PodcastTecnologiaChain of Thought

Chain of Thought

Conor Bronsdon
Chain of Thought
Ultimo episodio

51 episodi

  • Chain of Thought

    How Intercom Cut $250K/Month by Ditching GPT for Qwen

    26/02/2026 | 53 min
    Intercom was spending $250K/month on a single summarization task using GPT. Then they replaced it with a fine-tuned 14B parameter Qwen model and saved almost all of it. In this episode, Intercom's Chief AI Officer, Fergal Reid, walks through exactly how they made that call, where their approach has changed over time, and how all of their efforts built their Fin customer service agent.
    Fergal breaks down how Fin went from 30% to nearly 70% resolution rate and why most of those gains came from surrounding systems (custom re-rankers, retrieval models, query canonicalization), not the core frontier LLM. He explains why higher latency counterintuitively increases resolution rates, how they built a custom re-ranker that outperformed Cohere using ModernBERT, and why he believes vertically integrated AI products will win in the long term.
    If you're deciding between fine-tuning open-weight models and using frontier APIs in production, you won't find a more detailed decision process walkthrough.
    🔗 Connect with Fergal: 
    Twitter/X: https://x.com/fergal_reid

    LinkedIn: https://www.linkedin.com/in/fergalreid/

    Fin: https://fin.ai/

    🔗 Connect with Conor:
    YouTube: https://www.youtube.com/@ConorBronsdon

    Newsletter: https://conorbronsdon.substack.com/

    Twitter/X: https://x.com/ConorBronsdon

    LinkedIn: https://www.linkedin.com/in/conorbronsdon/

    🔗 More episodes: https://chainofthought.showCHAPTERS
    0:00 Intro
    0:46 Why Intercom Completely Reversed Their Fine-Tuning Position
    8:00 The $250K/Month Summarization Task (Query Canonicalization)
    11:25 Training Infrastructure: H200s, LoRA to Full SFT, and GRPO
    14:09 Why Qwen Models Specifically Work for Production
    18:03 Goodhart's Law: When Benchmarks Lie
    19:47 A/B Testing AI in Production: Soft vs. Hard Resolutions
    25:09 The Latency Paradox: Why Slower Responses Get More Resolutions
    26:33 Why Per-Customer Prompt Branching Is Technical Debt
    28:51 Sponsor: Galileo
    29:36 Hiring Scientists, Not Just Engineers
    32:15 Context Engineering: Intercom's Full RAG Pipeline
    35:35 Customer Agent, Voice, and What's Next for Fin
    39:30 Vertical Integration: Can App Companies Outrun the Labs?
    47:45 When Engineers Laughed at Claude Code
    52:23 Closing Thoughts
    TAGSFergal Reid, Intercom, Fin AI agent, open-weight models, Qwen models, fine-tuning LLMs, post-training, RAG pipeline, customer service AI, GRPO reinforcement learning, A/B testing AI, Claude Code, vertical AI integration, inference cost optimization, context engineering, AI agents, ModernBERT reranker, scaling AI teams, Conor Bronsdon, Chain of Thought
  • Chain of Thought

    How Block Deployed AI Agents to 12,000 Employees in 8 Weeks w/ MCP | Angie Jones

    21/01/2026 | 50 min
    How do you deploy AI agents to 12,000 employees in just 8 weeks? How do you do it safely? Angie Jones, VP of Engineering for AI Tools and Enablement at Block, joins the show to share exactly how her team pulled it off.

    Block (the company behind Square and Cash App) became an early adopter of Model Context Protocol (MCP) and built Goose, their open-source AI agent that's now a reference implementation for the Agentic AI Foundation. Angie shares the challenges they faced, the security guardrails they built, and why letting employees choose their own models was critical to adoption.

    We also dive into vibe coding (including Angie's experience watching Jack Dorsey vibe code a feature in 2 hours), how non-engineers are building their own tools, and what MCP unlocks when you connect multiple systems together.

    Chapters:
    00:00 Introduction
    02:02 How Block deployed AI agents to 12,000 employees
    05:04 Challenges with MCP adoption and security at scale
    07:10 Why Block supports multiple AI models (Claude, GPT, Gemini)
    08:40 Open source models and local LLM usage
    09:58 Measuring velocity gains across the organization
    10:49 Vibe coding: Benefits, risks & Jack Dorsey's 2-hour feature build
    13:46 Block's contributions to the MCP protocol
    14:38 MCP in action: Incident management + GitHub workflow demo
    15:52 Addressing MCP criticism and security concerns
    18:41 The Agentic AI Foundation announcement (Block, Anthropic, OpenAI, Google, Microsoft)
    21:46 AI democratization: Non-engineers building MCP servers
    24:11 How to get started with MCP and prompting tips
    25:42 Security guardrails for enterprise AI deployment
    29:25 Tool annotations and human-in-the-loop controls
    30:22 OAuth and authentication in Goose
    32:11 Use cases: Engineering, data analysis, fraud detection
    35:22 Goose in Slack: Bug detection and PR creation in 5 minutes
    38:05 Goose vs Claude Code: Open source, model-agnostic philosophy
    38:17 Live Demo: Council of Minds MCP server (9-persona debate)
    45:52 What's next for Goose: IDE support, ACP, and the $100K contributor grant
    47:57 Where to get started with Goose

    Connect with Angie on LinkedIn: https://www.linkedin.com/in/angiejones/
    Angie's Website: https://angiejones.tech/
    Follow Angie on X: https://x.com/techgirl1908
    Goose GitHub: https://github.com/block/goose

    Connect with Conor on LinkedIn: https://www.linkedin.com/in/conorbronsdon/
    Follow Conor on X: https://x.com/conorbronsdon
    Modular: https://www.modular.com/

    Presented By: Galileo AI
    Download Galileo's Mastering Multi-Agent Systems for free here: https://galileo.ai/mastering-multi-agent-systems

    Topics Covered:
    - How Block deployed Goose to all 12,000 employees
    - Building enterprise security guardrails for AI agents
    - Model Context Protocol (MCP) deep dive
    - Vibe coding benefits and risks
    - The Agentic AI Foundation (Block, Anthropic, OpenAI, Google, Microsoft, AWS)
    - MCP sampling and the Council of Minds demo
    - OAuth authentication for MCP servers
    - Goose vs Claude Code and other AI coding tools
    - Non-engineers building AI tools
    - Fraud detection with AI agents
    - Goose in Slack for real-time bug fixing
  • Chain of Thought

    Gemini 3 & Robot Dogs: Inside Google DeepMind's AI Experiments | Paige Bailey

    14/01/2026 | 50 min
    Google DeepMind is reshaping the AI landscape with an unprecedented wave of releases—from Gemini 3 to robotics and even data centers in space.
    Paige Bailey, AI Developer Relations Lead at Google DeepMind, joins us to break down the full Google AI ecosystem. From her unique journey as a geophysicist-turned-AI-leader who helped ship GitHub Copilot, to now running developer experience for DeepMind's entire platform, Paige offers an insider's view of how Google is thinking about the future of AI.
    The conversation covers the practical differences between Gemini 3 Pro and Flash, when to use the open-source Gemma models, and how tools like Anti-Gravity IDE, Jules, and Gemini CLI fit into developer workflows. Paige also demonstrates Space Math Academy—a gamified NASA curriculum she built using AI Studio, Colab, and Anti-Gravity—showing how modern AI tools enable rapid prototyping.

    The discussion then ventures into AI's physical frontier: robotics powered by Gemini on Raspberry Pi, Google's robotics trusted tester program, and the ambitious Project Suncatcher exploring data centers in space.
    00:00 Introduction
    01:30 Paige's Background & Connection to Modular
    02:29 Gemini Integration Across Google Products
    03:04 Jules, Gemini CLI & Anti-Gravity IDE Overview
    03:48 Gemini 3 Flash vs Pro: Live Demo & Pricing
    06:10 Choosing the Right Gemini Model
    09:42 Google's Hardware Advantage: TPUs & JAX
    10:16 TensorFlow History & Evolution to JAX
    11:45 NeurIPS 2025 & Google's Research Culture
    14:40 Google Brain to DeepMind: The Merger Story
    15:24 Palm II to Gemini: Scaling from 40 People
    18:42 Gemma Open Source Models
    20:46 Anti-Gravity IDE Deep Dive
    23:53 MCP Protocol & Chrome DevTools Integration
    26:57 Gemini CLI in Google Colab
    28:00 Image Generation & AI Studio Traffic Spikes
    28:46 Space Math Academy: Gamified NASA Curriculum
    31:31 Vibe Coding: Building with AI Studio & Anti-Gravity
    36:02 AI From Bits to Atoms: The Robotics Frontier
    36:40 Stanford Puppers: Gemini on Raspberry Pi Robots
    38:35 Google's Robotics Trusted Tester Program
    40:59 AI in Scientific Research & Automation
    42:25 Project Suncatcher: Data Centers in Space
    45:00 Sustainable AI Infrastructure
    47:14 Non-Dystopian Sci-Fi Futures
    47:48 Closing Thoughts & Resources

    - Connect with Paige on LinkedIn: https://www.linkedin.com/in/dynamicwebpaige/
    - Follow Paige on X: https://x.com/DynamicWebPaige
    - Paige's Website: https://webpaige.dev/
    - Google DeepMind: https://deepmind.google/
    - AI Studio: https://ai.google.dev

    Connect with our host Conor Bronsdon:
    - Substack – https://conorbronsdon.substack.com/
    - LinkedIn https://www.linkedin.com/in/conorbronsdon/

    Presented By: Galileo.ai
    Download Galileo's Mastering Multi-Agent Systems for free here!: https://galileo.ai/mastering-multi-agent-systems

    Topics Covered:
    - Gemini 3 Pro vs Flash comparison (pricing, speed, capabilities)
    - When to use Gemma open-source models
    - Anti-Gravity IDE, Jules, and Gemini CLI workflows
    - Google's TPU hardware advantage
    - History of TensorFlow, JAX, and Google Brain
    - Space Math Academy demo (gamified education)
    - AI-powered robotics (Stanford Puppers on Raspberry Pi)
    - Project Suncatcher (orbital data centers)
  • Chain of Thought

    The Future of AI Development: Gemini, Robotics & Space | Google DeepMind's Paige Bailey

    14/01/2026 | 50 min
    Google DeepMind is reshaping the AI landscape with an unprecedented wave of releases—from Gemini 3 to robotics and even data centers in space.

    Paige Bailey, AI Developer Relations Lead at Google DeepMind, joins the conversation to break down the full Google AI ecosystem. From her unique journey as a geophysicist-turned-AI-leader who helped ship GitHub Copilot, to now running developer experience for DeepMind's entire platform, Paige offers an insider's view of how Google is thinking about the future of AI.

    The conversation covers the practical differences between Gemini 3 Pro and Flash, when to use the open-source Gemma models, and how tools like Anti-Gravity IDE, Jules, and Gemini CLI fit into developer workflows. Paige also demonstrates Space Math Academy—a gamified NASA curriculum she built using AI Studio, Colab, and Anti-Gravity—showing how modern AI tools enable rapid prototyping. The discussion then ventures into AI's physical frontier: robotics powered by Gemini on Raspberry Pi, Google's robotics trusted tester program, and the ambitious Project Suncatcher exploring data centers in space.

    Connect with Paige on LinkedIn: https://www.linkedin.com/in/dynamicwebpaige/
    Follow Paige on X: https://x.com/DynamicWebPaige
    Paige's Website: https://webpaige.dev/
    Google DeepMind: https://deepmind.google/
    AI Studio: https://ai.google.dev

    00:00 Introduction
    01:30 Paige's Background & Connection to Modular
    02:29 Gemini Integration Across Google Products
    03:04 Jules, Gemini CLI & Anti-Gravity IDE Overview
    03:48 Gemini 3 Flash vs Pro: Live Demo & Pricing
    06:10 Choosing the Right Gemini Model
    09:42 Google's Hardware Advantage: TPUs & JAX
    10:16 TensorFlow History & Evolution to JAX
    11:45 NeurIPS 2025 & Google's Research Culture
    14:40 Google Brain to DeepMind: The Merger Story
    15:24 Palm II to Gemini: Scaling from 40 People
    18:42 Gemma Open Source Models
    20:46 Anti-Gravity IDE Deep Dive
    23:53 MCP Protocol & Chrome DevTools Integration
    26:57 Gemini CLI in Google Colab
    28:00 Image Generation & AI Studio Traffic Spikes
    28:46 Space Math Academy: Gamified NASA Curriculum
    31:31 Vibe Coding: Building with AI Studio & Anti-Gravity
    36:02 AI From Bits to Atoms: The Robotics Frontier
    36:40 Stanford Puppers: Gemini on Raspberry Pi Robots
    38:35 Google's Robotics Trusted Tester Program
    40:59 AI in Scientific Research & Automation
    42:25 Project Suncatcher: Data Centers in Space
    45:00 Sustainable AI Infrastructure
    47:14 Non-Dystopian Sci-Fi Futures
    47:48 Closing Thoughts & Resources

    Presented by: Galileo.ai
    Download Galileo's Mastering Multi-Agent Systems for free!: https://galileo.ai/mastering-multi-agent-systems

    Topics Covered:
    - Gemini 3 Pro vs Flash comparison (pricing, speed, capabilities)
    - When to use Gemma open-source models
    - Anti-Gravity IDE, Jules, and Gemini CLI workflows
    - Google's TPU hardware advantage
    - History of TensorFlow, JAX, and Google Brain
    - Space Math Academy demo (gamified education)
    - AI-powered robotics (Stanford Puppers on Raspberry Pi)
    - Project Suncatcher (orbital data centers)
  • Chain of Thought

    Explaining Eval Engineering | Galileo's Vikram Chatterji

    19/12/2025 | 37 min
    You've heard of evaluations—but eval engineering is the difference between AI that ships and AI that's stuck in prototype.
    Most teams still treat evals like unit tests: write them once, check a box, move on. But when you're deploying agents that make real decisions, touch real customers, and cost real money, those one-time tests don't cut it. The companies actually shipping production AI at scale have figured out something different—they've turned evaluations into infrastructure, into IP, into the layer where domain expertise becomes executable governance.
    Vikram Chatterji, CEO and Co-founder of Galileo, returns to Chain of Thought to break down eval engineering: what it is, why it's becoming a dedicated discipline, and what it takes to actually make it work. Vikram shares why generic evals are plateauing, how continuous learning loops drive accuracy, and why he predicts "eval engineer" will become as common a role as "prompt engineer" once was.
    In this conversation, Conor and Vikram explore:
    Why treating evals as infrastructure—not checkboxes—separates production AI from prototypes
    The plateau problem: why generic LLM-as-a-judge metrics can't break 90% accuracy
    How continuous human feedback loops improve eval precision over time
    The emerging "eval engineer" role and what the job actually looks like
    Why 60-70% of AI engineers' time is already spent on evals
    What multi-agent systems mean for the future of evaluation
    Vikram's framework for baking trust AND control into agentic applications
    Plus: Conor shares news about his move to Modular and what it means for Chain of Thought going forward.
    Chapters:00:00 – Introduction: Why Evals Are Becoming IP01:37 – What Is Eval Engineering?04:24 – The Eval Engineering Course for Developers05:24 – Generic Evals Are Plateauing08:21 – Continuous Learning and Human Feedback11:01 – Human Feedback Loops and Eval Calibration13:37 – The Emerging Eval Engineer Role16:15 – What Production AI Teams Actually Spend Time On18:52 – Customer Impact and Lessons Learned24:28 – Multi-Agent Systems and the Future of Evals30:27 – MCP, A2A Protocols, and Agent Authentication33:23 – The Eval Engineer Role: Product-Minded + Technical34:53 – Final Thoughts: Trust, Control, and What's Next
    Connect with Conor Bronsdon:Substack – https://conorbronsdon.substack.com/LinkedIn – https://www.linkedin.com/in/conorbronsdon/X (Twitter) – https://x.com/ConorBronsdon
    Learn more about Eval Engineering:⁠https://galileo.ai/evalengineering⁠
    Connect with Vikram Chatterji:LinkedIn – ⁠https://www.linkedin.com/in/vikram-chatterji/⁠

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Su Chain of Thought

AI is reshaping infrastructure, strategy, and entire industries. Host Conor Bronsdon talks to the engineers, founders, and researchers building breakthrough AI systems about what it actually takes to ship AI in production, where the opportunities lie, and how leaders should think about the strategic bets ahead. Chain of Thought translates technical depth into actionable insights for builders and decision-makers. New episodes bi-weekly. Conor Bronsdon is an angel investor in AI and dev tools, Head of Technical Ecosystem at Modular, and previously led growth at AI startups Galileo and LinearB.
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