Index / Notes / Authors / Reid Spachman

Reid Spachman

Reid Spachman

Founder, ixprt

Reid is the founder of ixprt, a privately operated capital firm building data-driven systems and execution tools. He writes here about data-for-AI, vector retrieval, quant infrastructure, and the work between raw inputs and useful AI.

Posts

  1. Definition Reid Spachman

    How Diagest Powers CLV.gg's Three-Year Historical Betting Database

    CLV.gg's live edge detection sits on top of three-plus years of historical betting prices, billions of records of lines, closes, and settlements. That history is only useful because Diagest, the ixprt data-for-AI pipeline, cleans, aligns, and serves it. Here is how the two systems work together and what the history makes possible.

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  2. Definition Reid Spachman

    What Is CLV.gg? Inside the Real-Time Betting Intelligence Platform

    CLV.gg is the live sports-betting intelligence platform built at ixprt. It reads the covered market across a dozen-plus books and venues in real time, builds a sharp-weighted estimate of the fair price, and surfaces the edges while they are still takeable. Here is what it is, why the speed matters, what it finds, and how deep the book coverage runs.

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  3. Definition Reid Spachman

    What Is an AI Analyst Data Pipeline? 2026 Field Guide

    What an AI analyst data pipeline is, why it's the load-bearing layer beneath every credible analyst agent, and how production systems are being built in 2026.

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  4. Definition Reid Spachman

    Closing Line Value in 2026: A Field Guide

    What closing line value (CLV) is, why it's the only public-data-verifiable proxy for betting edge, and how the 2026 generation of CLV platforms is reshaping serious sports betting.

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  5. Buying Guide Reid Spachman

    How to Build a Claude Code Operating Agent: The 2026 Starter Template Guide

    A 2026 buyer's guide to Claude Code starter templates. What a production-ready agent template includes (hooks, memory, skills, auto-commit, guard rails), how to set one up in 5 minutes, and how to pick between building from scratch and forking claude-agent-starter.

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  6. Problem Statement Reid Spachman

    Honest Zeros: Why a New Data-Pipeline Dashboard Should Launch With Empty Cells

    Most data-pipeline dashboards launch with synthetic baselines that look healthy on day one. The teams that ship retrieval at scale launch with honest zeros and let the numbers earn their position.

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  7. Problem Statement Reid Spachman

    Why Retrieval Drift Goes Undetected: The Case for Public Pipeline Dashboards

    Most teams discover RAG pipeline drift through customer complaints. The teams that catch it first publish their drift, recall, and ingestion-run health to a page anyone can read.

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  8. Comparison Reid Spachman

    Scheduled vs. Event-Driven Ingestion: A 2026 Comparison for Data-for-AI Pipelines

    Scheduled ingestion and event-driven ingestion are framed as opposites. In production, they are two halves of the same operating model, and most teams pick the wrong one first.

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  9. Comparison Reid Spachman

    Embedding Model Migrations Without Re-Indexing Everything: A 2026 Playbook

    A 2026 playbook for migrating between embedding models (OpenAI, Voyage, Cohere, open-weight) without re-indexing the whole corpus the first weekend. Covers the four migration patterns that work in production, the costs each one pays, and the operating discipline that keeps retrieval honest during the switch.

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  10. Comparison Reid Spachman

    MCP vs a Custom HTTP API: When Each One Is the Right Call in 2026

    A 2026 decision framework for choosing between a Model Context Protocol server and a plain HTTP API for any service that AI agents will call. Covers the four signals that decide the call, the cases where MCP is the wrong answer, and the migration path that lets a team ship both without doubling the engineering bill.

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  11. Definition Reid Spachman

    Reading the Fed in 2026: RSS, Blob Fetching, and What You Actually Get From Public Federal Reserve Data

    A 2026 walkthrough of what the Federal Reserve actually publishes on RSS, where the bodies live (almost always behind another link), and how to build an ingestion pipeline that does not lose the document in the index.

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  12. Problem Statement Reid Spachman

    Backtesting AI Agent Signals: Pitfalls and Patterns

    Backtesting AI-generated signals is not backtesting strategies. The input shape differs, the failure modes differ, and the standard quant tooling assumes things that don't hold. A field guide to what breaks and what works.

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  13. Problem Statement Reid Spachman

    AI Analyst Voice Consistency: Why Personas Drift and What to Do About It

    Multi-month AI analyst products have a quiet failure mode: the persona stops sounding like itself. Why it happens and how the field handles it in 2026.

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  14. Comparison Reid Spachman

    Document Parsing for AI: a 2026 Strategy Guide

    How modern document parsers compare in 2026: layout-aware, naïve, and LLM-based approaches stacked across PDF, DOCX, HTML, and scanned formats.

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  15. Comparison Reid Spachman

    Risk Attribution Models Compared: Barra vs Axioma vs Custom Approaches

    How the major risk-attribution approaches compare: Barra, Axioma, and the custom factor models that funds increasingly build in-house.

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  16. Comparison Reid Spachman

    Vector Store Choices in 2026: Qdrant vs Pinecone vs pgvector vs Weaviate vs Milvus

    Five vector stores side by side: feature matrix, pricing posture, latency at scale, and which to pick by use case.

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  17. Definition Reid Spachman

    AI Analyst Desks: A 2026 Field Guide

    What AI analyst desks are, what makes them work, and where they fit in the 2026 market-research landscape.

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  18. Buying Guide Reid Spachman

    What is a Quant Engine? A Buyer's Guide for Funds and Family Offices

    A definition of the quant-engine category, the four functions it covers, and what funds and family offices should evaluate before buying or building.

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  19. Problem Statement Reid Spachman

    Why RAG Pipelines Fail: 5 Common Pitfalls (and What to Watch For)

    Five named failure modes that kill RAG systems in production: drift, dedup gaps, chunk-strategy mistakes, retrieval-recall miss, and embedding-model mismatch.

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  20. Buying Guide Reid Spachman

    What is Data-for-AI? A Buyer's Guide to the Modern Stack

    A definition of the data-for-AI category, the five layers of work it covers, and what to look for when you evaluate vendors.

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