Pat Grady
Showing 1–15 of 51 transcripts.
- Sequoia Capital47 min
Chai Discovery's Bitter Lesson: Drug Design Is Another Scaling Problem
Josh Meier, Matt McPartlon, Pat Grady, Sonali Singh
Chai Discovery is industrializing drug discovery by deploying a simplified, AI-driven infrastructure that replaces traditional trial-and-error with scalable molecule design, partnering with major pharmaceutical firms like Eli Lilly and Pfizer rather than managing a full internal pipeline. The company's second-generation model has achieved a 15% binding success rate through diffusion-based generation and a continuous feedback loop from wet-lab experiments, effectively targeting historically undruggable biological structures. By shifting the industry toward computational "last in class" solutions, Chai aims to accelerate development timelines from months to days while ensuring extreme safety and manufacturability at the molecular generation stage.
- Sequoia Capital49 min
Building the Automated AGI Lab: Core Automation's Jerry Tworek and Rohan Anil
Jerry Tworek, Rohan Anil, Sonya Huang, Pat Grady
Founded by Jerry Liu and Rohan Ramachandran, Core Automation aims to replace static Transformer models with a new class of AI systems capable of continual, test-time learning. The organization is building an automated research lab designed to overcome architectural bottlenecks by developing hardware-efficient kernels and enabling models to autonomously optimize their own code. Success for the venture is defined by the system's ability to self-improve without human intervention, effectively extending the team's operations while bypassing the diminishing returns of current scaling methods.
- Sequoia Capital52 min
Factory's Matan Grinberg: The Coming ‘Dark Factory’ Where Software Builds Itself
Matan Grinberg, Sonya Huang, Pat Grady
Factory CEO Matan Cohen refunded nearly $2 million in early revenue to pivot the company from premature autonomous agents to a model-agnostic architecture that prioritizes customer obsession over vendor lock-in. By launching the Droid CLI and implementing a "Model Router" that dynamically allocates tasks between open-weight and frontier models, the firm has shifted its business model toward outcome-based pricing that replaces token consumption with result-oriented billing. This strategy positions Factory to navigate an impending market correction while transitioning enterprises from synchronous tool usage to asynchronous "dark factories" that autonomously resolve complex issues.
- Sequoia Capital55 min
Inside Zipline's Autonomous System: 140M Miles, Zero Incidents
Keller Rinaudo Cliffton, Eric Watson, Alfred Lin, Pat Grady
Since its 2016 launch in Rwanda, Zipline has evolved from a struggling medical logistics provider into a global autonomous infrastructure operator serving 5,000 hospitals across eight countries. The company now achieves a safety record of zero incidents over 140 million commercial miles while leveraging a vertical integration strategy to reduce delivery costs below those of human-driven vehicles. This operational success recently facilitated a $550 million partnership with the US State Department aimed at deploying similar life-saving services under a new commercial diplomacy framework.
- Sequoia Capital38 min
Rebuilding IT From the Ground Up for the AI Age: Serval's Jake Stauch
Serval positions itself as an AI-native ServiceNow platform that leverages a code generation engine to instantly build workflows from natural language, collapsing development timelines from months to near zero. By separating its architecture into a restricted Admin Agent and a reasoning-capable Help Desk Agent, the company balances autonomous employee support with strict enterprise security while avoiding token-based pricing through pre-built TypeScript automation. This approach allows Serval to operate with extreme talent density and a flatter structure, ultimately aiming to eliminate menial tasks so employees can align their daily work with professional aspirations.
- Sequoia Capital32 min
This is AGI: Sequoia AI Ascent 2026 Keynote
Pat Grady, Sonya Huang, Konstantine Buhler
This analysis outlines a $10 trillion market opportunity driven by a paradigm shift from information distribution to autonomous computation, where AI agents are rapidly replacing cognitive labor with agentic systems capable of long-horizon execution. Founders are advised to leverage the "MAD" model—focusing on customer moats, immediate affordance, and bridging the adoption diffusion gap—to capitalize on a timeline that compresses years of work into days. The event further projects that by 2026, the convergence of these technologies will trigger a cognitive industrial revolution, fundamentally redefining human value from task execution to relationship building and strategic oversight.
- Sequoia Capital58 min
How Autonomous Labs Will Transform Scientific Research: Ginkgo Bioworks’ Jason Kelly
Jason Kelly, Sonya Huang, Pat Grady, Anya
Ginkgo Bioworks is executing a strategic pivot from traditional biological design to AI-driven autonomous laboratories, partnering with OpenAI to demonstrate that reasoning models can conduct high-volume experiments with 40% greater efficiency than current state-of-the-art benchmarks. Founder Jason Kelly argues that this shift addresses critical inefficiencies in global science by replacing costly human overhead with 24/7 robotic operations, a move he views as a national security imperative to compete with China's rapidly scaling biotech sector. By transitioning to a cloud-based, usage-pricing model and leveraging specialized robotics over humanoids, the company aims to democratize access to experimental science while fundamentally altering the economics of drug discovery and industrial biotechnology.
- Sequoia Capital44 min
Greetings, Earthlings: Philip Johnston of Starcloud on Data Centers in Space
Philip Johnston, Sonya Huang, Pat Grady
StarCloud founder Philip Johnson is deploying a Low Earth Orbit constellation designed to host data centers that will eventually outpace terrestrial alternatives in cost and scale, aiming for 50% of new AI compute capacity to be space-based within a decade. Leveraging SpaceX Starship launches, the company plans to deliver 10-megawatt satellite clusters by 2028 that prioritize thermal management over radiation shielding to support high-density inference workloads for hyperscalers and government clients. This infrastructure model targets critical market gaps in edge computing and downlink bandwidth while positioning space-based hardware as a neutral, scalable alternative to traditional cloud providers.
- Sequoia Capital52 min
What’s the Future of Vertical SaaS in an AGI World? Jamie Cuffe, CEO of Pace
Jamie Cuffe, Lauren Reeder, Pat Grady
Pace is an AI-driven business process outsourcer founded by Jamie Cuff that aims to replace human-heavy insurance BPOs with autonomous agents capable of converting static standard operating procedures into self-improving workflows. By deploying forward-deployed engineers and web-based automation to interact with legacy systems, the company achieves 50–75% cost reductions and 99.5%+ accuracy rates while shifting industry economics from single-digit margins to over 80%. This strategy targets a $400B global market by replicating the Constellation Software model, ultimately scaling from insurance into broader banking and financial services sectors.
- Sequoia Capital40 min
Context Engineering Our Way to Long-Horizon Agents: LangChain’s Harrison Chase
Harrison Chase, Sonya Huang, Pat Grady
The shift from scaffolding to agent harnesses has enabled long-horizon LLM agents to function by relying on context engineering and file system access rather than custom cognitive architectures. Current applications, including coding and incident response, operate under a "first draft paradigm" where AI generates outputs for human review rather than aiming for fully autonomous deployment. To address non-deterministic behavior, developers now utilize trace analysis, online testing, and recursive self-improvement loops that allow agents to refine their own instructions based on historical execution data.
- Sequoia Capital38 min
Why the Next AI Revolution Will Happen Off-Screen: Samsara CEO Sanjit Biswas
Sanjit Biswas, Sonya Huang, Pat Grady
Samsara leverages its 90-billion-mile fleet dataset to drive a "third shift" in autonomous logistics and physical AI, prioritizing edge-computed safety and behavioral coaching over full automation replacement. With $3 billion reinvested into R&D, the company transforms legacy operations across trucking, construction, and public sector transit by integrating sensor telemetry with cloud-based video language models. This strategy aims to unlock 24/7 productivity while mitigating risk through distributed architectures that balance real-time inference with scalable digital workflow modernization.
- Sequoia Capital40 min
Why IDEs Won't Die in the Age of AI Coding: Zed Founder Nathan Sobo
Nathan Sobo, Sonya Huang, Pat Grady
Nathan Sobo, founder of the Rust-based IDE Zed, argues against the impending obsolescence of visual editors by asserting that source code requires human-readable contexts for effective AI-driven code review. He introduces the open Agent Client Protocol to standardize interactions between diverse AI agents and Zed, aiming to replace ephemeral chat windows with a unified interface where conversations permanently anchor to specific code lines. With 170,000 active users, the platform prioritizes high-performance, real-time collaboration to support "vibe coding" workflows while maintaining critical human oversight for complex architectural decisions.
- Sequoia Capital42 min
How End-to-End Learning Created Autonomous Driving 2.0: Wayve CEO Alex Kendall
Alex Kendall, Pat Grady, Sonya Huang, Sonia
Wave positions itself as a strategic partner for global manufacturers, deploying an embodied AI foundation model that replaces traditional hand-engineered stacks with a singular end-to-end neural network. By combining diverse multi-sensor data, generative world models, and OEM partnerships with companies like Nissan, the company aims to scale superhuman safety and "eyes-off" autonomy across 90 million annual vehicles without relying on proprietary fleets. This approach leverages unsupervised learning and Lingo vision-language integration to rapidly generalize across global cities, enabling rapid adaptation to edge cases while reducing the need for exhaustive real-world data collection.
- Sequoia Capital44 min
How Google’s Nano Banana Achieved Breakthrough Character Consistency
Nicole Brichtova, Hansa Srinivasan, Stephanie Zhan, Pat Grady
Google engineers have achieved real-time character consistency in image generation by replacing inefficient fine-tuning with a direct inference approach within the multimodal Gemini architecture, a capability now powering the consumer-facing "Nano-banana" conversational editor. This shift enables high-fidelity visual tasks ranging from personalized children's books to technical diagramming while maintaining safety through mandatory SynthID watermarking across all generative media surfaces. The strategic trajectory points toward a unified foundational model that transitions users from reactive prompting to proactive, agentic workflows capable of autonomously synthesizing text, image, and video outputs.
- Sequoia Capital42 min
Nvidia CTO Michael Kagan: Scaling Beyond Moore's Law to Million-GPU Clusters
Michael Kagan, Sonya Huang, Pat Grady
Following NVIDIA's strategic acquisition of Mellanox in 2019, the combined entity transformed the AI landscape by shifting industry reliance from Moore's Law to a "scale-out" architecture that unifies thousands of GPUs through ultra-low latency interconnects. This integration enabled the development of specialized hardware, including Bluefield DPUs and Spectrum X switches, to overcome physical energy constraints and optimize distinct training versus inference workloads across gigawatt-scale data centers. Consequently, the partnership has driven a 45-fold increase in market capitalization while establishing a new philosophy where software-hardware co-design allows AI to function as a foundational utility for simulating complex scientific and historical phenomena.