On-device biometric authentication using homomorphic encryption
Private Identity builds privacy-first identity verification and biometric authentication using homomorphic encryption to process sensitive data entirely on-device, with no transmission or storage to servers. The tech stack—Node.js, React, C++, WebAssembly, OpenCV, and Kubernetes—reflects a full-stack approach to embedding cryptographic authentication at the edge, while active hiring remains concentrated in senior engineering roles, suggesting focus on scaling core platform reliability rather than team expansion.
Private Identity delivers identity verification, biometric authentication, and age assurance solutions for organizations that need to verify users without collecting or storing sensitive biometric data. The company uses patented homomorphic tokenization to enable verification entirely on-device, reducing regulatory exposure and improving user trust. Founded in 2017 and based in Washington DC, the company operates as a lean engineering organization of 11–50 employees, currently concentrated on backend architecture, full-stack application development, and CI/CD pipeline maturity. Recent hiring velocity shows deceleration, with engineering-only active roles at senior and staff levels, indicating a phase focused on deepening platform capabilities rather than horizontal growth.
Node.js, React, TypeScript, GraphQL, C++, WebAssembly, OpenCV, Docker, Kubernetes, and AWS. Testing is handled via Selenium, Cypress, Playwright, and Karate; CI/CD runs on GitHub Actions and GitLab CI/CD.
Yes. 5 active roles total, all in engineering, split between senior (4) and staff (1) levels. Hiring is US-based only, with velocity currently decelerating.
Backend architecture, full-stack application development, CI/CD pipeline implementation, and performance optimization. Current challenges center on scaling platform reliability and managing system complexity while ensuring security.
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