industry · public sector

Government AI training data. Traceable to the person who made it.

An agency can be asked, under oath or under a records request, what its model learned from. eeko's data practice makes that question easy to answer: plain-language demonstrations, masked forms, professional translations, graded answers, and held-out evaluation sets, each with documented consent, a signed provenance record, and a place in an audit trail your reviewers can check themselves.

Signed record per item Personal data masked Pilot batch before volume Reply inside one business day
Hero image · 840 × 1050
documents screened for personal data
100%
masked before delivery, masking logged
signed provenance records
1/item
independent timestamp on each
delivery formats
6
JSON Lines, CSV, Parquet, WebDataset, COCO, Croissant
reply to a brief
1day
from a data lead, not a portal

What is government AI training data?

Government AI training data is the material an agency's model learns from and is measured against: answers to the questions residents ask, labeled forms and case files, translations of service content, model responses graded by specialists, and test sets built from the real caseload. What separates it from ordinary training data is the standard of accountability. A public body may have to explain to an auditor, a legislator, a court, or a resident what its system was trained on, and a web crawl is not an explanation anyone wants to give.

Agencies and their vendors are deploying assistants that answer benefits questions, systems that read forms, tools that summarize case files for caseworkers, and translation layers that put services in the languages residents speak. Each needs data that is accurate, plain, fair across the people it serves, and free of anyone's personal information.

eeko builds production AI systems for regulated enterprises, and the data practice exists because those systems need data nobody has published: consented, human-made, expert-checked, licensed, with a verifiable record on every item. For the public sector that means policy specialists, attorneys, plain-language writers, and professional translators producing the data, privacy screening with a log of what was masked, and the verification record described on verified human data. It sits beside the compliance and governance work we already do for regulated deployments and the wider AI training data practice.

Service counter image · 2100 × 900
The questions residents ask at the counter are the questions the model will be asked. The data should come from people who answer them.

Public sector AI training data, by task.

Six deliverables that cover the systems agencies are actually building. Each begins with a written spec and a pilot batch, and each arrives with the same per-item record.

01 / demonstrationsCORE
Plain-language service answers
Resident questions about eligibility, deadlines, documents, and process, answered by policy specialists and plain-language writers at a reading level you set, for fine-tuning assistants that must be right and must be clear.
  • Accuracy checked against the policy source
  • Reading level and tone to your standard
  • Referral and escalation written in
02 / documentsMASKED
Form and case document extraction
Field, table, and layout labels drawn from lifelike forms and case files, either invented by specialists to match your document types or licensed and screened, with every personal detail masked and the masking logged.
  • Field, table, and layout labels
  • Invented cases avoid resident data entirely
  • Masking log delivered with the set
03 / languagesEXPERT
Multilingual service content
Translations and localized content from professional translators and linguists, with a second reviewer checking terminology and reading level, recorded on each item.
  • Coverage confirmed per language in scoping
  • No machine translation passed off as human
  • Spoken-language recordings with dialect noted
04 / gradingCORE
Graded model answers
Specialists score your model's responses against a rubric for accuracy, clarity, tone, and whether it referred the resident to a person when it should have, and write a rationale your reviewers can audit.
  • Rubric agreed before grading starts
  • Rationale stored with every score
  • Disagreements resolved by a second expert
05 / evaluationHELD-OUT
Held-out evaluation sets
Test sets that have never been published and never will be, covering the questions and document types your systems meet in production, licensed exclusively to your agency so the score means something.
  • Built from your real caseload categories
  • Exclusive licence, no reuse
  • Refreshed on a schedule you set
06 / safetyRED TEAM
Safety and fairness test prompts
Adversarial, edge-case, and demographic-variation prompts written by specialists, so a public-facing system is tested for harmful, inconsistent, or discriminatory answers before residents find them.
  • Attack and edge-case categories agreed with you
  • Variation across groups and languages
  • Pairs with red-teaming safety data

Auditable AI training data for the four things agencies get asked about.

Accountability, privacy, language access, and rights. Each is a question someone will put to the agency, and each has an answer built into the data.

Form image · 1200 × 900
A form is full of a person's life. It can train a model only after that person has been taken out of it.

The question, and what answers it

  • What did the system learn from? — a signed provenance record on every item, an independent timestamp, and a hash-chained audit trail. The answer is a document, not a recollection.
  • Was anyone's information in it? — invented cases where possible, screening and masking where real documents are licensed, metadata stripped, and a log of what was removed.
  • Does it work for residents who do not speak English? — professional translators and linguists build and review the multilingual set, and coverage is confirmed language by language before you sign.
  • Did we have the right to use it? — consent and licence terms recorded per item, so the rights question is settled at intake rather than argued later.

None of this is a compliance guarantee. It is the evidence your counsel and auditors need to make their own determination.

From a service list to a documented dataset.

Built to fit a procurement process: a written spec to attach to the solicitation, a bounded pilot to evaluate, and a fixed price on every order.

STEP 01
Brief
The services, tasks, languages, and systems involved, plus your records and security requirements. A data lead answers inside one business day with questions.
STEP 02
Spec
A written dataset spec: task definitions, document types, privacy approach, languages, rubric, review depth, formats, licence, and price. Procurement gets a document, not a pitch.
STEP 03
Pilot batch
A bounded, separately priced delivery with full records and a masking log. Your program, privacy, and legal reviewers check it before any larger commitment.
STEP 04
Volume and receipt
Scheduled deliveries in your formats, each with a signed receipt naming every item and its hash, ready to file with the system's records.

AI data provenance an auditor can verify alone.

The record is designed so nobody has to call us to confirm it. Every claim about an item can be checked against the item.

Audit trail image · 1200 × 900
Fingerprint, signature, timestamp, consent, licence, reviewer, and chain position on each item.

Attached to every item

  • Fingerprint — a cryptographic hash of the item, plus a text or perceptual fingerprint that catches duplicates and material lifted from published sources.
  • Signed provenance — creator, reviewer, time, consent, and licence in a cryptographically signed record, with an independent timestamp that proves the record existed when we say it did.
  • Privacy log — what was screened, what was masked, and who confirmed it, for every document that began life as a real one.
  • Human-origin check — declared origin plus generator-signature detection and C2PA and IPTC inspection, so model-written text or synthetic images are labeled as such.
  • Audit trail and receipt — a hash-chained log of every action on the item, and a signed delivery receipt naming each item and its hash.

Agencies that need the model itself to run inside their own boundary can pair this with on-premise AI deployment from the same team.

Government AI training data questions.

What is government AI training data?

Government AI training data is the material an agency's model learns from and is measured against: answers to resident questions, labeled forms and case files, translations of service content, graded model responses, and test sets that mirror the real caseload. What sets it apart from commercial training data is the standard of accountability. A public body may be asked by an auditor, a legislator, or a resident what its system learned from, so each item needs a documented origin, documented consent, and proof that personal information was removed before anyone trained on it.

What documentation comes with a government AI dataset?

Every item carries a signed provenance record stating who created it, who reviewed it, when, and under what consent and licence terms, with a cryptographic fingerprint and an independent timestamp that a third party can verify. All items sit in a hash-chained audit trail, so a change after delivery would be visible. The delivery ends with a signed receipt naming each item and its hash, and a Croissant metadata file describes the dataset for your records system or data catalogue.

Does the dataset meet EU AI Act or federal AI requirements?

No vendor can promise that, and we do not. What we provide is built to feed the documentation, transparency, and risk-assessment work those frameworks expect from agencies and the vendors who serve them: provenance per item, consent and licence records, privacy screening with a log of what was masked, and an audit trail. Your legal and compliance staff decide whether a dataset meets the obligation in front of them. We give them something concrete to assess instead of a vendor assurance.

How is residents' personal information kept out of the data?

Two ways. Where possible the dataset is built from realistic but invented forms and cases that specialists write to match your document types, so no resident appears in it at all. Where licensed real documents are used, each one is screened for names, identifiers, addresses, and other personal details, the details are masked, and the masking is logged. Location and personal metadata in files and images are stripped. Any image showing an identifiable person is included only with consent on file.

Can eeko work through a public procurement process?

Yes. Scoping starts on a call and ends in a written dataset spec that your procurement team can attach to a solicitation or a task order. The pilot batch is a bounded, separately priced deliverable, so an agency can evaluate quality before a larger commitment. Security questionnaires, vendor forms, data handling terms, and contracting through a prime or a vendor partner are handled during scoping. Fixed scope and a fixed price apply to every order.

Which languages can government AI training data cover?

The languages in your service plan, subject to qualified professional translators and linguists being available in the eeko expert network for each one. We confirm coverage language by language while scoping and tell you honestly where it is thin rather than filling the gap with machine translation. Every translation is reviewed a second time for terminology and reading level, and the reviewer is recorded on the item. Spoken-language data for voice services is recorded by consenting speakers with dialect noted.

Tell us which service the model has to get right.

Send a short brief: the service, the tasks, the languages, and the records requirements. A data lead replies inside one business day with questions, a plan, and a price for the pilot batch. No deck. A ranked list of what to build and what to leave out.

Experienced within

  • SOC 2 Type II
  • ISO 27001
  • HIPAA
  • HITRUST r2
  • ISO 27701
  • PCI DSS
  • NIST CSF 2.0
  • CMMC
  • FedRAMP
  • GDPR

Markets served.

As an enterprise AI agency, eeko systems delivers production AI systems remote-first across the United States and internationally — including these markets:

New York City, New York (NY)

Los Angeles, California (CA)

Chicago, Illinois (IL)

Houston, Texas (TX)

Phoenix, Arizona (AZ)

Philadelphia, Pennsylvania (PA)

San Antonio, Texas (TX)

San Diego, California (CA)

Dallas, Texas (TX)

San Jose, California (CA)

Austin, Texas (TX)

Jacksonville, Florida (FL)

Fort Worth, Texas (TX)

Columbus, Ohio (OH)

Charlotte, North Carolina (NC)

Indianapolis, Indiana (IN)

San Francisco, California (CA)

Seattle, Washington (WA)

Denver, Colorado (CO)

Washington, District of Columbia (DC)

Boston, Massachusetts (MA)

El Paso, Texas (TX)

Nashville, Tennessee (TN)

Detroit, Michigan (MI)

Oklahoma City, Oklahoma (OK)

Portland, Oregon (OR)

Las Vegas, Nevada (NV)

Memphis, Tennessee (TN)

Louisville, Kentucky (KY)

Baltimore, Maryland (MD)

Milwaukee, Wisconsin (WI)

Albuquerque, New Mexico (NM)

Tucson, Arizona (AZ)

Fresno, California (CA)

Sacramento, California (CA)

Kansas City, Missouri (MO)

Atlanta, Georgia (GA)

Miami, Florida (FL)

Colorado Springs, Colorado (CO)

Raleigh, North Carolina (NC)

Omaha, Nebraska (NE)

Long Beach, California (CA)

Virginia Beach, Virginia (VA)

Oakland, California (CA)

Minneapolis, Minnesota (MN)

Tulsa, Oklahoma (OK)

Arlington, Texas (TX)

New Orleans, Louisiana (LA)

Wichita, Kansas (KS)

Cleveland, Ohio (OH)

Tampa, Florida (FL)

Bakersfield, California (CA)

Aurora, Colorado (CO)

Honolulu, Hawaii (HI)

Anaheim, California (CA)

Santa Ana, California (CA)

Corpus Christi, Texas (TX)

Riverside, California (CA)

Lexington, Kentucky (KY)

St. Louis, Missouri (MO)

Stockton, California (CA)

Pittsburgh, Pennsylvania (PA)

Saint Paul, Minnesota (MN)

Cincinnati, Ohio (OH)

Greensboro, North Carolina (NC)

Anchorage, Alaska (AK)

Plano, Texas (TX)

Lincoln, Nebraska (NE)

Orlando, Florida (FL)

Irvine, California (CA)

Newark, New Jersey (NJ)

Toledo, Ohio (OH)

Durham, North Carolina (NC)

Chula Vista, California (CA)

Fort Wayne, Indiana (IN)

Jersey City, New Jersey (NJ)

St. Petersburg, Florida (FL)

Laredo, Texas (TX)

Madison, Wisconsin (WI)

Chandler, Arizona (AZ)

Buffalo, New York (NY)

Lubbock, Texas (TX)

Scottsdale, Arizona (AZ)

Reno, Nevada (NV)

Glendale, Arizona (AZ)

Gilbert, Arizona (AZ)

Winston-Salem, North Carolina (NC)

North Las Vegas, Nevada (NV)

Norfolk, Virginia (VA)

Chesapeake, Virginia (VA)

Fremont, California (CA)

Garland, Texas (TX)

Richmond, Virginia (VA)

Baton Rouge, Louisiana (LA)

Boise, Idaho (ID)

San Bernardino, California (CA)

Spokane, Washington (WA)

Des Moines, Iowa (IA)

Modesto, California (CA)

Birmingham, Alabama (AL)

Tacoma, Washington (WA)

Fontana, California (CA)

Oxnard, California (CA)

Fayetteville, North Carolina (NC)

Huntsville, Alabama (AL)

Moreno Valley, California (CA)

Rochester, New York (NY)

Glendale, California (CA)

Yonkers, New York (NY)

Augusta, Georgia (GA)

Amarillo, Texas (TX)

Little Rock, Arkansas (AR)

Akron, Ohio (OH)

Shreveport, Louisiana (LA)

Grand Rapids, Michigan (MI)

Mobile, Alabama (AL)

Salt Lake City, Utah (UT)

Huntsville, Texas (TX)

Tallahassee, Florida (FL)

Overland Park, Kansas (KS)

Knoxville, Tennessee (TN)

Worcester, Massachusetts (MA)

Brownsville, Texas (TX)

New Port Richey, Florida (FL)

Jackson, Mississippi (MS)

Providence, Rhode Island (RI)

Fort Lauderdale, Florida (FL)

Sioux Falls, South Dakota (SD)

Tempe, Arizona (AZ)

Cape Coral, Florida (FL)

Springfield, Missouri (MO)

Pembroke Pines, Florida (FL)

Eugene, Oregon (OR)

Peoria, Arizona (AZ)

Corona, California (CA)

Lancaster, California (CA)

Rockford, Illinois (IL)

Salinas, California (CA)

Palmdale, California (CA)

Springfield, Massachusetts (MA)

Charleston, South Carolina (SC)

Duluth, Minnesota (MN)

London, England (ENG)

Dublin, Ireland (IRE)