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Build logChannel and sales management

How we built a distributor’s Amazon channel in the order it ran into its limits

Delivery came first, then range, fulfillment, stock and margin. Each build answered the constraint the channel had just reached, so the operation could carry the next step of growth.

Contents
  1. Sales then and now
  2. The commercial question
  3. Growth first, then the fulfillment mix
  4. How we worked
  5. Every stage moves the constraint
  6. The economics
  7. One example
  8. The report that counted every day twice
  9. Guardrails
  10. What it unlocked
  11. Principles for your business

Sales then and now

Measured as an annual run rate of net sales, a distributor’s Amazon channel stood at about €150k in 2023 and above €1m in 2026. Net sales here means monthly sales net of VAT, as shown in a paid seller analytics tool. They are not reconciled against refunds or the accounts. The 2023 figure annualises the €12.7k September month, and the 2026 figure annualises approximate readings from January to August, with several months above €100k. Both figures are run-rate snapshots in a seasonal category, not a trailing-twelve-month comparison. We started work on the channel in March 2024. In the trend, most of the rise came that year, after delivery was fixed and the first range tests ran. The later builds kept the operation ahead of that volume and turned to margin, stock and cash.

These figures are sales, not profit, and the business, its suppliers and the market all contributed to them. This post describes our part, which was the order in which the channel was built, the reasons for that order, and the systems that carry it today.

Delivery, range, stock and margin were fixed in the order the channel ran into them.

  • Amazon net sales, annual run rate
    2023 annualises the Sep month (€12.7k × 12). 2026 annualises approximate Jan–Aug readings. Revenue, not profit.
    several months above €100k
    Before
    about €150k 2023
    After
    above €1m 2026
  • Delivery promise
    From 2024. The first constraint was the buying experience. Delivery came before range and margin, and the promise shown to customers was tightened once seller metrics held.
    Delivery fixed first
    Before
    No reliable delivery promise
    After
    Next-day delivery negotiated, daily pickups, tracked parcels
  • Fulfillment
    Chosen over FBA-only and in-house-only. Bundles stay in-house, where margin and a distinct offer count for more than speed.
    Speed where the volume is
    Before
    In-house for everything
    After
    Best sellers on FBA, bundles in-house
  • Replenishment decision
    In production since April 2026. The run proposes, and people decide.
    Reorders at the unit purchasing buys
    Before
    A listing tracker kept by hand
    After
    One planning run, calculated per component
  • Economics view
    Product cost is still partly estimated.
    Contribution visible per order
    Before
    Rate card and estimates
    After
    Contribution per order from payment reports
  • Advertising
    Effect to be measured over full windows.
    Budget follows margin and stock
    Before
    Bids without a break-even
    After
    Bids and targets tied to contribution and stock
Amazon net sales from January 2022 to August 2026, with the builds along the way Bar chart of monthly Amazon net sales, January 2022 to August 2026, the same series as on our start page. Grey bars before March 2024, teal bars from the start of our work in March 2024. Bars before 2026 show the trend, not a reconciled series. Annual run rate about 150 thousand euros in 2023 and above 1 million euros in 2026. Revenue, not profit. Below the bars, seven numbered milestones on the same time axis. Engagement start in March 2024. Assortment tests, FBA for best sellers and bundles in-house across 2024 and 2025. All channels on one ERP in 2025. Contribution per order from payment data, replenishment planning in production, bids tied to margin and stock, and a seasonal stock, order and cash plan in 2026. Amazon annual run rate of net sales About €150k (2023) → above €1m (2026), annual run rate Monthly net sales, January 2022 to August 2026. Revenue, not profit. Before Capcelerate With Capcelerate 2022 2023 2025 2026 ▲ Mar ’24 1 2 3 4 5 6 7 1 Mar 2024 Engagement starts. Delivery and service first 2 2024 to 2025 Assortment tests, FBA for best sellers, bundles in-house 3 2025 All channels on one ERP, live stock, order routing 4 2026 Contribution per order from payment data 5 2026 Replenishment planning in production 6 2026 Bids and targets tied to margin and stock 7 2026 Seasonal stock, order and cash plan Amazon net sales from January 2022 to August 2026, with the builds along the way Bar chart of monthly Amazon net sales, January 2022 to August 2026, the same series as on our start page. Grey bars before March 2024, teal bars from the start of our work in March 2024. Bars before 2026 show the trend, not a reconciled series. Annual run rate about 150 thousand euros in 2023 and above 1 million euros in 2026. Revenue, not profit. Below the bars, seven numbered milestones on the same time axis. Engagement start in March 2024. Assortment tests, FBA for best sellers and bundles in-house across 2024 and 2025. All channels on one ERP in 2025. Contribution per order from payment data, replenishment planning in production, bids tied to margin and stock, and a seasonal stock, order and cash plan in 2026. Amazon annual run rate of net sales About €150k (2023) →above €1m (2026),annual run rate Monthly net sales, January 2022 to August 2026.Revenue, not profit. Before Capcelerate With Capcelerate 2022 2023 2025 2026 ▲ Mar ’24 1 2 3 4 5 6 7 1 Mar 2024 Engagement starts. Delivery and servicefirst 2 2024 to 2025 Assortment tests, FBA for best sellers,bundles in-house 3 2025 All channels on one ERP, live stock, orderrouting 4 2026 Contribution per order from payment data 5 2026 Replenishment planning in production 6 2026 Bids and targets tied to margin and stock 7 2026 Seasonal stock, order and cash plan
Monthly Amazon net sales, January 2022 to August 2026, with the builds along the way. Bars before 2026 show the trend, not a reconciled series.

The commercial question

The account was not empty but underused. The trend bars show sales had been higher in 2022 and had slipped by early 2024, so part of the early rise won back lost ground. Listings existed, and the existing supplier agreements could cover much more of the range. We wanted to know how large the channel could become with the team, stock and suppliers the business already had.

A second question mattered more over time: how much of each sale the business keeps, and how much cash the growth ties up. A channel that grows on thin margins and slow stock can eat the cash it earns.

Growth first, then the fulfillment mix

On a small base, margin work moves few euros, and cost data is usually thin at that stage. Growing first makes every later margin point worth more, as long as the operation can carry the volume. We grew revenue first and built the operation right behind it.

Fulfillment came next. FBA brings the Prime badge and fast delivery, at a higher cost per bundle and with cash tied up at Amazon. Sellers who ship themselves can also offer Prime, but only after a trial period and under strict delivery targets. In-house shipping keeps control and margin on bundles, and its speed depends on the seller’s own logistics. Best sellers went to FBA for speed. Bundles and volume packs stayed in-house for margin and a distinct offer.

How we worked

We worked inside the client’s own accounts: Seller Central, the ERP, the shop and the ad console. Instead of handing over a strategy and leaving, we ran the channel together with the team, week by week.

Every build lives in the client’s name. The ERP stays the master record, and our tools read it without writing to it. Changes to stock, orders and ads go live through the client’s own tools after a person has approved them. We designed and built the systems and made the channel decisions together with the client’s management.

Every stage moves the constraint

Growth does not remove a bottleneck, it moves it somewhere else. Each build answered the constraint of its stage and exposed the next one.

  1. Make it buyable. The first constraint was delivery, not advertising. We negotiated next-day delivery with the logistics provider, set up daily pickups with parcel tracking and wrote service and returns procedures with the team. Once the seller metrics held, we tightened the delivery promise shown to customers.
  2. Widen the range. We looked for products the existing supplier agreements could already supply. Each one got a starting stock level and a test of a few weeks, and live sales decided what stayed.
  3. Split fulfillment. Best sellers moved to FBA, while bundles and volume packs stayed in-house.
  4. Connect stock. All sales channels moved onto one ERP, JTL-Wawi. Stock became live across Amazon, the shop and eBay, and orders were routed automatically.
  5. Know the economics. More sales raised a harder question, namely what each order leaves after fees, shipping and returns. We rebuilt that answer from the payment data.
  6. Plan replenishment. With hundreds of listings, checking each one by hand stopped working. A planning run now proposes what to reorder and what to send to FBA.
  7. Steer ads and cash. With contribution per product known, ads could follow margin and stock, and seasonal purchasing could follow cash.
Each build removed one constraint and exposed the next Seven steps from March 2024 to 2026. Delivery: customers could not rely on fast delivery, so next-day shipping, daily pickups and service routines were built. Assortment: range too narrow, so supplier products were tested with short stock tests. Fulfillment: best sellers needed Prime speed, so they moved to FBA while bundles stayed in-house. Connected stock: channels out of sync, so one ERP with live stock and automatic order routing. Economics: sales known but contribution not, so contribution per order from payment data. Replenishment: hundreds of listings sharing parts, so a planning run per component. Ads and cash: budget and stock without a break-even, so ads and seasonal buying tied to contribution. Every stage moves the constraint What blocked the next step, and what we built to remove it. STEP 1 Delivery 2024 CONSTRAINT Customers couldnot rely on fastdelivery BUILD Next-day shipping,daily pickups,service routines STEP 2 Assortment 2024 CONSTRAINT Range narrowerthan the demand BUILD Supplier products,short stocktests STEP 3 Fulfillment 2024 to 2025 CONSTRAINT Best sellersneeded Primespeed BUILD FBA for bestsellers, bundleskept in-house STEP 4 Connected stock 2025 CONSTRAINT Channels andshipping routesout of sync BUILD One ERP, livestock, automaticorder routing STEP 5 Economics 2026 CONSTRAINT Sales known,contributionnot BUILD Contribution perorder frompayment data STEP 6 Replenishment Apr 2026 CONSTRAINT Hundreds oflistings sharingthe same parts BUILD One planning runper component,people approve STEP 7 Ads and cash 2026 CONSTRAINT Budget and stockwithout abreak-even BUILD Ads and seasonalbuying tied tocontribution Sequence from project records and our own published account. Dates before 2025 approximate. Each build removed one constraint and exposed the next Seven steps from March 2024 to 2026. Delivery: customers could not rely on fast delivery, so next-day shipping, daily pickups and service routines were built. Assortment: range too narrow, so supplier products were tested with short stock tests. Fulfillment: best sellers needed Prime speed, so they moved to FBA while bundles stayed in-house. Connected stock: channels out of sync, so one ERP with live stock and automatic order routing. Economics: sales known but contribution not, so contribution per order from payment data. Replenishment: hundreds of listings sharing parts, so a planning run per component. Ads and cash: budget and stock without a break-even, so ads and seasonal buying tied to contribution. Every stage moves theconstraint What blocked the next step, and what we builtto remove it. STEP 1 2024 Delivery CONSTRAINT Customers could not rely on fast delivery BUILD Next-day shipping, daily pickups, serviceroutines STEP 2 2024 Assortment CONSTRAINT Range narrower than the demand BUILD Supplier products, short stock tests STEP 3 2024 to 2025 Fulfillment CONSTRAINT Best sellers needed Prime speed BUILD FBA for best sellers, bundles keptin-house STEP 4 2025 Connected stock CONSTRAINT Channels and shipping routes out of sync BUILD One ERP, live stock, automatic orderrouting STEP 5 2026 Economics CONSTRAINT Sales known, contribution not BUILD Contribution per order from paymentdata STEP 6 Apr 2026 Replenishment CONSTRAINT Hundreds of listings sharing the sameparts BUILD One planning run per component, peopleapprove STEP 7 2026 Ads and cash CONSTRAINT Budget and stock without a break-even BUILD Ads and seasonal buying tied tocontribution Sequence from project records and our own publishedaccount. Dates before 2025 approximate.
Each build removed one constraint and exposed the next. Sequence from project records and our own published account. Dates before 2025 approximate.

The economics

Contribution is what the channel keeps: revenue minus fees, fulfillment, advertising, returns and product cost. Revenue is sessions times conversion times price. Cash adds a third branch, which is how many days of stock the business holds at purchase cost.

Our first builds pulled on revenue, since delivery and availability lift conversion and a wider tested range lifts sessions. Once volume was there, the cost branch mattered more. The fulfillment mix, recomputed fees and break-even bidding each move one cost driver, and stock planning moves cash.

Value driver tree of a marketplace channel, with the build that moved each driver Tree. Monthly contribution equals revenue minus variable costs. Revenue equals sessions times conversion times price. Variable costs are fees, fulfillment, advertising, returns and product cost. Cash adds working capital: stock days times purchase cost. Each driver is tagged with the build that moved it: assortment tests and replenishment for sessions, delivery promise and in-stock days for conversion, FBA and in-house mix for fulfillment, break-even bidding for advertising, recomputed economics for fees and product cost, seasonal plan for working capital. What moves contribution, and which build moved it Value driver tree of a marketplace channel. Contribution per month what the channel keeps Revenue sessions × conversion × price Variable cost fees, shipping, ads, returns, cost Cash tied up stock days × purchase cost Sessions Assortment testsin stock Conversion Delivery promiseBuy Box Price Offerbundles Fees Recomputednot rate card Fulfillment FBA andin-house mix Ads Break-evenbidding Product cost Purchase pricesjoined Stock days Seasonalplan Paymenttiming Cash viewof fees BUILD THAT MOVED THE DRIVER Revenue came first: sessions and conversion rose with delivery, assortment and availability.Cost and cash came next: once volume was there, every point of margin and every stock day mattered more. Teal marks the drivers our first builds targeted. Value driver tree of a marketplace channel, with the build that moved each driver Tree. Monthly contribution equals revenue minus variable costs. Revenue equals sessions times conversion times price. Variable costs are fees, fulfillment, advertising, returns and product cost. Cash adds working capital: stock days times purchase cost. Each driver is tagged with the build that moved it: assortment tests and replenishment for sessions, delivery promise and in-stock days for conversion, FBA and in-house mix for fulfillment, break-even bidding for advertising, recomputed economics for fees and product cost, seasonal plan for working capital. What moves contribution,and which build moved it Value driver tree of a marketplace channel. Contribution per month what the channel keeps Revenue sessions × conversion × price Sessions Assortment tests instock Conversion Delivery promise BuyBox Price Offer bundles Variable cost fees, shipping, ads, returns, cost Fees Recomputed not ratecard Fulfillment FBA and in-house mix Ads Break-even bidding Product cost Purchase prices joined Cash tied up stock days × purchase cost Stock days Seasonal plan Paymenttiming Cash view of fees BUILD THAT MOVED THE DRIVER Revenue came first: sessions and conversionrose with delivery, assortment and availability.Cost and cash came next: once volume wasthere, every point of margin and every stockday mattered more. Teal marks the drivers our first builds targeted.
Value driver tree of a marketplace channel, with the build that moved each driver.

Break-even bidding needs contribution before advertising, meaning revenue minus fees, fulfillment, returns and product cost. A campaign breaks even when its return on ad spend equals the average price divided by that contribution per unit. Put the other way, ad spend as a share of sales may not exceed the margin before advertising. Below that line, the sales the ads bring cost more than they directly earn. Any ranking benefit then has to justify the gap. Above it, budget can rise in steps, and only while the last euro still earns more than it costs.

Moving best sellers to FBA also changed how the numbers looked. Amazon’s fulfillment fees appear in the payment data, while in-house shipping costs never did. Contribution can therefore fall on paper while costs stay the same. We read those numbers side by side before anyone drew a conclusion.

One example

Replenishment shows how a technical build serves the commercial goal. Stockouts cost sales today and ranking tomorrow, and overstock ties up cash. The run has to find the line between them for every product, every week.

Why the old view missed it. A hand-kept tracker cannot keep up with hundreds of listings, and it counted stock per listing. A bundle and its single items draw on the same parts, and purchasing orders parts, not listings.

The build. The run reads FBA stock, active listings and daily sales and traffic from Amazon. From the ERP it reads stock, open purchase orders and bills of material. It uses product and stock data only and reads no customer records. Demand stays with the listing that customers buy until the bill of materials turns it into components. The output is one line per component: reorder this much, send this much to FBA.

The demand math is a service-level model that sets how much stock covers demand at a chosen level of availability. It runs as live spreadsheet formulas, so the team can change an assumption and watch the proposal move.

In use. One run replaced manual monitoring of every listing. People still decide: the run proposes, operations packs the FBA shipments and purchasing places the orders.

Next. The same logic later moved into an operating data platform, where it now feeds a seasonal plan for stock, orders and payments.

Reorder decision flow with checks and approval gate Process flow. Fetch Amazon reports, retrying on quota. Decision: is the demand window at most five days old? If not, stop with an error and retry. If yes, read ERP stock, open orders and bills of material, compute demand on live days and resolve it to components. Decision: is cover below target? If not, no line. If yes, propose a reorder or FBA send line. Approval gate: purchasing and operations decide. Then stock moves and the next run starts. Reorder flow: checks, stops and the approval gate Fetch Amazon reports, retry on quota Demand window≤ 5 days old? Read ERP stock, POs, BOM Demand per listing sales ÷ live days Resolve to components via bill of materials yes no Stop with error no list produced retry Cover belowtarget? Enough cover no line no Propose line reorder or FBA send yes Approval gate purchasing and operations decide Stock moves order placed, FBA packed next run Main path Stop or no-action branch Thresholds simplified. Every line is a proposal until a person approves it. Reorder decision flow with checks and approval gate Process flow. Fetch Amazon reports, retrying on quota. Decision: is the demand window at most five days old? If not, stop with an error and retry. If yes, read ERP stock, open orders and bills of material, compute demand on live days and resolve it to components. Decision: is cover below target? If not, no line. If yes, propose a reorder or FBA send line. Approval gate: purchasing and operations decide. Then stock moves and the next run starts. Reorder flow: checks, stopsand the approval gate Fetch Amazon reports, retry on quota Demand window≤ 5 days old? Stop witherror no listproduced no retry yes Read ERP stock, POs, BOM Demand per listing sales ÷ live days Resolve tocomponents via bill of materials Cover belowtarget? Enoughcover no line no yes Propose line reorder or FBA send Approval gate purchasing andoperations decide Stock moves order placed, FBApacked next run Main path Stop or no-action branch Thresholds simplified. Every line is a proposal until aperson approves it.
Reorder decision flow with its checks and the approval gate.

The report that counted every day twice

The most instructive check concerned our requests and Amazon’s own sales report.

The run went into production in April 2026 on sales data from a paid seller tool. A few weeks later we moved it onto Amazon’s own report, which we pull one day at a time. Each request names a start and an end. Our requests excluded the end date, and the report included it. So each one-day request returned two days of sales.

Nothing looked broken, and the numbers were plausible, just too high. Our line-by-line comparison of the new feed with the paid tool it replaced caught it. Sales and sessions in the feed doubled, but the effect on reorder proposals was smaller. They came out about 12% too high against the replaced tool. That would have tied up cash in stock nobody needed. We fixed the requests before the switch, and the figures then matched the old tool one to one.

The report that counted every day twice Six days on a timeline. Each one-day request should cover one day, with the end date excluded as intended. The report included the end date, so each request covered two days and every day was counted twice. Right: reorder proposals before the fix were about 12 percent higher than after, measured against the replaced tool. Index, corrected equals 100. The report that counted every day twice Daily sales requests, as intended and as delivered. Day 1 Day 2 Day 3 Day 4 Day 5 Day 6 As intended: end date excluded Each request returns one day. Sum = 5 days. As delivered: end date included Each request returns two days. Sum = 10 days of sales. Nothing looked broken. Found only by comparing the new runline by line with the paid tool it replaced, before the switch. Reorder proposals Index, corrected = 100 112 Before fix 100 After fix Units and sessions doubled per request. Effect on reorder proposals: about +12% against the replaced tool, measured before the switch. The report that counted every day twice Six days on a timeline. Each one-day request should cover one day, with the end date excluded as intended. The report included the end date, so each request covered two days and every day was counted twice. Right: reorder proposals before the fix were about 12 percent higher than after, measured against the replaced tool. Index, corrected equals 100. The report that countedevery day twice Daily sales requests, as intended and asdelivered. Day 1 Day 2 Day 3 Day 4 Day 5 Day 6 As intended: end date excluded Each request returns one day. Sum = 5 days. As delivered: end date included Each request returns two days. Sum = 10 days ofsales. Nothing looked broken. Found only by comparingthe new run line by line with the paid tool itreplaced, before the switch. Reorder proposals Index, corrected = 100 112 Before fix 100 After fix Units and sessions doubled per request. Effect onreorder proposals: about +12% against the replacedtool, measured before the switch.
Before and after the fix. Each one-day request returned two days, and reorder proposals ran about 12% high against the replaced tool. Index, corrected proposal equals 100.

The same check exposed a second trap inside the demand average. A simple forecast divides the last 30 days of sales by 30, but on days a listing is out of stock or has lost the Buy Box, it cannot sell. Those zero days pull the average down. The plan then orders less, the listing runs out again, and the next average falls further. We divide sales by the days the listing could actually sell.

working notes · thread

  1. Team

    Demand on the top listings looks low today. The stock figures look normal.

  2. Capcelerate systemSystem

    The sales window ends a week ago. The report fetch hit Amazon’s quota before the transform step ran.

  3. Team

    So stock is fresh and demand is stale. Nothing in the file shows it.

  4. Capcelerate systemSystem

    Correct. Proposal: stop the build when the demand window is older than five days. Retry the fetch from cache.

  5. Team

    Do it. A list that only looks current is worse than no list.

Recreated from our working notes. Details anonymised.

Guardrails

  • The ERP stays the master. Our tools read JTL-Wawi without writing to it.
  • People approve. No tool places an order, sends a shipment or changes a price on its own.
  • Stale data stops the run. If the demand window is more than five days old, the build refuses to produce a list.
  • New tools run beside the old ones first. The run was reconciled against the tool it replaced before the switch.
  • A promise is not a delivery date. A supplier date enters the plan only once it is confirmed.

“A missed refresh must not produce a list that merely looks current.”

our operating rule
System map: sources, planning layer and decisions Left, sources: JTL-Wawi ERP read-only, Amazon SP-API, Amazon payment reports, supplier and carrier invoices, the ad console. Middle, planning layer: operating data platform, replenishment run, contribution model, seasonal stock and cash plan. Right, decisions: reorder from suppliers, send to FBA, ad bids and budget, range and price, purchasing and payment timing. A band on the right states that people approve and changes go live in the client's own tools. Many sources, one planning layer, people decide SOURCES PLANNING LAYER DECISIONS JTL-Wawi ERP, read-only Stock, open orders, bills of material Amazon SP-API FBA stock, listings, sales and traffic Amazon payment reports Fees, refunds, payouts per order Supplier and carrier invoices Purchase cost, shipping cost Ad console Spend, bids, placements Operating data platform ERP mirror plus marketplace data Replenishment run Reorder and FBA send per component Contribution model What each order leaves Seasonal stock and cash plan Orders and payments to January Reorder from suppliers Send to FBA Ad bids and budget Range and price Purchase and payment timing People approve Changes go live only through the client's own tools after approval. The ERP stays the master record. System map: sources, planning layer and decisions Left, sources: JTL-Wawi ERP read-only, Amazon SP-API, Amazon payment reports, supplier and carrier invoices, the ad console. Middle, planning layer: operating data platform, replenishment run, contribution model, seasonal stock and cash plan. Right, decisions: reorder from suppliers, send to FBA, ad bids and budget, range and price, purchasing and payment timing. A band on the right states that people approve and changes go live in the client's own tools. Many sources, one planninglayer, people decide SOURCES JTL-Wawi ERP, read-only Stock, open orders, bills of material Amazon SP-API FBA stock, listings, sales and traffic Amazon payment reports Fees, refunds, payouts per order Supplier and carrier invoices Purchase cost, shipping cost Ad console Spend, bids, placements PLANNING LAYER Operating data platform ERP mirror plus marketplace data Replenishment run Reorder and FBA send per component Contribution model What each order leaves Seasonal stock and cash plan Orders and payments to January DECISIONS Reorder from suppliers Send to FBA Ad bids and budget Range and price Purchase and payment timing People approve Changes go live only through the client's own toolsafter approval. The ERP stays the master record.
System map. ERP, marketplace and payment data feed one planning layer, and people take the decisions.

What it unlocked

Replenishment became one planning run instead of manual checks of every listing, and ad budgets can now rise in steps as soon as the numbers allow. We measure these builds by what they make possible.

Each stage made the next one possible. Volume made margin work worth doing, connected stock made a planning run possible, and known contribution made break-even bidding and stock priorities by margin possible.

For a channel at this stage, an own range is the next step up, and it can lift margin per sale on the same traffic. Known contribution per product shows where one would pay before any tooling is bought.

What we measure next is the effect of ad changes over complete windows, along with contribution per product as purchase prices are joined.

Principles for your business

  1. Sell first, then carry, then keep. Fix delivery and range before margin, because on a small base margin work moves few euros.
  2. Choose fulfillment per product, not per company. Put speed where the volume is and keep margin where the offer is yours.
  3. Plan stock at the unit you buy. Demand lives at the listing, while purchasing lives at the component.
  4. Bid to a break-even, not a habit. Raise budget in steps while the last euro still earns more than it costs.
  5. Run new tools beside the old ones. Plausible numbers can still be wrong, and the old tool is your best test.

If your channel waits on the operation somewhere today, whether on delivery, range, stock or ad budget, that stage is where we would start and remove the constraint with you.

Credits

Built and run by Capcelerate together with the client’s operations, purchasing and management team.

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