Jaypatel1511

Cdfi Superpowers — AI skill for Claude Code

AI community

AI skills for NMTC eligibility, bank-CDFI peer benchmarking & HMDA analysis — grounded in audited PyPI tools, not hallucinated.

How to install Cdfi Superpowers

This entry records only its repository, not the path inside it, so there is no exact command to give. Open Jaypatel1511/cdfi-superpowers and copy the folder into ~/.claude/skills/, or the file into ~/.claude/agents/.

What Cdfi Superpowers does

AI skills for NMTC eligibility, bank-CDFI peer benchmarking & HMDA analysis — grounded in audited PyPI tools, not hallucinated.

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README

cdfi-superpowers

**Your AI, grounded in audited CDFI tooling instead of hallucinating tract eligibility.**

`cdfi-superpowers` is an **AI skill layer for the CDFI industry** — NMTC eligibility, bank CDFI peer benchmarking, and HMDA lending analysis, built for lenders, CDEs, compliance teams, and community development researchers.

Generic AI assistants confidently invent answers in this domain: wrong tract eligibility, fabricated peer medians, "CRA performance" claims from proxy data. In a field where numbers end up in loan committees, applications, and compliance reviews, that's not a quirk — it's a liability. These skills fix that by making your AI call real, open-source, audited tools and report exactly what they return — including N/A and errors — rather than inventing a plausible-sounding number.

The skills contain **no new analytical code**. Each one `pip install`s independently versioned, openly published Python packages (MIT-licensed, on [PyPI](https://pypi.org/user/thejaypatel1511/)) and teaches the AI to use them correctly, with the methodology caveats those tools ship with.

The three skills

Skill What it does Backed by
nmtc-eligibility Is this address/tract NMTC eligible? Distress tier? Project feasibility? nmtc-mapper >=0.5.0, nmtc-screener 0.1.0
cdfi-peer-benchmark Benchmark a bank CDFI against FDIC peers (NIM, ROAA, capital, …) cdfi-benchmark >=0.3.0
hmda-analysis Pull HMDA LAR data and produce descriptive cuts + a CRA-proxy distribution hmda-analyzer >=0.6.0

Versions were verified against live PyPI at time of writing; every code example in each skill was actually executed and shows real output. Where a floor is shown as `>=`, it is **load-bearing** and the skill says why: `nmtc-mapper >=0.5.0` is where `is_opportunity_zone` stops returning a confident `False` — below it the package answers "not an Opportunity Zone" about 78,039 tracts it cannot distinguish from a 2010/2020