Kazakh Tazy in a steppe landscape

Breed registry

Digital registry for the Kazakh Tazy

TAZY.DOG brings verified dog profiles, breeders, QR passports, the breed map, heritage, and FCI data into one working system.

2024 Preliminary FCI recognition, Group 10, standard 372.
2024–2026 Building evidence base: pedigrees, health, DNA, and field trials.
2026–2030 Data exchange, quarterly reporting, and international validation.
2034 Goal is full FCI recognition of the breed.
8 verification levels
17+3 regions and external nodes
QR public QR passports
2034 full recognition target

Quick paths

Choose the section that matches your task.

Owners, breeders, buyers, experts, partners, and researchers each have a direct entry point.

Trust and methodology

Why this data can be trusted.

Only verified information is shown in the dog's profile. Private contacts and restricted documents are not published.
  • Every public claim should lead back to a source, a status, and a decision log.
  • Private owner data never leaves the public profile, QR passport, or map.
  • Done, in progress, risk, and waiting should read the same in the registry, review, and FCI track.
  • Partner export packages are assembled from the same event model instead of being rebuilt by hand before a deadline.

Working platform

TAZY.DOG brings the registry, breeding operations, map, and FCI progress into one system.

The homepage opens straight into the core services: dog profiles, breeder network, operations map, breeding block, and data room.

Working core

The public site and expert workspace run on one data model.

Profiles, evidence, geography, breeding, and reporting share one verification logic and one event log.
  • public dog profile and QR passport
  • evidence and access-review queue
  • operational map across regions and scenarios
  • breeding calculator and Health Passport

Evidence registry

The public dog profile is the core object of the platform.

One card combines origin, health, DNA, field trials, and export readiness in a single verifiable object.

A QR passport as the public entry point

An event check, a diplomatic gift, a puppy sale, or an international review should start from one verifiable URL, not a chain of files.

Every public claim is tied to evidence

Profile completeness and verification level are visible in public, while private owner data stays in the protected contour.

The registry is built for export from day one

The profile and event log are designed to generate FCI exports, not to be assembled manually before deadlines.

Health Passport

Breeding status cannot be issued without health, DNA, and field data.

The platform should immediately show an international bar: dysplasia, ophthalmology, DNA, temperament and trial outcomes in one unified health passport.
  • DysplasiaOFA/PennHIP or local equivalent
  • DNAidentification, alleles, genetic risks
  • Ophthalmologymandatory inspection before breeding entry
  • Field trialsspeed, endurance, intelligence and GPS route
  • Temperamenttemperament, resilience and work with a person

Breeder network

The breeder network shows status, obligations, and quality of work.

Participation tiers, the network code, litter declarations, and the health passport combine into one transparent professional contour.

Owner

Base tier

The owner verifies the dog profile, photos, and basic documents and can participate in events and the public showcase.

Breeder

Professional tier

The breeder passes document checks, accepts the code, and gains access to litter declarations, pairing review, and the catalogue.

Expert

Expert tier

Judges, veterinarians, and curators validate evidence, health records, and official reports for FCI and partners.

Operational map

The map shows regional nodes, field scenarios, and the cultural layer.

Profiles, kennels, events, routes, and heritage points share one geographic base.

QazGEO ADM1 · real regional boundaries and TAZY.DOG scenario nodes

Genetic centre

Breeding works as a population-governance tool.

COI, popular sire pressure, line diversity, and litter simulation are available before the mating decision.
Coefficient of inbreeding 4.8%
Popular sire pressure Low
Genetic diversity signal Stable

Recommended with monitoring

The pair is acceptable for the 2034 FCI evidence cycle. Add ophthalmology and field-trial video before export-ready status.

Institutional layer

Public progress, the data room, and the passport layer run as one contour.

From the outside you see cycle status; inside you get protected documents, exports, review workflows, and the international passport layer.

Public layer

Public FCI progress

A route for partners and outside observers: cycle status, evidence depth, and visible gaps. Open public track

Protected workspace

FCI Data Room

Pedigree, health, DNA, and population slices are assembled in a closed contour without deadline-time manual work. Open data room

Review OS

Reviewer workspace

Private documents, review states, change requests, and the decision log stay separate from the public showcase. Open review contour

Passport layer

Heritage, line dossiers, and diplomacy cases

The digital passport is connected to the dog card, the line, the archive, and the international reading layer. Open passport layer
2024 Preliminary recognition
2026 Evidence-core launch
2029 Heritage and science layer
2034 Full recognition