When a CIO asks me how Kennect connects to their CRM, the question sounds technical. Underneath it is a worry I hear often. Getting reps to use the CRM properly took years, and nobody wants to reopen that fight.
The CRM can stay exactly where it is. What changes is the weight it carries. A close date, an owner, a split, a product line: each was entered to help sell, and each one also decides what somebody is paid. When one of those fields is wrong, the payout is wrong. Fixing the payout in a spreadsheet leaves the field as it was, so the same error comes back next cycle.
The fix sits upstream. Check the fields that drive pay before the calculation runs, freeze them at a cut-off, and keep every payout tied to the record behind it. It is worth the effort: across 75 data quality assessments, 47% of newly created records carried at least one critical error.
A question worth asking the head of sales operations this week: in the previous cycle, how many payout corrections traced back to a CRM field? And how many of those fields were then fixed at the source?
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When a CIO asks me how Kennect connects to their CRM, the question sounds technical. Underneath it is a worry I hear often. Getting reps to use the CRM properly took years, and nobody wants to reopen that fight.
The CRM can stay exactly where it is. What changes is the weight it carries. A close date, an owner, a split, a product line: each was entered to help sell, and each one also decides what somebody is paid. When one of those fields is wrong, the payout is wrong. Fixing the payout in a spreadsheet leaves the field as it was, so the same error comes back next cycle.
The fix sits upstream. Check the fields that drive pay before the calculation runs, freeze them at a cut-off, and keep every payout tied to the record behind it. It is worth the effort: across 75 data quality assessments, 47% of newly created records carried at least one critical error.
A question worth asking the head of sales operations this week: in the previous cycle, how many payout corrections traced back to a CRM field? And how many of those fields were then fixed at the source?
Few teams have counted. The research gives a starting point.
Tadhg Nagle, Thomas Redman and David Sammon ran 75 data quality assessments in which managers checked 100 recent records from their own department. 47% of newly created records carried at least one critical error. 3% of the scores met an acceptable bar of 97% correct records.
Source: 47% and 3% · Nagle, Redman and Sammon, "Assessing data quality: A managerial call to action", Business Horizons, vol. 63, no. 3, 2020 · 75 assessments over two years · records drawn from the participants' own departments, not from CRM systems specifically
Every payout rests on fields that were entered for another purpose, and the error rate in new records is high enough to reach a typical cycle.
Three symptoms show up before anyone calls this a data problem.
A rep is paid short in July because the deal sat under the previous owner. The correction goes through in August. In October the same reassignment gap underpays a different rep in a different region.
Queries rise on deals whose close date moved across the cut-off, and on deals split between two reps. Both are fields that change late in the month.
The SFA shows a sale against one outlet code. The distributor's DMS shows it against another. Achievement looks short for one rep and doubled for another.
When disputes cluster on the same few fields, the cause sits upstream of the calculation.
Three things happen to a CRM field between the sale and the payout. Each one can move money.
A close date typed a week late. A deal value entered with GST in one record and without it in the next. A product line left blank, so the focus-product kicker never triggers. The 47% figure above describes errors at this stage.
Owners are reassigned when a rep exits or changes territory. Close dates move toward a quarter end. Paul Oyer showed in 1998 that sales bunch at fiscal year ends when pay rises steeply near a target. Ian Larkin later found that deal-timing behavior cost one software vendor 6% to 8% of revenue through discounting.
Each of those moves is a field edit. The payout reads whatever the field holds at the cut-off.
Indian field plans draw on more than one source. SFA call and order data, DMS secondary sales, a lender's loan system, an OEM's retail data. Each holds its own customer code, its own date and its own definition of a sale.
In lending, a sanction date and a disbursal date can sit a month apart. The RBI's April 2024 fair practices circular found lenders charging interest from the sanction date, which shows how easily the two get swapped.
Then comes the step that makes it repeat. The incentive team fixes the payout in a spreadsheet. The CRM field stays as it was. Thomas Redman calls this kind of unplanned correction work a hidden data factory.

A correction made downstream fixes one payout and leaves the field that caused it ready to cause the next.
Commission crediting rules decide how each of these fields is read. Split commission management decides what happens when two reps share one deal. Both sit downstream of the field, so both inherit what the field holds.
Nine fields carry the payout's risk, and each one has an owner who usually sits outside the incentive team.
Three questions, answerable from the previous close.
Two answers of no and the errors will repeat at the rate the plan closes. A monthly plan with quarterly and annual elements can run 17 or more closes a year, and each one reads the same fields.
A payout that cannot be traced back to its source field predicts that the same error will return.
The cost compounds in time spent. Thomas Redman published his rule of ten in Harvard Business Review in 2012. It states that a unit of simple work costs ten times as much to complete when the data behind it is flawed.
Apply that to an incentive close. Each wrong field becomes a reconciliation, a recalculation, a query from a rep and a second approval. Gartner puts the average annual cost of poor data quality at USD 12.9 million per organization, across all uses of data rather than incentives alone.
Source: rule of ten · Thomas C. Redman, "Make the Case for Better Quality Data", Harvard Business Review, 24 August 2012 · USD 12.9 million · Gartner research, 2020, average across organizations surveyed
The limit is plain. Neither figure measures incentive payouts. Redman's rule is a working estimate from his practice, and Gartner's average covers every function. What they show is the direction and the multiplier.
Finance teams have a second reason to care. Under Ind AS 115, a sales commission that is an incremental cost of obtaining a contract is capitalized when the company expects to recover it. Where the amortization period is a year or less, it may be expensed instead. Where it is capitalized, a commission paid on a wrong amount or date also misstates that asset.
The visible cost shows up in the field. A rep who finds a wrong number on a statement starts checking every statement. Queries rise, and trust in the plan falls a little each cycle.
Commission calculation errors that repeat every cycle usually trace back to one of the nine fields. The same fields feed every reading of the plan, so a wrong owner or product line also skews ROIP and ROO. Field-level error rates belong on the audit checklist for managing sales incentives.
Each wrong field costs a reconciliation in finance and a little trust in the field, and both costs return at every close.
Three moves change the condition, and each one works with the CRM already in place.
Check each payout-relevant field against a rule at the point of ingestion. Splits add to 100. Every won deal carries a product line. Every customer code matches across SFA and DMS. Anything that fails goes back to its owner with the reason, before the cycle closes.
Sales data capture automation pays off at this step, because a field checked on arrival never reaches the payout wrong.
Name the date and time after which field edits move to the next cycle. A late edit then becomes a dated adjustment with an approver, recorded in the same place as the payout.
Keep each payout line tied to the source record and the field values used. A dispute then becomes a lookup.
Across the deployments we run, the principle we work to is to fill the white spaces and leave the foundation alone.
We leave the CRM, SFA and DMS as the systems of record. We pull the fields the plan needs through the ELT and Calculation Engine, by API, by file transfer or by upload where a system has no API. We flag the fields that fail a rule before the calculation runs. We store every payout against the source row that earned it.
Sales keeps working in the CRM. Field teams stay on the SFA. Distributors keep billing in the DMS. Finance gets an audit trail it can sign. That is what CRM to commission automation should mean: the field reaches the payout faster, and a failed check stops it on the way in.



Yes, very likely, if the payout corrections keep clustering on the same few CRM fields, such as the close date, the owner, the split or the product line. A payout corrected downstream leaves the source field unchanged, so the error returns. Research across 75 assessments found 47% of new records carried a critical error.
Nine fields decide whether a sales incentive is calculated correctly: close date, stage, amount, owner, split, product line, customer code, hierarchy mapping and cancellation or disbursal date. Each one decides credit, period or slab. A rule check on these nine before each close catches errors while they are cheap to fix.
Run them in a separate incentive system that reads the CRM without replacing it, so sales keeps its workflow and the calculation keeps its own record. Field validation, a data cut-off and payout lineage then sit with the calculation. Gartner puts the cost of poor data quality at USD 12.9 million a year on average.
Name one source of record per measure in the plan document, and reconcile customer and outlet codes between the SFA and the DMS before each close. Secondary sales usually come from the DMS, and call and order activity from the SFA. Write the rule down so the next dispute is a lookup.
A data cut-off is the named date and time after which any field edit moves to the next incentive cycle instead of changing the current payout. It stops close dates and owners being edited after the calculation runs. Late changes become dated adjustments with an approver, which an auditor can open.