambitious goal of building computers from living neurons, aiming for a 1-million-fold increase in energy efficiency over digital systems. The conversation delves into the technical challenges of neural encoding and plasticity, the use of brain organoids, and the profound ethical and philosophical questions surrounding determinism and consciousness in biological hardware.
Uma Ramadoss from AWS explains the core concepts of Agentic AI, differentiating it from standard AI workflows. The session covers how to build agentic systems on AWS using services like Bedrock and Step Functions, and open-source frameworks like Strands SDK, emphasizing practical architecture, context enrichment, and the importance of verification.
YC Visiting Partner Francois Chaubard and YC General Partner Ankit Gupta break down diffusion, the machine learning framework behind generative AI models like Sora and Midjourney. They discuss its core principles, trace its evolution from complex KL-divergence methods to the elegant simplicity of flow matching, and explore its vast applications beyond images, from protein folding to robotics, arguing it's a key component for future AI systems.
Shahbuland Matiana and Andrew Lapp from Overworld Labs introduce Waypoint 1, a 2 billion-parameter open-source world simulation model designed to run on consumer hardware at 60 FPS. They discuss its novel architecture, which combines a causal language model with an image diffusion model to denoise frames in real-time based on user prompts and controller inputs, emphasizing low-latency interaction and the importance of local execution for user privacy.