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Finance / Case study

PolyHuntr

Real-time analytics for prediction markets: who is trading well, and why

PolyHuntr running
Live · PolyHuntr

In short

PolyHuntr is live, real-time analytics for Polymarket: streaming market activity, a daily risk-adjusted wallet ranking, back-testing, and on-demand AI analysis.

ResultThousands of markets followed in real time, distilled into a daily ranking and on-demand explanations.

Status
Live
State
Live
Data
Real-time
Coverage
Thousands of markets
Analysis
On demand
Built with
Elixir / Phoenix / TypeScript / PostgreSQL

Inside the project

01 / 01

Live capture from polyhuntr.com, November 2026.

PolyHuntr1 / 1

PolyHuntr homepage with the top-traders table

Live capture from polyhuntr.com, November 2026.

The brief

The problem

Prediction markets move around the clock across thousands of markets, and every trade is public. The information is all there, but nobody can watch it all, tell skill from luck in a wallet's history, or keep up as prices change.

What we did

Our approach

We built a real-time analytics platform on Elixir/Phoenix. It streams market and trade activity continuously, scores public wallets on risk-adjusted performance, and publishes a daily ranking. Users can follow wallets, test ideas against history before acting, and ask for a plain-language analysis of any wallet or market.

Features

What it does

  • Real-time market and wallet streaming

  • Daily wallet ranking

  • Wallet following with risk limits

  • Back-testing and portfolio simulation

  • On-demand AI analysis

  • Alerts to chat apps

Results

What happened

  • Live at polyhuntr.com
  • Market and trade activity streamed in real time
  • Daily ranking of public wallets by risk-adjusted performance
  • Back-testing against history before any capital is involved
  • On-demand AI analysis of any wallet or market

Services

What this work shows we do

  • Custom software

    Software built around how the business works, and run after launch.

    Service page
  • AI automation

    Models wired into the tools your team already uses, with logs and limits.

    Service page

Related work

Built with the same services

Other work of ours that shares this project's services.
  • JarvisMCP, running
    Developer Tools

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    JarvisMCP gives AI agents one governed door into our company systems: CRM, search intelligence, infrastructure, memory and coordination. Agents find the capability they need, act through it, and leave a record. They never hold the keys.

    Read the case study
  • ButlerCRM, running
    Business Systems

    ButlerCRM

    ButlerCRM keeps contacts, deals, email, calendar and tasks in one workspace that updates live for everyone in it. We rebuilt it on Elixir/Phoenix so changes appear for the whole team as they happen.

    Read the case study

How we work

How a change reaches production

The same five gates for our own products and for yours. Nothing reaches your customers on the strength of a demo.

  1. 01 · Isolate

    Its own branch and workspace

    Every change starts in a separate copy of the code, so work in progress never touches what is live.

    git worktree add .worktrees/your-change
  2. 02 · Build

    Engineers with AI agents

    Agents write and test code beside us. They hold no passwords: every call they make goes through our gateway, which checks it and logs it.

    agent → gateway → policy · audit · call
  3. 03 · Prove

    Evidence, then review

    Tests, before-and-after screenshots of the running app, then independent reviewers. It does not move on until no serious finding is left.

    review: 0 high · 0 medium → pass
  4. 04 · Ship

    Deployed and checked live

    The pipeline builds and deploys. Then we check the running service itself, not just a green build.

    replicas 1/1 · image sha matches · health 200
  5. 05 · Watch

    Checked every night

    Each integration we run is tested against its provider every night, so a changed API is caught before your team notices.

    nightly: each integration vs its provider

Want something built like this?

Tell us what your team does by hand and the tools involved. Custom software is where most projects like this start.