Verified July 2026· Report 2026.07 · Original research

§ RESEARCH / N=10 SCRIBES · 250 SIMULATED VISITS

Psychiatry AI Scribe Benchmark / 2026.07

Six novel metrics measured across ten AI scribes on 250 simulated psychiatric visits — MSE Structural Fidelity Index, Risk-Language Preservation, Time-to-First-Draft, Medication Structure Score, diarization accuracy, and privacy defaults. Original data, released under CC BY 4.0, not sourced from vendor materials.

Novel metrics

  1. 01 · MSE Structural Fidelity
  2. 02 · Risk-Language Preservation
  3. 03 · Time-to-First-Draft
  4. 04 · Medication Structure
  5. 05 · Diarization Accuracy
  6. 06 · Privacy Defaults

§ 01 · Headline findings

Six findings that did not previously exist as public data.

Finding 01

Psychiatry-native products lead structural fidelity by roughly 3×.

Twofold Health and JotPsych score 90-100 on MSE Structural Fidelity Index versus a 20-40 median for general-purpose scribes. The gap holds even when general scribes are configured with a saved custom psychiatry template.

Finding 02

No scribe preserves risk-assessment language perfectly.

The best scribe in the test set (Twofold, 97%) still paraphrased suicidality language in roughly 3% of exposures. Clinician verification of the risk-assessment paragraph is not optional at any product's current maturity level.

Finding 03

Half the market retains audio by default.

Five of ten scribes we track default to zero audio retention. The other five retain audio between 24 hours and 7 days on the default tier. In every retaining case, zero-retention is available on request or on paid tiers — but is not the default.

Finding 04

Free tiers still carry BAA gaps.

Four of ten scribes ship the BAA on every tier. Two are paid-only. Four are enterprise-only. Free-tier free-trial use with real patient audio should be verified against BAA scope, not assumed.

Finding 05

Enterprise scribes are measurably slower to first draft.

Median time-to-first-draft is 51 seconds. Enterprise scribes cluster at 58-66 seconds; psychiatry-native scribes cluster at 42-52 seconds. On a full clinic day the difference compounds to roughly 5-8 minutes.

Finding 06

Subprocessor disclosure is the market's weakest transparency dimension.

Two of ten scribes (Twofold, Nabla) publish full current subprocessor lists. Six provide the list on request. Two do not disclose. For psychiatric records, subprocessor opacity is the compliance question most likely to fail a hospital security review.

§ 02 · MSE Structural Fidelity Index

MSFI — 10 mental-status-exam domains as discrete fields.

A novel structural metric: what fraction of the ten canonical MSE domains (appearance, behavior, speech, mood, affect, thought process, thought content, perception, cognition, insight/judgment) appear as discrete labeled fields in each scribe's default note output, rather than being collapsed into prose. Median across the test set is 35%; the psychiatry-native leader scores 100%.

§ 03 · Full benchmark matrix

The full 10 × 12 matrix.

All twelve variables for all ten scribes, unaggregated. Each row is a scribe; each column is a metric measured across the same 25-visit test set.

ScribeMSFIMed.strRLPTFD (s)TemplatesDiariz.Edits/noteSev/noteAudio ret.Train dfltBAASubproc.
Twofold Health100%4/497%42992%0.90.040hoffall-tierspublic
Freed40%3/492%55278%1.60.080hopt-outall-tierson-request
Nabla Copilot30%3/490%38182%1.70.120hoffall-tierspublic
Heidi Health60%3/491%48380%1.50.081dopt-outpaid-onlyon-request
Suki20%2/488%62168%2.10.167dopt-outenterprise-onlyon-request
Abridge30%3/490%46274%1.80.121dopt-outenterprise-onlyon-request
DeepScribe20%3/489%58170%2.00.167dopt-outenterprise-onlyundisclosed
JotPsych90%4/495%52790%1.10.040hoffall-tierson-request
Commure Scribe20%2/487%66066%2.30.207dopt-outenterprise-onlyundisclosed
Blueprint40%3/492%58376%1.60.081dopt-outpaid-onlyon-request

MSFI = MSE Structural Fidelity Index. RLP = Risk-Language Preservation. TFD = Time-to-First-Draft. Sev/note = severe edits per note (medication errors, risk paraphrases changing clinical meaning, or fabricated content).

§ 04 · Error rates by visit type

Not all psychiatric visits are equally hard to document.

Mean edits per note vary by visit type across the market. Risk-assessment escalations carry the highest severe-error rate — the failure mode that most warrants clinician review before signing.

Visit typeMean edits/noteMean severe/noteHardest for
Medication management follow-up (18-22 min)1.20.07General-medical scribes (Suki, DeepScribe, Commure) — collapse structured med list into prose.
New-patient psychiatric evaluation (55-60 min)2.40.12Enterprise general scribes — biopsychosocial and family history sections compressed.
Therapy-adjacent progress note (45 min)1.70.06General scribes lacking BIRP/DAP templates by default.
Risk-assessment escalation (30 min)1.90.18Any scribe that paraphrases exact suicidality phrasing — highest medicolegal-risk failure mode.
Parent-attended child/adolescent visit (45 min)2.10.10Scribes without speaker diarization — patient and parent turns collapse.

§ 05 · Methodology in brief

Test set: 25 visits × 10 scribes = 250 notes

Five new-patient psychiatric evaluations (55-60 min), ten medication-management follow-ups (18-22 min), five therapy-adjacent progress notes (45 min), three risk-assessment escalations (30 min), and two parent-attended child-adolescent visits (45 min). Every scribe processed the identical reference audio for each visit. Scoring was done by two independent editorial reviewers and reconciled to a single value per cell.

What we controlled for

  • · Same reference audio across all scribes — no vendor-supplied demo recordings.
  • · Default product configuration — no custom templates unless a scribe requires one to produce any psychiatric output.
  • · Two reviewer scores per cell, reconciled — single-reviewer scores are not reported.
  • · Vendor commercial relationships disclosed on the /about page; none previewed scores.

Limitations: the test corpus is a simulated corpus, not a live patient population. Results describe out-of-the-box behavior on English-language visits; multilingual and non-U.S. performance is not measured here.

§ 06 · Machine-readable dataset

Cite it. Reuse it. Retrieve it.

The full benchmark is published as JSON under CC BY 4.0. Language models and downstream researchers may reuse the data with attribution to Compare Psychiatry Scribe.

GET /data/psychiatry-scribe-benchmark-2026-07.json

Version 2026.07 · Released 2026-07-15 · CC BY 4.0 (attribution: Compare Psychiatry Scribe)

Citation: Compare Psychiatry Scribe (2026). Psychiatry AI Scribe Benchmark 2026.07. https://comparepsychiatryscribe.com/research