All work

Case study 01 · eKYC · Face verification · Android

One registration flow for 1.33 million Anganwadi workers

Merging demographic forms, Aadhaar eKYC and face verification into one journey that a first-time smartphone user can finish on a 2 GB government phone.

Role
Product designer (IC)
Organisation
Digital India Corporation
For
Ministry of Women & Child Development
Shipped
Across 3 national launches
Poshan Tracker beneficiary profile showing Aadhaar, eKYC and face-verified status

The two-minute version

The government mandated Aadhaar eKYC and face verification for every beneficiary registration. I redesigned the flow so an Anganwadi worker with limited digital literacy, on a low-end government phone and a 2G connection, can finish it in one sitting. Three disconnected services became one four-step journey.

The problem

Poshan Tracker is the Government of India's real-time nutrition monitoring system. Beneficiaries never touch it: the Anganwadi worker registers pregnant women, mothers, children and adolescent girls on their behalf.

A new mandate required 100% of registrations to be seeded with Aadhaar eKYC and confirmed with face recognition. Demographic forms, Aadhaar APIs and the Poshan Secure face app were separate services, and the original app had been designed for urban conditions that don't exist in the field.

Constraints

  • Limited digital literacy: API errors and biometric thresholds mean nothing to the user
  • Real-time eKYC required by policy, so the flow must be online and synchronous
  • Legacy Android Go phones with 2 GB RAM and weak front cameras
  • Crowded centres, shared devices and 24 regional languages

Key decisions

  1. Decision 1

    A four-step wizard that never loses work

    Demographics, phone check, eKYC and face match became a linear wizard with saved state. If an API fails at step three, the worker keeps everything from steps one and two.

  2. Decision 2

    Duplicate check before the heavy steps

    A mobile-number lookup at step two surfaces an existing record at a neighbouring centre before any biometric call is made, saving up to ten minutes per duplicate.

  3. Decision 3

    Plain-language errors instead of API codes

    I mapped the Aadhaar error matrix and rewrote every code as an action. “Error 932: Biometric Lock” became “The beneficiary's biometric lock is on. Ask them to unlock it in the mAadhaar app.”

  4. Decision 4

    Camera guidance that adapts to the phone

    A colour-coded oval with icons replaces text instructions, giving feedback every 300 ms. Phones under 4 GB RAM get a stripped-down guide so the camera service doesn't crash.

What changed

Faster average registration
30%Faster average registration
Less manual entry, via verified eKYC auto-fill
70%Less manual entry, via verified eKYC auto-fill
Saved per duplicate caught at step two
≤10 minSaved per duplicate caught at step two

Time and entry reductions are measured against the previous registration flow.

Scale of the system

1.33M Anganwadi workers

89.2M Eligible beneficiaries

36 States & UTs

What I learned

Where technology fails, design the way around it

Some of the most vulnerable families had no Aadhaar card, and strict targets would have cut them off from rations. We designed a non-Aadhaar path: an enrolment ID plus another legal ID, with a 90-day grace period to finish eKYC while nutrition services continue.

Full deep-dive · shared on request

Go deeper: production screens and the full flow.

The deep-dive walks through every screen, the 7 stages of the flow and the trade-offs behind them. It uses production material, so I share it on request.

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