Evidence-linked coding QA for RCM audit teams

Find the chart evidence behind every coding-review decision.

KamiBridge turns medical documents into source-linked coding and documentation checks. Reviewers see the exact page and sentence, stay in control of every decision, and evaluate the workflow without sending patient data.

Use the free coding audit evidence checklist · No email required
Source-level traceabilityReviewer controlCustomer-hosted option
Inspect the public synthetic demo and tests

Review case

Synthetic chart · 4 pages

Evidence linked
PAGE 2 / 4

Assessment and plan reviewed with patient.

Type 2 diabetes mellitus without complications.

Continue current medication and monitoring.

No acute symptoms reported at this visit.

Primary diagnosis

Type 2 diabetes mellitus

Page 2 · Assessment

Suggested ICD-10-CM

E11.9

Evidence found

Documentation check

Ready for human review

3 of 3 rules passed

01

Scope the decision

Choose one repeated document bottleneck, one primary input, and one accountable output.

02

Evaluate before scaling

Define the safe test set, acceptance thresholds, and expensive failure modes before implementation.

03

Ship a controlled workflow

Deliver source-linked results, review controls, exceptions, and a clear production recommendation.

Focused solutions

Start where document friction is measurable.

Our first engagement focuses on one measurable bottleneck: finding and checking the source evidence behind coding and documentation exceptions.

Coding evidence review

Link candidate ICD-10-CM concepts and documentation exceptions to the exact source language so a qualified reviewer can inspect the basis.

01

Documentation completeness

Support the same review queue by identifying missing signatures, dates, orders, pages, or required fields.

02

Structured handoff

Return approved results as review-ready JSON, CSV, or a defined FHIR resource while preserving source coordinates.

03

Synthetic workflow demo

See what evidence-linked review actually means.

Walk through one chart-to-code example from ingestion to human approval. The example is synthetic and shows the operating boundaries we propose for an evaluation.

Interactive guided sample

Synthetic data only · self-paced or auto-play

Choose Play demo or select a step to explore the sample.

SYNTHETIC CHART · PAGE 2 / 4

Assessment and plan reviewed with patient.

Type 2 diabetes mellitus without complications.

Continue current medication and monitoring.

No acute symptoms reported at this visit.

No patient information is used in this demonstration.

Step 1 · Ingest

A four-page synthetic chart enters the audit queue.

Pages are normalized and assigned stable source coordinates before any suggestion is generated.

Visible result

Input: synthetic PDF · 4 pages

Delivery architecture

A controlled path from source document to approved output.

The model is only one part of the system. A dependable workflow also needs document normalization, explicit rules, evidence mapping, exception states, review controls, and usable export.

01

Ingest

PDF, fax, image, or structured source

02

Normalize

Pages, fields, sections, and metadata

03

Analyze

Models plus explicit workflow rules

04

Review

Evidence, confidence, and exceptions

05

Deliver

JSON, CSV, FHIR, or customer environment

Defined acceptance criteria

Agree what “correct” means and which errors carry the highest operational cost.

Measured reviewer impact

Compare field quality, coverage, exception rate, and human review time.

Explicit operating boundaries

Document hosting, access, retention, deletion, and approval responsibility before production.

Delivery experience

Healthcare workflow context built over years, not weeks.

Our team has delivered medical-document, electronic-signature, and clinical workflow software for dozens of hospital customers in China since 2016.

For international exploration, we use synthetic or appropriately de-identified examples and do not publish customer names, results, or patient information without permission. Detailed references can be discussed during a qualified evaluation.

10-day fixed-scope pilot

An evaluation you can say yes—or no—to.

Design-partner pricing

From $1,500

Days 1–2

Map

One workflow, safe sample set, success metrics and failure costs.

Days 3–6

Build

A working review flow for one input and one agreed output.

Days 7–9

Evaluate

Field-level results, coverage, exceptions and human review time.

Day 10

Decide

A live walkthrough, findings report and clear production recommendation.

20–50 synthetic or de-identified documentsEvidence-linked results and review UIDocker or customer-environment optionEvaluation report with failure cases

Engineering partnership

Domain context without enterprise-project drag.

We combine medical-document workflow knowledge with rapid software delivery. The engagement stays narrow enough to evaluate, but the implementation is designed with production constraints in view.

01

Workflow-informed

We start from reviewers, queues, exceptions, and downstream decisions—not a generic AI feature list.

02

Evidence-first

Important outputs keep a visible connection to source text, page context, and reviewer action.

03

Built to hand over

Pilot outputs include failure findings, deployment considerations, and a clear next-step recommendation.

Explore delivery partnerships

Data approach

Earn access. Do not assume it.

The first conversation and demonstration require no patient data. If a real-data pilot is justified, data flow, retention, hosting and responsibilities are defined before access.

Safe-data first

Start with synthetic or appropriately de-identified samples.

Customer-hosted option

Run the workflow in a customer-controlled environment when required.

Human approval

Important outputs remain reviewable and approval-gated.

Defined retention

Agree what is stored, for how long, and how it is deleted.

Read the full security and deployment approach

Questions before a pilot

Clear boundaries from day one.

Do we need to send protected health information?+

No. Discovery and the first demonstration use synthetic data. A pilot can also begin with appropriately de-identified samples or run in your environment.

Is this autonomous medical coding?+

No. The pilot supports qualified reviewers with evidence-linked suggestions and checks. It does not replace professional judgment or automatically submit claims.

What is included in ten days?+

One workflow, one principal input format, one agreed output, a review interface, evaluation results, and a production recommendation.

Can you integrate with our current system?+

Integration is evaluated during discovery. CSV, JSON and a defined FHIR resource are common pilot outputs; production integrations are scoped separately.

Workflow review

Bring one manual document step.

Tell us what happens today. We will respond with the next useful question and, if there is a fit, a proposed evaluation plan.

Prefer email? doudou@kamibridge.com

No patient data required

No platform replacement pitch

A focused answer, not a generic AI deck

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