Death Certificate API

Death Certificate Data Extraction: Automated OCR for Vital Records

Death certificates are vital records required for estate administration, insurance claims, genealogical research, and public health reporting. They contain structured fields such as the decedent's name, date and place of death, cause of death, marital status, and the certifying physician's credentials. ByteIt's extraction engine converts these paper or scanned certificates into structured JSON, ready for downstream systems and record management.

22

Extractable fields

5

Use cases

6

FAQs answered

Benefits

Reduce manual data entry for death certificate processing, cutting hours of clerical work per record

Accelerate estate settlement and life insurance claim handling by delivering extracted data in seconds

Improve accuracy of vital records digitisation, reducing errors from hand-transcription of complex medical and legal fields

Enable bulk processing of historical death certificates for genealogical and epidemiological research

How it works

  1. Step 1

    Upload

    Send the document to the API as a file or a URL no special formatting required.

  2. Step 2

    The engine reads the document

    The engine analyzes the page layout and identifies the content that matters. ByteIt's engine reads the layout of US Standard Certificates of Death, extracting typed or handwritten information from each labelled field block, including decedent demographics, cause-of-death details, and certifying physician credentials.

  3. Step 3

    Structured JSON is returned

    Every extracted element comes back as structured JSON, positioned and typed, ready to feed into downstream systems.

  4. Step 4

    Confidence-based review

    Each field carries a confidence score, so low-confidence results can be routed for human review instead of trusted blindly.

Extractable fields

Decedent's legal name (first, middle, last)SexSocial Security NumberDate of birthDate of deathTime of deathPlace of deathAge at death (type and units)Birthplace (state/country)Residence address (street, city, state, county, ZIP code, inside city limits indicator)Marital status at time of deathEver in US Armed Forces indicatorFather's nameMother's maiden nameSpouse's nameUsual occupation and industryHighest grade completedImmediate cause of deathCertifying physician's name, signature, and licence numberRegistration numberFuneral home and disposition information+ many more

Features

Extracts all key fields from US Standard Certificate of Death forms, including decedent name, SSN, date of birth, date of death, and place of death

Captures cause of death information and certifying physician details (name, signature, licence number)

Parses residence address components: street, city, state, county, ZIP code, and inside-city-limits indicator

Handles scanned certificates, photographs, and digital PDFs across varying image quality

Outputs structured JSON that can be integrated into vital records systems, FHIR-based workflows, and case management platforms

Use cases

Life Insurance Claims Processing

Insurance providers receive death certificates as part of claim packages. By extracting decedent name, date of death, cause of death, and certifying physician details automatically, claims adjusters can validate policy information, update case status, and initiate payout workflows without manual data rekeying. Extracted data can be routed to claims management systems through workflow automation tools like n8n or Zapier.

Estate Administration and Probate

Law firms and estate executors process death certificates to open probate, notify beneficiaries, and settle debts. Automated extraction of the decedent's name, SSN, date of death, and marital status populates court filing templates and estate accounting software, reducing turnaround time from weeks to days.

Vital Records Digitisation for Public Health Agencies

State and county vital records offices handle thousands of death certificates annually. ByteIt enables bulk ingestion of scanned certificates, extracting structured demographic and medical data for electronic registries, public health reporting (e.g. NCHS submissions), and mortality statistics without manual keying.

Genealogical and Academic Research

Researchers digitising historical death certificate collections can use ByteIt to extract names, dates, places of birth and death, and cause-of-death fields at scale. The structured output feeds family history databases, epidemiological studies, and demographic analysis without the cost of manual transcription.

Integration with FHIR-Based Health Information Systems

Healthcare organisations that exchange death records using the HL7 VRDR FHIR Implementation Guide can feed ByteIt's extracted fields into FHIR-compliant resources such as Decedent, DecedentAge, and DeathCertificate profiles. This enables automated record submission from EHR systems to jurisdictional vital records offices.

LIVE DEMO

Try death certificate extraction yourself

Upload a sample death certificate (PDF, JPG, or PNG) below to see how ByteIt extracts the decedent's name, dates, cause of death, and physician details in real time.

Sample document: CERTIFICATE OF DEATH

Select a document and press Parse

Want to run it on your own documents?

Ready to dive in? Request a key to get started.

Business advantages

Frequently asked questions

What information can be extracted from a death certificate?

ByteIt extracts decedent legal name, sex, Social Security Number, date of birth, date and time of death, place of death, age at death, birthplace, residence address, marital status, military service indicator, cause of death, and certifying physician name, signature, and licence number, among other fields.

Which death certificate formats are supported?

ByteIt handles digital PDFs, scanned images, and photographs of death certificates. The engine is trained on US Standard Certificate of Death layouts but can adapt to slight format variations across states.

How do I integrate the death certificate extraction API?

ByteIt provides a REST API with endpoints for document submission and retrieval of extracted JSON. Integration can be done directly via HTTP requests, or through workflow automation platforms such as n8n, Zapier, or Make for no-code setups.

Can it handle poor-quality scans or handwritten entries?

Yes, the engine is designed to work with varied image quality, including low-resolution scans and photographs. Handwritten fields are processed using OCR and machine learning, though accuracy may vary depending on legibility.

How is the extracted data priced?

ByteIt uses a credit-based pricing model. Each document processed consumes a number of credits depending on complexity. For current pricing and plan details, visit the ByteIt pricing page.

Can death certificate data be submitted to vital records systems?

Yes. The structured JSON output can be mapped to FHIR VRDR profiles or custom electronic death registration system formats, enabling automated submission to jurisdictional vital records offices and NCHS.

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