Explain the pricing implications of a power-law usage distribution.
BOUND · pricing implications of a power-law usage distribution
Compstack prices every account the same: $149 a month, unlimited comp pulls, whether you're an agent checking one listing or a buying firm scanning four hundred addresses a week. Silas Kirwan set that price off Compstack's own beta, sixty agents, before a single wholesale account ever touched the product. A year later, the monthly finance dashboard said gross margin was sitting near 93 percent. It was right, on average. It was also hiding twenty-four accounts running the plan at a straight loss, and nobody had gone looking until a question nobody could answer out loud forced someone to look.
The direct answer
Don't price one flat number against a usage curve where a tiny slice of accounts drives most of the volume. Hold the $149 unlimited plan for pulls up to about the 90th percentile of real usage, close to 60 a month, and meter every pull past that at close to true cost, about 55 to 65 cents a pull. Keep the same model and the same photo-based read for every account, because the loss was never that a wholesale pull cost too much to serve. It was that one flat price never scaled with how many of them a single account could run.
Do this, in order
Set a metered line near the real 90th percentile of usage, about 60 pulls a month, and leave the flat $149 plan alone below it.Why: matches the direct answer, and moves the price only where the volume actually lives, not across every account.
Cost every pull by what it actually contains, comps and photos and all, not one blended guess.Why: an agent's pull runs about 34 cents and a wholesale pull about 61 cents, and averaging the two hid which one was driving the number.
Track cost and margin by pull-volume cohort, not one portfolio-wide blended figure.Why: the blended margin sat near 93 percent the entire time twenty-four accounts were running an $8,868-a-month loss underneath it.
Quote a range for what a wholesale account costs, not one clean number.Why: monthly cost on a single wholesale account swings from about $305 to $732 depending on how many comps and photos it actually pulls in.
Don't ban or hard-cap bulk usage.Why: even at the losing price, an AI pull still runs about thirteen times cheaper than paying someone to build the same comp set by hand; the segment is worth keeping, the price is what's wrong.
Watch pull volume per wholesale account every quarter, not just how many wholesale accounts exist.Why: usage on the accounts already signed up was climbing 15 to 20 percent a quarter as trust in the tool deepened, which grows the loss even with no new accounts at all.
How to answer this, stage by stage
Nobody is grading whether you can name a cost per pull. They're grading whether you know a flat price and a power-law usage curve are on a collision course from day one, and whether you can say, with real numbers, where that collision actually happens.
1
Scope it to one real plan, and name who owns the price
Say it like this
"Let's ground this in one real plan. Compstack is Oakmarrow Systems' tool for pulling comps, a set of comparable sales plus a valuation range, for one property at a time. It's $149 a month, unlimited pulls, and Silas Kirwan owns that price. First thing worth saying out loud: 'unlimited' is doing a lot of work in that sentence, and I want to know what it actually means before I say anything about margin."
Why this works
Grounding the question in one real plan and price stops the arithmetic from floating free of a real account.
2
State the equation before naming a single figure
Say it like this
"Cost per pull is four things added up: a flat cost to pull the property record, a cost for every comp candidate it reasons over, a cost for every photo it reads for condition, and a cost to write the final valuation. Multiply that by however many pulls an account runs in a month, and that's the whole cost side of this plan."
Why this works
Naming the equation stops "the model is cheap" from quietly standing in for real arithmetic.
3
Reframe what the question is actually asking
Say it like this
"This isn't really asking me what one comp pull costs. It's asking what happens to a flat price once usage stops looking like the beta it was priced against, once a small number of accounts start running this hundreds of times a month instead of a handful."
Why this works
Separates a real pricing answer from a shallow "here's what one API call costs" answer.
4
Give the one decision
Say it like this
"Here's what I'd do. Keep $149 flat and unlimited for pulls up to about the ninetieth percentile of real usage, roughly 60 a month. Meter everything past that at close to true cost, 55 to 65 cents a pull. Same model, same photo read, for every account, at every volume."
Why this works
This is the direct answer, said in one breath, not a lecture about power laws in general.
5
Own the numbers behind it
Say it like this
"A regular pull, three comps and four photos, runs about 34 cents: 3 cents for the record, 13.5 cents for the comps, 11.2 cents for the photos, 6 cents for the write-up. A wholesale pull, six comps and nine photos, because that account has never seen the property before, runs about 61 cents. Those aren't guesses, they're the vendor's own per-token and per-image rates against the counts Compstack actually logs."
Why this works
Shows the estimate is built from real components, not one vague monthly bill.
6
Use a range, not a point estimate
Say it like this
"A typical wholesale account runs about 850 pulls a month, so about $518 in AI cost against $149 of revenue. But that number moves. At 500 pulls it's $305. At 1,200 it's $732. So the honest range on one of these accounts is a loss somewhere between $156 and $583 a month, not one clean figure."
Why this works
A single number here would claim more confidence than the usage data actually supports.
7
Sanity check it, and name what you turned down
Say it like this
"Here's the check that mattered. Even a losing account, $518 a month in AI cost, is still about thirteen times cheaper than paying someone to build that many comp sets by hand, roughly $6,630 in labor for the same 850 properties. We looked at just hard-capping every account at 100 pulls, flat, no exceptions. We turned it down, because it doesn't fix the price, it just makes the company stop measuring the problem and hands the account to a competitor."
Why this works
Naming the sanity check and the rejected alternative together is what makes this read as a judgment call, not a spreadsheet.
8
Name the direction that matters most, and close on one line
Say it like this
"The number most worth watching isn't the price per photo, it's how many pulls the wholesale accounts already on the plan run next quarter. That was already climbing 15 to 20 percent a quarter as trust in the tool grew, so the loss compounds even with zero new sign-ups. Bottom line: meter above the real ninetieth percentile, cost every pull by what's actually in it, and watch the cohort, not the average."
Why this works
Closing on the decision and the thing to watch next is what makes this sound rehearsed, not like a story that trailed off.
Let's learn
Compstack is the tool real estate agents and small investment buyers use to pull a comp set, similar recent sales nearby, plus a photo-based condition read and a valuation range, for one property, built by Oakmarrow Systems.
Before Compstack, building a comp set someone could actually defend meant an agent or analyst cross-referencing county tax records, recent sale prices, and permit history by hand. For someone who already knew the block, that ran close to 40 minutes a property. For someone looking at a neighborhood cold, closer to 70.
With Compstack, the same pull, record, comps, a read on the photos, a written valuation range, takes about 12 seconds. One flat price, $149 a month, unlimited pulls, whether an account runs nine of these a month or nine hundred.
Same product, same button. Two accounts can press it in completely different shapes.
Knowledge spark: what's actually in one comp pull?
Compstack reads the property's own record, pulls a handful of similar recent sales nearby, looks at the photos for signs of condition, a renovated kitchen, a cracked foundation, then writes a plain valuation range and explains why. Every one of those four steps costs money to run, every single time.
The turn: more pulls was never the problem, Compstack wants accounts running it constantly. What a flat price does once usage stops looking like the sixty-agent beta it was priced against, that's the problem. A small slice of accounts, buying firms scanning whole neighborhoods instead of checking one listing, started running hundreds of pulls a month. The blended number never caught it, because thousands of light accounts were diluting it every single month.
Ninety-nine percent of accounts, and the sliver that quietly outweighs almost all of them.
We priced the plan against an agent checking one listing. We never priced it against a firm checking four hundred.
Cumulative share of monthly pulls, by cumulative share of accounts
Real cumulative usage curveWhat an even split would look like
The curve shoots up almost as soon as it starts. One percent of accounts, twenty-four of them, already carry more monthly volume than the bottom ninety percent combined.
At its worst: twenty-four accounts were running Compstack at a straight loss, close to $8,868 a month combined, while the company's own dashboard called the plan 93 percent healthy, right as Oakmarrow was pulling those same unit economics together for an investor update.
The choice that mattered
Setting one flat, unlimited price for every account type at once, agents and institutional buyers alike, off a beta that never included a single bulk-sourcing workflow.
A flat price a wholesale account has already built a workflow around is a promise. A metered line above the point almost nobody reaches is just a setting.
What I would leave alone: the flat $149 price for the other 2,376 accounts, and the unlimited feel of the plan even for wholesale accounts below the line. They're a real segment worth keeping. Metering only above a real usage line fixes the number without pushing them out the door.
The lesson: a blended margin can hide a real loss the exact same way a blended accuracy number hides a failing segment. The fix in both cases is the same. Stop reading the average, and go look at the shape of the distribution sitting underneath it.
Now here is the same thing as a story
Read the short version above when you're in the room. Read this one when you want to feel why a margin number that cleared every single review could still have been wrong the entire time, twenty-four accounts at a time.
Silas Kirwan spent four years running pricing for two other subscription tools before Oakmarrow Systems hired him to launch Compstack's, and he had a rule he never broke: never sign off on a number you haven't traced back to a real account. For Compstack's first year, that rule meant a fifteen-minute ritual at the start of every month, pulling total AI spend, dividing by total paying accounts, and checking the result against the price.
The good months were genuinely good. Compstack launched with sixty agents in a private beta, and every single one of them used it close to the same way: check a listing before an open house, check a comp before writing an offer, a handful of pulls a week. The blended cost per account came out to a few dollars. Against $149, the margin was enormous, and it held, month after month, for the better part of a year.
It thinned in three quiet steps, and none of them looked like a mistake. Step one: word spread among a few small investment shops that Compstack could pull a defensible comp set in seconds, and a handful signed up through the same public form every agent used, no separate plan, no separate review. Step two: those accounts started running the tool differently, not five pulls a week but dozens a day, scanning whole blocks instead of checking one listing. Step three: because there were only a few dozen of them against thousands of agents, the monthly blended number barely moved. Ninety-three percent, ninety-three percent, ninety-three percent.
The trigger wasn't a dashboard alert. It was Amadea Loewe's first week. Newly hired onto the data team, she was asked to break the margin number out by account size for a routine board slide, something nobody had bothered to do in over a year because the top-line number had never once looked wrong. She came back with a question instead of a slide: why does the mean say $9.78 a month and the median say $3.06?
No single bad month. A number that held for a year, until a new hire's routine question split it open.
Silas pulled the raw logs himself that afternoon. Sorted by pulls per month, the account list didn't look like a bell curve, it looked like a cliff: two thousand three hundred and some accounts running single digits to double digits a month, then a short, steep tail of twenty-four accounts running hundreds. One of them, a regional buying firm, had logged 1,140 pulls the month before, more than the next forty accounts combined.
We did not lose money on the accounts using Compstack a little too much. We lost it entirely inside a shape our own pricing had never once been checked against.
Twenty-four accounts, running the plan exactly as advertised, unlimited, were costing Oakmarrow about $8,868 a month more than they paid, and the company had been thirteen months from noticing.
The decision that opened the door traced back to a pricing meeting eighteen months earlier, three weeks before the public launch. Someone asked whether the beta's usage pattern would hold once real investment buyers started using it. The honest answer at the time was that none had signed up yet, there was nothing to model. "Unlimited" tested well with every beta agent who was asked, and a single flat price was one line in a pricing doc instead of three. Nobody in that meeting was picking the wrong price. There wasn't yet a wrong price to pick.
Run that meeting again with one change: a soft usage line at 60 pulls a month, set from real percentile data instead of guessed at launch, with everything above it billed at 65 cents a pull instead of folded into the flat fee. Same twenty-four wholesale accounts, same 850 pulls on the average one. Instead of a $369.50 loss, that account now nets Oakmarrow close to $144 a month, comps included. The blended margin barely changes for the other 2,376 accounts, because they were never close to the line in the first place.
One design let a beta's usage pattern set the price for every account type that would ever sign up after it. The other let the actual shape of usage, whatever it turned out to be, set where the price stopped being flat.
What I'd tell myself, back in that first pricing meeting: "unlimited" isn't a decision about a number. It's a bet that everyone will use the product roughly the same amount. Compstack's first sixty agents made that bet look safe for a year. Nobody asked what happens the day it stops being true.
BOUND, run against a curve instead of a single number
Not a story wearing a framework's clothes. This is an estimation problem with a real skew hiding inside it, and BOUND is what turns "the model is cheap on average" into a number that actually holds up account by account.
BBreak it down. What's the actual equation?
Compstack's monthly AI cost is one thing repeated: cost per pull, times however many pulls an account runs that month. Cost per pull is four terms added together: a flat charge to ingest the property record, a charge for every comp candidate it reasons over, a charge for every photo it reads for condition, and a charge to write the final valuation. Multiply that by pulls per month, and that is the entire cost side of a $149 flat plan.
Say the equation before naming a figure, or "the AI costs something" quietly stands in for real arithmetic.
Two of these four barely move account to account. Two of them, comps and photos, are set entirely by how the account chooses to use the tool.
OOwn the numbers. Where did each one come from?
A regular pull: property record at 3 cents flat, 3 comps at 4.5 cents each, 4 photos at 2.8 cents each, a valuation write-up at 6 cents. That prices out to about 34 cents, pulled from the vendor's own per-token and per-image rate card against the counts Compstack actually logs. A wholesale pull runs wider on purpose, 6 comps and 9 photos, because that account has never seen the property and needs more signal to make a blind call: about 61 cents. This is also where the rejected alternative sits: a hard cap of 100 pulls a month on every account, rejected because it doesn't fix a wrong price, it just stops the company from having to look at it, and hands a real segment straight to a competitor.
Owning the number means saying where it came from and what you turned down instead, not just stating a figure.
Monthly cost against the flat $149 price, regular account vs wholesale account
Margin, price minus costAI cost
The regular account's cost is a sliver you can barely see. The wholesale account's cost runs straight through the $149 line and keeps going, at the same flat price.
UUse a range, not one number.
A typical wholesale account runs about 850 pulls a month, central estimate: $518.50 in AI cost against $149 of revenue. But real accounts don't sit still. At 500 pulls a month it's $305. At 1,200 it's $732. So the honest range on one of these accounts is a loss of somewhere between $156 and $583 a month, not one clean number a board slide can round off.
The whole case for metering above a real threshold, instead of guessing at one, lives inside that range.
The whole range sits well under a thousand dollars. Doing the same work by hand sits well above it.
NNail the sanity check. Does the number survive being compared to something real?
Even the worst-case wholesale account, $518.50 in AI cost a month, is still about thirteen times cheaper than paying someone to build 850 comp sets by hand, roughly $6,630 in labor at 18 minutes a property. That's the check that should worry Silas in the opposite direction of the obvious one: the answer isn't "stop serving wholesale accounts," it's "the flat price was never built to hold them." And the number that should have worried him a year earlier: a 93 percent blended margin, comfortably above any health bar Oakmarrow would set for a subscription plan, sat there the entire time twenty-four real accounts were running it at a loss.
The hardest step, and the one most answers skip. A number that looks healthy in aggregate can still be sitting on top of a real, quietly compounding loss.
DDirection. Which assumption would move the answer most?
Two things swing this, and they're not the same kind of lever. Doubling the share of accounts that are wholesale, from 1 percent to 2 percent, roughly doubles the cohort's monthly loss to about $17,700, and that's a sales and go-to-market question, who Oakmarrow lets sign up through which door. The other lever, pulls per wholesale account, was already climbing 15 to 20 percent a quarter as trust in the tool deepened, with no new accounts at all. That's the one worth tracking hardest, because it means the product working exactly as intended, wholesale accounts trusting it more and routing more volume through it, is the same thing that grows the loss if the price never moves.
Naming the lever that grows on its own, not just the one with the bigger number attached, is what a good estimator does that a bad one skips.
Three things worth stating directly, since this is where the real judgment sits. The alternative Oakmarrow's team seriously discussed, a flat cap of 100 pulls on every account, lost because it protects the margin by refusing to serve the exact accounts a comps tool is most valuable to, and does nothing to fix the price for the ones still inside the cap. The AI-specific failure worth naming is a cost curve that isn't flat by nature: every pull's real cost depends on how many comps and photos that specific account's own workflow pulls in, so a blended per-account average will always understate the heaviest users and overstate the lightest ones, the same shape as an accuracy number that looks fine until you split it by segment. The guardrail is tracking cost by pull-volume cohort as a standing metric, not a blended portfolio number pulled together once for a board slide. And the trade-off is real: Oakmarrow is keeping the full photo-based condition read for every wholesale pull, the expensive part, instead of downgrading blind bulk accounts to a text-only record, because the photo read is the actual reason a buying firm trusts a number it's never walked through in person, and it's choosing to meter the price instead of the model, so quality never has to be the thing that pays for this.
And if you want to be sure it really works, try it somewhere else
Same five letters, an insurance claims photo estimator instead of a comps tool, and this time the lever isn't which comp count to trust, it's which kind of account files the claim.
Claimlight is Halberd Casualty's tool for estimating repair cost from the photos a claim comes in with, and drafting the adjuster's write-up. Halberd licenses it to independent adjuster portals at a flat $89 a seat a month, unlimited claims. Cathal Feathergill owns the unit economics on it.
The decision Cathal would take back
Pricing every seat the same, $89 flat, whether it belonged to someone filing three claims a year or a firm filing forty a month, because the pilot group that set the price were all in-house adjusters running a handful of claims each.
A routine claim, six photos, a short write-up, runs about 19 cents in AI cost. A public adjuster firm, filing on behalf of dozens of policyholders at once and submitting fifteen to twenty photos a claim to document every angle of the damage, runs closer to 58 cents a claim. A typical in-house adjuster files about 8 claims a month, comfortably inside the $89 seat. One public adjuster firm on the platform was filing 190 claims a month by itself, about $110 in AI cost against $89 of revenue, on a seat structure that assumed one person, one modest caseload.
The account that actually drives Claimlight's cost was never the busiest in-house adjuster. It was the one filing for many policyholders at once, with the heaviest photo documentation.
Same rank, different lever: the account that needed the guarded slice here was never the highest-volume in-house adjuster, it was the one filing on behalf of many policyholders at once with the heaviest photo documentation, because that's what actually drives Claimlight's cost. Cathal's team held the $89 seat price, metered per claim past a real threshold instead, and kept the same photo-based repair estimate for every account, because a public adjuster's whole case for a payout rests on Claimlight having actually looked at every angle of the damage.
Swap the trigger and it still runs.
Speed: an interviewer caps you at ninety seconds. Skip straight to it: cost every pull by what it contains, find where real usage actually breaks a flat price, meter only past that line.
Cost: there's no engineering budget this quarter to build metered billing. Ship the cheapest version first, a monthly usage report and one warning email to the accounts already over the line, before the billing change ships.
The model got better, for real: say the vision model gets twice as accurate for the same price. That doesn't change the verdict. A cheaper, better model moves the threshold, it doesn't remove the fact that a flat price needs to know the shape of usage underneath it before it can be trusted.
Where people run it wrong.
They watch one blended margin number and never once break it out by how much an account actually uses.
They fix it by raising the price for everyone, which punishes the ninety percent who never caused the problem.
They ban or hard-cap heavy usage outright instead of pricing it, and lose a real segment to whoever prices it correctly first.
How to use it live. Ask the shape question before quoting a number: "is usage on this plan roughly the same for every account, or does a small slice of them drive most of it?" That's the question that decides whether a flat price is even the right shape, before any number gets named.
Flashcards (tap any card to flip it)
1 · THE FRAMEWORK
What framework is this, and what's its one job?
Tap to flip
ANSWER
BOUND: show the arithmetic, own the assumptions. Built for estimation and pricing questions like this one, not a habit-flip story.
2 · THE PERSON
Who is this answer about?
Tap to flip
ANSWER
Silas Kirwan, the pricing partner who owns Compstack's price at Oakmarrow Systems, and had never signed off on a number he hadn't traced to a real account, until this one.
3 · THE BLIND SPOT
What did the 93 percent blended margin get tested against that real usage didn't match?
Tap to flip
ANSWER
A sixty-agent beta where every account used Compstack the same way, a handful of pulls a week. It held for a year. It hid a straight loss on twenty-four wholesale accounts the entire time.
4 · THE EQUATION
What four things make up Compstack's cost per pull?
Tap to flip
ANSWER
A flat charge for the property record, a charge per comp candidate, a charge per photo read for condition, and a charge for the final valuation write-up.
5 · THE OLD DECISION
What decision would Silas take back?
Tap to flip
ANSWER
Setting one flat, unlimited price for every account type at once, off a beta that never included a single bulk-sourcing workflow.
6 · THE NUMBER
Fill in the blank: a regular pull costs about $___. A wholesale pull, more comps and more photos, costs about $___.
Tap to flip
ANSWER
About $0.34. About $0.61, because a wholesale account has never seen the property and pulls in twice the comps and more than twice the photos.
7 · THE REPLAY
Same shape of usage, new pricing, what changes?
Tap to flip
ANSWER
A soft line at 60 pulls a month, billed at 65 cents a pull past it. The same 850-pull wholesale account flips from a $369.50 monthly loss to about $144 a month in margin, and the other 2,376 accounts see no change at all.
8 · CROSS-PRODUCT TRANSFER
Section 4 answers this same question again for a different product. Which product, and what's the different lever?
Tap to flip
ANSWER
Claimlight, Halberd Casualty's claims photo estimator. The lever there is which accounts file on behalf of many policyholders at once, not which account pulls the most comps.
Check yourself Score: 0 / 0
Multiple choice
1. Why did Compstack's blended margin stay near 93 percent for over a year while twenty-four accounts were running the plan at a loss?
A. Compstack's model got cheaper to run every quarter.
B. Thousands of light accounts diluted the average, so a small, expensive tail never moved the blended number.
C. The finance team rounded every account's cost down before reporting it.
D. Wholesale accounts paid a lower flat rate than regular agents.
Show hint
Check the "at its worst" paragraph in Let's learn, or the N step in the framework recap.
Show answer
B. Every wholesale account paid the same $149 as everyone else. The average stayed healthy because 2,376 light accounts were diluting the number every month, not because the tail wasn't real.
True or false
2. True or false: a wholesale account's $518.50 monthly AI cost means Oakmarrow should stop serving wholesale accounts entirely.
True
False
Show hint
Look at the N step's sanity check, the comparison to doing the same work by hand.
Show answer
False. Even at $518.50, AI cost runs about thirteen times cheaper than paying someone to build the same 850 comp sets by hand. The segment is valuable. The flat price was just never built to hold it.
Fill in the blank
3. At the central estimate of 850 pulls a month, one wholesale account's real AI cost is about $___, against $149 of revenue.
Show hint
Look at the U step in the framework recap, or stage 6 of the walkthrough.
Show answer
$518.50. That's 850 pulls at about 61 cents each, the wholesale profile's per-pull cost from the O step.
Short answer, name the rejected alternative
4. What alternative did Oakmarrow's team consider instead of metering above a threshold, and why was it rejected?
Show hint
Look at the O step, and stage 7 of the walkthrough.
Show answer
Model answer: A hard cap of 100 pulls a month on every account. Rejected because it doesn't fix the price, it just stops the company from measuring the problem, and it hands a valuable segment straight to a competitor.
Short answer, apply it yourself
5. Think of a flat-rate subscription you use that lets you do something an unlimited number of times, storage, exports, API calls, messages. Do you think a small share of users drive most of the actual cost behind it? What's one sign that would be true even if you never saw the company's cost data?
Show hint
Think about what a company does once it realizes "unlimited" is being used very differently by different accounts.
Show answer
Model answer: A cloud storage app advertising unlimited photo backup. One sign the same power law is hiding underneath: the company suddenly announces a "fair use" policy or starts throttling upload speed for the heaviest accounts, that's usually the tell that a flat price met a usage curve it wasn't built for.
Fill in the blank, work the number
6. If the share of wholesale accounts doubled from 1 percent to 2 percent of all accounts, with usage per account unchanged, would the cohort's monthly loss roughly double, stay flat, or shrink?
Show hint
Check the D step. Each wholesale account loses about the same amount on its own; what changes is how many of them there are.
Show answer
Roughly double, to about $17,700 a month. The per-account loss stays near $369.50; doubling the count of accounts running that loss roughly doubles the total, which is exactly why the D step flags account share as one of the two levers worth tracking.
Before you close the answer
Why this works
Tests whether you'll size a metered threshold off the real shape of usage, or reach for one of the two shallow fixes, raise the price for everyone, or ban the heavy users, that both dodge the actual pricing problem.
Follow-up traps
"Wouldn't it be simpler to just raise the price to $199 for everyone?" Response: that punishes the 2,376 accounts that never caused the problem, and it still doesn't fix a wholesale account running 850 pulls, at $199 flat that account is still losing money, just less of it.
"Isn't losing money on 24 accounts small enough to just eat the cost?" Response: it isn't static. Wholesale pull volume was already climbing 15 to 20 percent a quarter with no new accounts, so the same 24 accounts alone would push the loss well past $10,000 a month within a year if nothing changes.
If pressed
The metered rate above the line isn't one fixed number either: Compstack prices the overage per pull at that account's own blended cost plus a small margin, recalculated monthly from its real comp-and-photo mix, not one flat overage price applied to every wholesale account regardless of how many photos it actually pulls in.
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