Trust Intelligence

Live

DTI Engine

Garbage in, garbage out still holds. DTI scores every record 0 to 100 for provenance, consent and currency before your model or your agent touches it.

AI is only as trustworthy as the data it learns from. DTI™ solves that. The Data Trust Index™, patented and a trademark of SuperTruth Inc., measures every record across eight weighted dimensions and produces a single 0–100 DTI score. Proven in healthcare, it is the scoring layer underneath the entire SuperTruth platform.

What we score
DTI Engine: 8-dimension data trust scoring dashboard

8

Trust dimensions

0-100

DTI score range

4

Audience weight profiles

5

Products powered by DTI

Intake

Intake: every source verified before anything downstream touches it

A record enters from any format: EHR exports, claims files, lab data, registry data, CSV, HL7, FHIR. Onboarding Studio, the intake step of the pipe (IntegrityNet™), maps and classifies every incoming field against your target schema, with human review for the edge cases, and scores each record across the eight dimensions on the way in.

Nothing is copied. The record is verified where it lives, every step is logged, and a record that fails your rules is flagged, quarantined or enriched before it goes any further. It exits with a DTI score and a full provenance chain.

Reservoir

Where scored records land

The record stays where it already lives, in your Databricks, your Snowflake or whatever you run. The Data Reservoir holds its score, its consent state and its provenance, and that is what your models, APIs and analytics read.

Three schemas, RAW, CURATED and RESEARCH, for three levels of confidence; a record promotes as its score earns it. Set a DTI floor and nothing below it reaches a model. Cross-institutional questions run in clean rooms, so partners query across the network without seeing each other's data, and no raw record moves.

Live demo

Five stages. One DTI score. Run on synthetic records, in front of you.

Walk the five stages first: receive, parse, score, seal, deliver. Then run the same pipeline yourself on one of three synthetic patient RECAPs, or a PDF of your own. It runs server-side and nothing you upload is stored.

Record intelligence pipeline, on synthetic records

A record comes in. It gets scored, sealed, and delivered with an audit trail.

This is what a partner's patient records look like inside the SuperTruth pipeline, shown here on synthetic records. Every field extracted, every source scored, every event sealed in an immutable log before the enriched record is returned.

Ingestion method
The sender ships a flat-text RECAP or PDF via secure file transfer

Record received

TXT
RECAP_20260417_GONZALEZ_M_1EG4TE5MK72.txt
32 KB · flat-text RECAP
Received2026-04-17 09:14:22 UTC
TransferSFTP / TLS 1.3 / AES-256-GCM
SourcePartner SFTP endpoint (synthetic)
Integrity checkSHA-256 VERIFIED
Pipeline IDPST-20260417-0041
Record accepted. Beginning pipeline.

Transfer log

09:14:20Connection established (TLS 1.3, AES-256-GCM)
09:14:21MutualAuth: sender cert verified against CA store
09:14:21Transfer initiated: 32,841 bytes
09:14:22Transfer complete. SHA-256: a3f8c2d1e94b7f61...08d3a9b2
09:14:22Integrity check PASSED
09:14:22Record queued. Pipeline: PST-20260417-0041

Storage

Encrypted at rest (AES-256). Scored where your records already live; nothing is copied out. Original PDF is never modified.

Stage 1 of 5

Technical architecture

How the pipeline works in production.

The answers to the questions a technical team will ask: how do files come in, how are they stored, how is the score computed, and how does the audit trail hold up under scrutiny.

File ingestion

SFTP over TLS 1.3 with certificate pinning
REST API multipart upload with mTLS
HL7 FHIR R4 DocumentReference bundle
SHA-256 integrity verification on every receipt
Original file stored AES-256, never modified

DTI scoring engine

8 dimensions computed against provenance graph
Dimension weights configurable per engagement
Scores computed at ingestion time, sealed with record
Sub-threshold flags surface structured review workflow
Deterministic computation; no model inference in scoring

Audit trail

Every pipeline event written to append-only ledger
Cryptographic signature covers: ID, MBI, score, timestamp, flags
Queryable by pipeline ID, MBI, date range, or flag type
Retained per CMS and HIPAA retention schedules
Any field modification breaks the signature: tamper-evident

Delivery

Enriched payload: original file + DTI metadata JSON sidecar
REST API (mTLS), SFTP return, or HL7 FHIR R4: your choice
Care gaps as structured CodeableConcept objects
Medication conflicts as typed ConflictRecord entries
All metadata headers for downstream routing included

Security and compliance

HIPAA BAA in place before any data is transferred
All data encrypted in transit (TLS 1.3) and at rest (AES-256)
PHI not stored beyond engagement scope without consent
The sender has API access to its own audit trail at any time
SuperTruth does not use patient data to train models

Integration

No changes required to the sender's existing infrastructure
Enriched records drop into existing care coordination workflows

Run the pipeline yourself

Three synthetic records, Gold, Silver and Bronze, so you can watch the score move. Synthetic records only: do not upload a document with real patient information.

Try with a synthetic RECAP

Maria Gonzalez74F · Tampa, FL
Pristine RECAP · Type 2 diabetes mellitus (HbA1c 7.2%, eGFR 48)
90
PLATINUM
Sarah Chen70F · Tampa, FL
Conflict RECAP · Rheumatoid arthritis, on Methotrexate and Prednisone
85
GOLD
James WilsonMale · DOB unknown
Retrieval failure · Hypertension
65
BRONZE

Synthetic data only. Do not upload documents containing real patient information.

Capabilities

What DTI Engine does

One score, not eight metrics

Dimensional scores collapse into a single DTI score. Stakeholders see one number. Engineers see the breakdown. Both are right.

Audience-tuned weight profiles

VA, research, investor, and government profiles weight dimensions differently. The same record can carry different DTI scores for different audiences, because trust is contextual.

Scoring at every stage

DTI runs at intake, at query time, and continuously in the background. A source that degrades over time automatically degrades in DTI score.

Composite ring visualization

Each of the eight dimensions renders as a segment in the Trust Ring. Spot exactly where quality degrades and which dimension is the failure point.

Cross-source consistency

Flags records that contradict each other across sources before they corrupt downstream analysis. Agreement is a trust signal. Disagreement is a warning.

Compliance inside the score

Consent and Provenance carry the HIPAA and GDPR checks; nothing is bolted on.

How much should you trust this record?

In their words

The insight behind the Data Trust Index™ is that data quality is not one thing, and AI quality is not one thing. A record can be complete but stale. It can be recent but unconsented. It can be accurate but non-compliant. AI models trained or fine-tuned on such data inherit every flaw invisibly. Traditional quality tools treat these as separate problems. DTI treats them as dimensions of a single question: how much should you trust this record? Each dimension is independently scored and independently weighted. The weights are configurable by audience and context. A healthcare AI model weighs consent and provenance differently than a financial compliance engine weighing accuracy and regulatory alignment. The result is a score that carries meaning across any sector, any source, any model, and any use case. This is not a healthcare-only innovation. It is the data trust standard for the AI era.

The Measurement Framework

Eight dimensions. Every record. Every time.

Each dimension is independently scored, independently weighted, and independently auditable. No black boxes.

Provenance

Source pedigree, device attestation, and chain-of-custody. Where did this data come from, and can you prove it?

Measures: CLIA/CAP lab source, device attestation, chain-of-custody documentation

Consent

Explicitness, scope, duration, and revocation hygiene. Was the person asked, and does that consent still hold?

Measures: Consent explicitness, scope match, duration, revocation status

Recency

Time-decay calibrated by modality. A CBC result ages differently than a continuous HRV stream.

Measures: Age relative to modality-specific decay curves, last-updated timestamp

Quality

Resolution, completeness, missingness, and noise floor. How clean and complete is the record itself?

Measures: Field completeness, formatting, noise floor, missingness patterns

Concordance

Corroboration across independent sources. Does the lab result agree with the wearable? Does the EHR match the claim?

Measures: Cross-source agreement (lab, wearable, EHR), temporal consistency

Validation

Clinical linkage to outcomes and peer-reviewed evidence. Is this data type established as clinically meaningful?

Measures: Outcome linkage, peer-review status, clinical evidence grade

Breadth

Dimensional richness across biomarkers, biometrics, and contextual signals. A richer record is a more trustworthy one.

Measures: Biomarker count, biometric coverage, contextual signal richness

Stability

Variance control and test-retest reliability. Does this record produce consistent measurements over time?

Measures: Variance across repeated measurements, test-retest reliability coefficient

The Trust Scale

Every record earns a tier.

The DTI score is not a gradient; it resolves to a tier that carries meaning for every stakeholder in the pipeline.

Platinum

90+

Regulatory-grade. Meets the highest standards across all eight dimensions. Suitable for regulatory submission and clinical decision support.

Gold

80–89

Clinical-Grade. Strong across all dimensions. Suitable for clinical research, patient-facing products, and institutional AI models.

Silver

70–79

Operational-Grade. Fit for operational analytics and population health. Flag dimensional gaps before clinical use.

Bronze

55–69

Exploratory. Useful for discovery and hypothesis generation. Remediation required before operational or clinical deployment.

Fails

< 55

Does not meet minimum trust threshold. Record quarantined pending remediation or rejection.

The lab industry has never had a trust standard. DTI created one. When we tell a health system our data scores 92, they know exactly what that means: across eight measurable dimensions, not just our word for it. It changed how we price our data services and how imaware positions itself in every partner conversation.

Brodie Flanders

Brodie Flanders

CEO, imaware

Read the imaware case study

The Engine Underneath

The Data Trust Index™ is the scoring engine every SuperTruth product depends on. Onboarding Studio scores every record at intake. MyBio.Health surfaces the score as the patient-facing trust credential. LEDGER weights lab results by DTI score. VIOLET qualifies behavioral signal against it. The methodology is patented. DTI™ and Data Trust Index are trademarks of SuperTruth Inc.

Who uses it

Built for the organizations that move health data

Health systems scoring incoming data at the point of ingestion

Research organizations enforcing data quality gates before analysis

Payers validating claims and clinical record integrity at scale

Patient-facing platforms displaying DTI scores as earned credentials

What you get

The outcome, not just the capability

  • A single DTI score per record, not a dashboard of metrics
  • Configurable weights for every audience and use case
  • Dimensional breakdown that pinpoints exactly where quality fails
  • DTI scoring embedded throughout the entire SuperTruth pipeline

See DTI Engine in action

Schedule a 30-minute walkthrough with the SuperTruth team.