Credit Utilization Optimizer

“I have $2,500. What should I do with it?”

Most tools can tell you your utilization. This one tells you which account to pay, how much, and by which date — and shows its working.

Available cash: $2,500 · Strategy: minimize reported utilization

Chase Sapphire$1,157.2232.2%24.5%before the statement closes Aug 27
American Express Everyday$505.0135.0%29.9%before the statement closes Sep 8
Discover it$433.7615.7%9.9%before the statement closes Aug 30
Capital One Venture$404.0135.0%29.9%by the payment due date Aug 25
Overall utilization30.4% 24.2%

What it does

Nine strategies, one engine

Minimize utilization, attack the highest cards, reduce interest first, prepare for a mortgage or an auto loan, preserve liquidity, hit a target, or make the fewest payments. Each is a declared intent, not a different black box.

Obligations before optimization

Minimum payments coming due are funded first. A plan that improves a ratio by skipping a minimum payment has done real harm, so that is a constraint rather than a preference.

Reasoning on every payment

Each allocation states which boundary it crosses, what it saves in interest, and why it was chosen over the alternatives.

The date that actually matters

Every payment carries the deadline that governs it — the statement closing date where utilization is the point, the due date where the obligation is.

What a little more would buy

When an opportunity is just out of reach, it says so: “another $310 would also take Discover under 10%.”

Reproducible forever

Every run is stored with its inputs and its engine version, so a plan from six months ago still explains itself against the data it was computed from.

How it works

No black box. Every step is something you can check.

  1. It computes in integer cents

    Floating point cannot represent 0.01 exactly, and an engine that splits dollars across accounts would drift. The recommended payments provably sum to the amount allocated.

  2. It optimizes against the number you are shown

    Utilization is displayed to one decimal place, so the engine solves for a balance whose displayed percentage is below the boundary — not one that reads 30.0% while claiming to be under 30%.

  3. It ranks moves by value per dollar

    Every candidate “pay account A below boundary T” is priced, and the densest affordable move is funded first. Because a funded move changes what is left, the whole set is re-priced each round.

  4. It knows the aggregate is invariant

    With limits fixed, a dollar paid to any revolving account moves overall utilization identically. That tells you how much to pay; only per-account boundaries, interest and timing can tell you where.

What it will not do

The boundaries are part of the product, not fine print.

  • It does not move money. Inside The Credit AI has no mechanism to make a payment — you pay each account with your own bank or issuer.

  • It does not predict or guarantee a credit-score change. It computes what your reported utilization becomes; how a scoring model responds is not something anyone can promise you.

  • It cannot see spending you have not told it about. If a purchase posts before the statement closes, the reported balance will be higher than the plan assumed — which is why every plan states that assumption.

  • It will not recommend opening credit to improve a ratio. That trade is almost never worth it, and the simulator shows both sides rather than the flattering one.

Try it with your own numbers

Add two cards and the optimizer has something useful to say. No bureau connection required.