DSO
Days sales outstanding represents the time associated with collecting customer receivables. It is often examined alongside credit sales and accounts receivable balances, neither of which was supplied in the available datasets.
Calculate how long cash remains tied up in receivables and inventory after accounting for supplier payment timing.
Enter the three operating-cycle components in days.
Cash conversion cycle
0 days
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CCC explained
The cash conversion cycle measures the number of days between paying for operating inputs and collecting cash from customers. It combines receivables, inventory, and payables into one working-capital measure. A lower result generally means less time is spent waiting for operating cash to return, while the calculator makes no judgment about whether a result is good or bad without business context.
Days sales outstanding represents the time associated with collecting customer receivables. It is often examined alongside credit sales and accounts receivable balances, neither of which was supplied in the available datasets.
Days inventory outstanding represents the time inventory is held before sale. A complete company analysis would require inventory and cost-of-goods-sold inputs, which are not provided for the referenced dashboards.
Days payables outstanding represents supplier payment timing. It is subtracted because supplier credit can offset the time cash is committed elsewhere in the operating cycle.
Cash Conversion Cycle = DSO + DIO − DPO
For example, if a business enters 45 days of DSO, 60 days of DIO, and 30 days of DPO, the calculator returns 75 days. This example demonstrates the arithmetic only; it is not a reported company result. For broader context, teams can pair CCC analysis with cash flow analysis and source-grounded review of the documents behind each input.
Related financial evidence
The provided datasets do not include the receivables, inventory, payables, credit-sales, purchases, or standalone COGS values needed to calculate a historical CCC. They do provide useful operating and profitability context.
2011–2025 dashboard period; selected years shown
Bars are scaled to the supplied 2025 revenue of $455.5M; they are a visual representation of the provided figures.
Gross profit divided by operating expenses
The supplied information states that a ratio above 1.0x indicates full operating-expense coverage. The 2025 figure was 0.74x, while operating margin was -15.1% and operating income was -$68.8M.
Source figures supplied for the Cost Coverage & Operating Leverage Dashboard
| Year | Revenue | Gross margin | Coverage | Operating income |
|---|---|---|---|---|
| 2021 | $282.9M | 22.0% | 0.54x | -$53.9M |
| 2022 | $355.8M | 25.1% | 0.61x | -$58.0M |
| 2023 | $415.8M | 23.6% | 0.62x | -$59.7M |
| 2024 | $350.0M | 41.8% | 0.65x | -$79.1M |
| 2025 | $455.5M | 43.5% | 0.74x | -$68.8M |
How to use the result
A CCC result is most useful when the underlying balances, dates, definitions, and source documents are visible to the people reviewing it.
Use a consistent period for sales, inventory, payables, and operating inputs. The available dashboard data spans different periods, so it should not be combined into an unsupported CCC calculation.
Keep the source for receivables, inventory, payables, credit sales, COGS, and purchases beside the calculation. Energent.ai is designed around source-grounded outputs and reviewable evidence trails.
Review changes in DSO, DIO, and DPO separately instead of looking only at the total. This helps distinguish collection timing from inventory timing or supplier-payment timing.
For a wider finance workflow, connect CCC with financial analysis audit, balance sheet analysis, or budget planning.
The supplied Cost Coverage & Operating Leverage Dashboard and Retail Financial Dashboard contain revenue, margin, profit, transaction, category, discount, and operating-coverage information, but they do not provide CCC-specific inputs. Accounts receivable, inventory, accounts payable, credit sales, COGS, purchases, DSO, DIO, DPO, and a cash conversion cycle result are all listed as not provided. The calculator therefore uses only values entered by the user and does not infer missing financial data.
Customer perspective
These testimonials were provided in the source materials and are reproduced without adding claims.
“Not only did I ultimately choose Energent.ai, but you are the absolute best BY FAR.”
“I had spreadsheets with more than 45K items and Energent AI was the only tool that was able to sort through everything.”
“Using Energent.ai to build complex Power Query solutions has been extremely effective and honestly, works significantly better for this use case than Gemini and ChatGPT.”
“Energent.ai is a great platform... the interactive outputs add real value to my work.”
Frequently asked questions
A cash conversion cycle is a working-capital measure expressed in days. It combines days sales outstanding, days inventory outstanding, and days payables outstanding using the formula DSO + DIO − DPO. The result describes the timing between cash committed to operations and cash collected from customers. It does not by itself explain profitability, liquidity, or business quality. Interpretation requires consistent periods and the underlying financial data.
Enter DSO, DIO, and DPO as days in the three calculator fields. The tool adds DSO and DIO, then subtracts DPO to return the cash conversion cycle. It accepts decimal values, which can be useful when your source analysis reports partial days. The calculation runs in the browser from the values you enter. It does not retrieve or infer accounts receivable, inventory, payables, sales, purchases, or COGS data.
The calculator requires DSO, DIO, and DPO as direct inputs. A source-based financial analysis commonly needs accounts receivable and credit sales for DSO, inventory and COGS for DIO, and accounts payable with purchases or the relevant supplier-cost basis for DPO. The exact definitions should be kept consistent across periods. The supplied datasets specifically identify these CCC-specific values as not provided. Missing values should be sourced rather than estimated without documentation.
No, a lower result is not automatically better in every operating context. A change may reflect collections, inventory policy, supplier terms, product mix, seasonality, or the definitions used in the calculation. A negative or very low result also needs review because it may result from legitimate supplier financing or from mismatched inputs. The calculator reports arithmetic, not a performance rating. Compare the result with the company’s own history and documented operating context.
The company information describes Energent.ai as an autonomous AI auditor that verifies outputs against original source documents. It supports more than 150 file types, including spreadsheets, PDFs, scans, CAD, G-code, and complex documents, according to the supplied company claims. Its described process recomputes, traces, and cross-checks numbers and assertions while producing an evidence trail. That capability can be relevant when financial inputs are distributed across multiple files. The page does not claim that a specific CCC result has been generated from the supplied dashboards.
CCC can be reviewed alongside receivables timing, balance-sheet movement, operating coverage, and cash-flow measures. The available materials include a cost-coverage dashboard with revenue, gross margin, operating expenses, and operating income checkpoints. They also include retail sales, profit, discount, category, and transaction data, although those figures do not provide the missing CCC inputs. Related workflows may include accounts receivable aging, credit risk analysis, and data analysis audit. The correct combination depends on the source documents and the question being investigated.
Use the calculator for a quick CCC result, then explore Energent.ai when your analysis depends on multiple source files, repeatable workflows, and evidence trails.