Self audit

The intake bottleneck scorecard

Pick one flow where requests enter your business: new jobs, quotes, candidates, claims or maintenance requests. Answer ten questions for that one flow and get a grade, scored on this page.

Free · about 2 minutes · no signup

Plan view of one request moving through capture, route, track and chase, with the failure noted under each station and a dashed exit where the request drops out unnoticed REQUEST IN DELIVERED CAPTURE ROUTE TRACK CHASE RE-TYPED BY HAND RULES IN ONE HEAD NO AGING CLOCK DONE FROM MEMORY SILENT DROP. THE CUSTOMER TELLS YOU.
One request, four stations, one silent exit. The dashed path is the only one with no alarm on it.

Every request goes through the same four stations. It gets captured, routed, tracked, then chased until it closes. The questions ask who carries each station: the system or a person. Nothing here asks which software you own. The friction is in the handoffs.

Answer it this way

Score the flow as it runs on a bad week, not the way the process document describes it. If two people on your team would answer differently, take the worse answer.

The ten questions

Tool · intake scorecard

How does a new request get into your tracking system?

Where do the routing rules live? Who handles what, and which customer gets which treatment?

Can you see, right now, the oldest untouched request in the queue?

If a request got lost today, when would you find out?

What happens to this flow when its key person is out for two weeks?

If request volume doubled next month, what breaks first?

How do handoffs between people happen in this flow?

The data your team types in: does it come back to help them?

Follow-ups for signatures, documents, and approvals are done by:

Your last attempt to automate this flow:

How it grades

Each answer is worth 0 to 3 friction points, in the order the options are listed. Zero means the system runs the flow. Thirty means people run it from memory. The grade is a sum, so one broken station can pull a clean flow down a letter. Perfect routing with no aging clock still loses requests.

Scale from zero to thirty friction points divided into five grade bands, A through F, with hatching that thickens as the score rises 0612 182430 A B C D F 0 TO 6 7 TO 12 13 TO 18 19 TO 24 25 TO 30 0 = SYSTEM RUNS IT 30 = PEOPLE RUN IT
Thirty friction points, five bands, one letter.
Wiring diagram showing which of the ten questions feed each of the three scored axes, with the tenth question feeding a separate payback signal TEN ANSWERS FOUR ROLL-UPS 123 456 789 10 Entry method Routing rules Queue aging Lost request Key person out Volume doubles Handoffs Data payback Follow-ups Last attempt HOURSLEAKING SILENTFAILURE KEY-PERSONDEPENDENCY PAYBACKSIGNAL /9/9/9/3 DASHED = RECORDED, NOT CHARTED
Nine answers roll up into three scores. Question eight, whether typed-in data ever comes back to help the team, is counted in the grade and shown on its own.

If the scorecard flagged intake, the replace manual intake guide covers the fixes and has a one-page map you can fill in.

Want the worst station fixed?

Tell me your grade and which score came out worst. I will tell you what to fix first and whether it needs a build at all.