> For the complete documentation index, see [llms.txt](https://docs.nationalism.io/llms.txt). Markdown versions of documentation pages are available by appending `.md` to page URLs; this page is available as [Markdown](https://docs.nationalism.io/ancestral-group-verification-process.md).

# Ancestral group verification process

Once ancestral group membership boundaries are decided the next step for adopting ancestral nationalism is to consider the verification process that will apply those boundary rules. Individuals would receive citizenship and in some cases voting rights and representation rights based on the outcome from this process. This process would be important for any transitional period when moving from a civic nationalist system to an ancestral nationalist one and would also be used for any citizenship tests beyond that point.

## Purpose of verification

The purpose of ancestral group verification is to determine whether an individual has sufficient ancestral ties to the long-established ancestral population to qualify for citizenship, political membership or another legal status. The verification process applies the boundary rules in an administrative process that will apply those rules consistently.

## Evidence sources for verification

Two main forms of evidence can be used to verify ancestral ties: documentary evidence and genetic evidence. Documentary evidence can help establish lineage, residence history, family continuity and legal status. Genetic evidence can help estimate biological ancestry and compare individuals against a reference population. Neither source is perfect by itself, so a robust verification system would likely use both. The methods and examples of each approach are covered in more detail here:

{% content-ref url="/pages/DsEtyplxF8jESsFoJSlp" %}
[Official records & historical documents](/ancestral-group-verification-process/official-records-and-historical-documents.md)
{% endcontent-ref %}

{% content-ref url="/pages/dTpp4MhKHC5YTAdWfgN6" %}
[Genetic testing](/ancestral-group-verification-process/genetic-testing.md)
{% endcontent-ref %}

## Creating the reference population

Before a reference panel can be created, the reference population would need to be defined. This means identifying the long-established ancestral population that forms the basis of the nation. This cannot be done by genetics alone. It would require historical, legal, demographic and genealogical evidence to determine which population or populations are being treated as the baseline ancestral group.

The reference population should be defined carefully because the genetic reference panel will only be as legitimate as the population it is built to represent. If the reference population is too narrow, it may exclude legitimate members of the ancestral group. If it is too broad, it may weaken the purpose of the boundary.

## **Creating a reference panel**

A reference panel is a carefully selected dataset of DNA samples used as the comparison standard in genetic analysis. It represents the baseline population that individual test results are compared against. The quality of the reference panel is central to the accuracy of the verification system, because any weakness in the panel will affect the reliability of later ancestry estimates.

A strong reference panel would need to be built from individuals whose ancestry is supported by multiple forms of evidence. This could include official records, family trees, long-term regional rootedness, local population history and genetic lineage testing. The goal would be to identify samples that are likely to represent the long-established ancestral population as accurately as possible, rather than relying on random or poorly documented samples.

Whole-genome sequencing may be especially useful when building the reference panel because it provides a high-resolution view of genetic variation across the genome. Other forms of testing could also help strengthen the panel. Y-DNA testing can provide evidence about direct paternal lineages, mitochondrial DNA testing can provide evidence about direct maternal lineages, and short tandem repeat testing can help with close kinship or lineage confirmation. These methods would not usually be enough by themselves to define broad ancestry, but they can provide useful supporting evidence when combined with genome-wide data and documentary records.

Once enough high-quality samples have been collected, genetic modelling and admixture analysis could be used to understand the internal structure of the population in more detail. This could help identify regional subgroups, historical mixture, founder effects, close population relationships and patterns of shared ancestry within the long-established population. Family trees connected to DNA matches could also be used to support this process by helping researchers triangulate shared ancestors and check whether genetic patterns align with documented lineage evidence.

The reference panel should not be treated as permanent or perfectly complete. It would need to be reviewed and updated as new evidence becomes available, especially if early versions of the panel underrepresent certain regions, families, social classes or historical subgroups within the ancestral population. However, updating the panel could affect previous test outcomes, so the system would need clear rules for retesting, credential updates, grandfathering and appeals. Without these rules, changes to the reference panel could make citizenship or political status unstable over time.

A reliable reference panel would therefore need to combine genetic data, historical records, genealogical evidence and ongoing quality control. The aim should be to create a panel that is accurate enough for administrative use while still recognising that ancestry estimates involve uncertainty and should remain open to review in disputed or borderline cases.

## **Testing individuals against the reference panel**

Once a reference panel has been established, individuals can be tested against it to estimate their ancestral connection to the national population. For broad population testing, autosomal SNP genotyping would likely be the most scalable option because it is cheaper and easier to apply at national scale than whole-genome sequencing.

The result should not be treated as a perfectly exact measurement. Genetic ancestry estimates depend on the quality of the reference panel, the methods used and the closeness of neighbouring populations. Some individuals may receive clear results, while others may fall into uncertain or borderline categories. The system should therefore distinguish between clear inclusion, clear exclusion and uncertain cases requiring further review.

False positives and false negatives are unavoidable risks. A false positive would occur when someone is recognised as part of the ancestral group even though they should not be. A false negative would occur when someone is rejected despite having genuine ancestral ties. Reducing these errors would require better reference panels, supporting records, retesting options and a formal dispute process.

## Verification outcomes

The verification process should produce a clear administrative outcome. Possible outcomes could include full verification for citizenship and political membership, verification for citizenship only, failure to meet the required threshold, or an uncertain result requiring further evidence.

A person who meets the citizenship threshold would receive legal citizenship or retain existing citizenship. A person who meets a higher political membership threshold could receive voting rights, representation rights or eligibility for certain political decisions, depending on the rules adopted. A person who does not meet the required threshold should not automatically lose legal status if doing so would make them stateless. Instead, they should receive a temporary or transitional status while further evidence is reviewed or alternative citizenship arrangements are explored.

## **Processing exclusion and uncertain cases**

Some individuals may not show sufficient ancestral ties to the country in which they currently hold citizenship. This may be common during a transition from civic nationalism to ancestral nationalism. These cases should be handled cautiously because exclusion from the ancestral group does not automatically prove that another country will recognise the person as a citizen.

If the person has clear ancestral ties to another country, the state could begin a process of diplomatic coordination to determine whether that country recognises the person as eligible for citizenship. If the person does not clearly match any available reference panel, then the result should be treated as unresolved rather than as proof that they belong nowhere.

In either case, the individual should retain legal status until a secure alternative exists. This could involve transitional citizenship, permanent residency, protected non-political citizenship or another legal category. The key principle is that ancestral verification should not create statelessness.

## **Disputes, appeals and retesting**

Disputed cases are inevitable in any ancestry-based system. People may challenge exclusion from citizenship, exclusion from political membership, borderline percentage results, errors in records or the quality of the genetic test. A dedicated appeals process would therefore be necessary.

A credible appeal process should allow individuals to submit additional records, provide family-tree evidence, request retesting, use higher-resolution genetic testing such as whole-genome sequencing and receive independent review. The appeal body should also be able to correct administrative mistakes and recommend updates to the reference panel where new evidence shows that the original panel was incomplete or inaccurate.

While an appeal is unresolved, the person should retain their existing legal status or a temporary protected status. This prevents people from losing rights because of errors, uncertainty or delays in the verification system.

## **Data governance, privacy and safeguards**

A verification system based partly on genetic data would require strict privacy and data-governance rules. Genetic information is unusually sensitive because it can reveal information about the individual, their relatives and their wider family lineage. The system should clearly define what data is collected, who can access it, how long it is stored, whether it can be reused for medical or law-enforcement purposes, and whether individuals can request deletion or restriction of their data.

The safest model would separate ancestry verification data from unrelated medical, policing or commercial databases. Secondary use of genetic data should require explicit legal authorisation and strong oversight. Without these safeguards, the verification system could create serious risks of surveillance, discrimination, data misuse or public distrust.

## **Implementation costs and sequencing**

The cost of verification depends on the testing method, population size, dispute rate and quality of existing records. Autosomal SNP genotyping is the most scalable option for population-wide testing, while whole-genome sequencing is more expensive and better suited for reference-panel creation, research-grade analysis and difficult appeals.

A staged implementation would be more realistic than testing the entire population at once. The state could begin by creating the reference panel, testing a smaller sample, resolving administrative issues, building an appeals process, and only then expanding to broader population verification. This would reduce the risk of large-scale errors and allow the system to improve.