DHS proposes sweeping DNA-based biometric rule for every immigration filing - VisaHQ

Key Takeaways

What’s reportedly in the proposal

VisaHQ reports that the Department of Homeland Security (DHS) is preparing a sweeping rule to require DNA-based biometrics for essentially every immigration filing. While details have not been published in the Federal Register, the measure would allegedly apply across applications and petitions handled by DHS components—primarily USCIS—potentially including adjustment of status (green cards), naturalization, employment authorization, family and employment-based petitions, and certain humanitarian benefits. The stated aims would likely be identity verification and fraud prevention, but the breadth of who must provide DNA (including U.S. citizen sponsors or minors) remains unclear.

How we got here

DHS previously proposed a broad biometrics expansion in 2020 that would have authorized new modalities—including DNA—in immigration benefits processing. That proposal drew sharp privacy and civil liberties criticism and was later withdrawn in 2021. Today, USCIS routinely collects fingerprints, photos, and signatures at Application Support Centers. DNA is currently used only in limited, case-specific situations to confirm biological relationships when paper evidence is insufficient, and only via accredited labs with strict chain-of-custody; applicants are not asked to mail DNA kits to USCIS. A new rule mandating DNA at scale would mark a significant policy shift from this narrow, voluntary use.

What this means if you’re filing now

Nothing changes today. Do not submit DNA unless USCIS specifically instructs you in your case; attend any scheduled biometrics appointments as usual. If DHS publishes a Notice of Proposed Rulemaking (NPRM), there will be a public comment period—often 30 to 60 days—before any final rule. Implementation could take months and might face court challenges. For applicants and sponsors, the big questions are whether DNA collection would mean new fees, added appointments, longer processing, and how genetic data would be stored, shared, and protected.

What to watch next

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