Dimension scores are derived from public data and fields; weighted into the composite. Reference only.
Personal Code is a “sovereign digital identity” solution. Its core idea is to compress, encrypt, and certify personal biographical information together with biometric data, then publish it to QR codes, contact chips, NFC, paper printouts, images/PDFs, Wallet, or mobile devices. It is positioned not merely as a login authentication tool, but more as a platform for document issuance, identity credentials, anti-counterfeiting, tamper resistance, and offline verification.
In terms of protection, the solution emphasizes encryption, digital signatures, data integrity, authenticity, and non-repudiation. It can be used to prevent identity theft, document forgery, and document tampering. A QR code can contain a 24-bit color photo, facial biometrics, fingerprint scans, iris data, biographical data, an ECC 256-bit digital signature, and a Password/PIN. Deployment is relatively flexible: it can be used for physical identity documents as well as electronic credentials. A key highlight is that the verification app can run fully offline, without internet access, mobile data, or database queries. Verification is handled as an on-device 1:1 process, reducing reliance on central-server concurrency. The platform supports iOS and Android mobile devices.
On compliance, the main text says its data sovereignty approach follows GDPR principles, and lists certification from Spain’s National Cryptologic Centre, copyright registration in Mexico, a pending U.S. patent application, and several awards. However, it does not disclose common security certifications such as ISO, SOC, or PCI. Pricing, licensing model, and SaaS or on-premises deployment costs are not publicly disclosed. In terms of integration, it can be combined with QR codes, NFC, chips, PDF, Wallet, and mobile apps, but there is no clear information on APIs, SDKs, IAM, SIEM, audit, or alerting interfaces.
The main advantages are strong offline verification, support for multiple carriers, and suitability for weak-network or no-network environments. It also cites a large-scale INE document issuance case, claiming coverage of 80 million to 120 million citizens and a generation capacity of 100,000 codes per hour. The drawbacks are the limited publicly available technical and commercial details, especially around the admin console, alerts, operations audits, pricing, and integration documentation. It is better suited to high-trust identity scenarios such as government ID documents, medical credentials, transportation ticketing, financial account-opening authorization, enterprise access control and attendance, education certificates, and large-event ticketing.
The main text does not provide information on access from China, RMB payments, or local service availability, so its accessibility status can only be rated as unknown. For deployment in China, key areas to evaluate would include the Personal Information Protection Law, cross-border data transfer requirements, cryptography compliance, and compatibility with public security/government identity systems. Alternatives may include identity verification services from domestic cloud providers, trusted identity authentication, and industry-specific anti-counterfeiting solutions for licenses and certificates.
⚠ This review is compiled from public sources and does not constitute a purchase recommendation. Verify all facts on the vendor's official site. Verify on personalcode.com official site.
personalcode.com is an Mexico Security provider. TG4G tracks its product information, an overall rating of 7.0/10, and a China-accessibility score of Limited (proxy recommended). Click "Visit Official Site" to reach personalcode.com directly.