Most documentation failures in diabetic foot care don't happen because the clinician missed something clinically. They happen because the record, built after the visit from memory, can't prove what was done. A wound care app that works at the point of care changes when and how the record gets built: during the visit, not at 9 pm.
This checklist walks through a diabetic foot ulcer (DFU) visit and shows where mobile capture closes the gaps that tend to surface in audits.
Why the bedside is where charts are won or lost
Two parts of podiatry billing are especially sensitive to documentation. Debridement is billed by depth, so the note has to support the exact depth performed. Skin-substitute (CTP) claims depend on LCD compliance, so a missing conservative-care timeline or a skipped measurement can lead to a denial. Both are far easier to document in the room than to reconstruct afterward.
The cost of reconstruction is real. Retroactive debridement clawbacks, CTP denials that can't be appealed, and hours of after-hours charting are the pattern clinicians describe when the paperwork falls behind the care.
The bedside checklist
Use this order on a phone or tablet so nothing depends on memory:
- Complete the foot exam as you go. Record findings while the patient is in front of you, not from notes scribbled on a glove box.
- Capture the wound image. A consistent photo each visit gives you a visual baseline for healing progress.
- Measure the wound. Length, width, and depth should be recorded every visit. A skipped measurement is one of the easiest ways for a CTP claim to fail.
- Document debridement depth precisely. The tissue level removed should match the code you intend to bill.
- Record the conservative-care timeline before any CTP application. Confirm the LCD requirements are met before the product is applied, not after the claim is denied.
- Close the note before leaving the room. The goal is a chart that is audit-ready by default.
What mobile capture adds
Photos and measurements taken at the bedside attach to the right patient and the right visit instantly. Ambient AI can draft the note while you work, so you review and sign instead of writing from scratch. The AI scribe for wound care approach is built around this idea: the clinician provides the care, and the draft is assembled in parallel.
Paper, generic notes app, or purpose-built wound care app?
| Paper / memory | Generic notes or camera app | Purpose-built wound care app | |
|---|---|---|---|
| Wound measurements | Handwritten, easily skipped | Manual, inconsistent | Captured with the image |
| Debridement depth support | Reconstructed later | Free text | Tied to the code |
| LCD timeline check | Memory | Not available | Checked live at the visit |
| EMR fit | Re-entry required | Re-entry required | Works with Epic, Athena, NextGen, eClinicalWorks |
| Charting time | After hours | After hours | Drafted as you work |
Between visits matters too
A wound that drifts between appointments is a documentation problem and a limb problem. Every twenty seconds someone loses a limb to diabetes, often because the wound was caught too late. Patient coaching between visits, such as Pingoo checking in at 2 am, and predictive scoring that flags a non-healing wound keep the timeline moving instead of waiting for the next appointment.
Where this comes from
On Foot was built with the most-cited podiatrist in the world and is used by DPMs at the bedside, which is why it is shaped around DFU workflows rather than generic charting. Reported outcomes include up to 30% more revenue from coding accuracy alone, 95%+ of charts audit-ready by default, and up to 12x faster wound notes. You can read the full overview in the original On Foot post.
If you want to see how mobile capture fits into the wider platform, start at the main website. The core idea is simple: document at the bedside, defend every chart, and go home on time.