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E-voting verification SDK and citizen app
An SDK that election authorities can integrate into their e-voting systems to provide end-to-end individual vote verifiability without breaking ballot secrecy, plus a citizen-facing mobile app that makes verification as simple as scanning a QR code. The SDK implements zero-knowledge proof-based verification protocols, while the app translates cryptographic verification into visual, intuitive trust signals.
Why this matters
You are a citizen who just cast an electronic vote in a national election. You want to trust the system, but you have no way to confirm your vote made it into the final count. The government published source code, but you know that doesn't guarantee the running binary matches. You could try to understand the cryptography, but like most people, you don't have the technical background. Paper elections let you watch a transparent box and follow officials counting ballots — e-voting offers no equivalent visceral trust. You want something as simple as a receipt you can check, without it enabling someone to coerce you.
- · Built for National election authorities and municipal governments operating or planning e-voting systems, particularly in countries with existing digital identity infrastructure like Estonia, Switzerland, and emerging e-democracy initiatives.
- · Most likely monetization: SaaS subscription with per-election-cycle licensing.
The Pain · Narrative
You are a citizen who just cast an electronic vote in a national election. You want to trust the system, but you have no way to confirm your vote made it into the final count. The government published source code, but you know that doesn't guarantee the running binary matches. You could try to understand the cryptography, but like most people, you don't have the technical background. Paper elections let you watch a transparent box and follow officials counting ballots — e-voting offers no equivalent visceral trust. You want something as simple as a receipt you can check, without it enabling someone to coerce you.
Score Breakdown
Market Signal
Go-to-Market
Estonian State Electoral Office and Swiss cantonal e-voting teams actively operating internet voting systems with public trust mandates
~30-50 national election authorities globally, plus ~200-500 municipal and organizational election bodies
Direct outbound to election technology directors at upcoming international e-voting conferences
$25,000 per election cycle for national authorities, $5,000 for municipalities
Signed letter of intent from 1 national election authority within 6 months
MVP Scope · 1–2 weeks
- Research existing zero-knowledge proof voting protocols and select a verifiable but secrecy-preserving scheme
- Build a proof-of-concept verification protocol in Rust demonstrating individual verifiability without anonymity loss
- Create a simple CLI tool that simulates vote casting, tallying, and individual verification
- Write a technical whitepaper explaining the protocol and how it addresses the secrecy-vs-verifiability tension
- Identify and contact 3 election technology researchers for protocol review
- Build a basic mobile app prototype that visualizes vote verification as a simple green checkmark flow
- Create an SDK wrapper that could be integrated into an existing e-voting backend
- Develop a demo election scenario showing end-to-end cast-verify-tally flow
- Draft integration documentation for election authorities
- Reach out to Estonian and Swiss e-voting teams for feedback on the prototype
Differentiation
Why This Might Fail
Self-rebuttal — the most important trust signal
- 1Government procurement cycles for election technology typically run 3-5 years, meaning revenue may not materialize before runway runs out
- 2The cryptographic protocol may contain undiscovered flaws that only surface under expert review, potentially destroying all credibility with the target market
- 3Academic projects like Helios Voting or Cobra may release equivalent open-source verification protocols, eliminating the commercial opportunity entirely
Evidence Summary
How AI synthesized this insight — no verbatim quotes
Approximately 12 commenters discussed the fundamental inability to verify individual vote inclusion in final tallies. Multiple users proposed cryptographic approaches including prime product schemes and private set intersection, but each was critiqued for either breaking ballot secrecy or failing to prevent fake vote injection. Several users emphasized that even technically sound solutions fail because non-technical citizens cannot understand or trust them. The tension between verifiability and secrecy was identified as the core unsolved problem by at least 8 participants.
Action Plan
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Headline
E-voting verification SDK and citizen app
Sub-headline
An SDK that election authorities can integrate into their e-voting systems to provide end-to-end individual vote verifiability without breaking ballot secrecy, plus a citizen-facing mobile app that makes verification as simple as scanning a QR code. The SDK implements zero-knowledge proof-based verification protocols, while the app translates cryptographic verification into visual, intuitive trust signals.
Who It's For
For National election authorities and municipal governments operating or planning e-voting systems, particularly in countries with existing digital identity infrastructure like Estonia, Switzerland, and emerging e-democracy initiatives
Feature List
✓ Zero-knowledge proof verification protocol that preserves ballot secrecy ✓ Citizen-facing mobile verification app with visual trust indicators ✓ Reproducible build verification tooling for binary-to-source attestation ✓ Real-time audit trail dashboard for election observers ✓ Open API for third-party observer tool integration
Where to Validate
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