Encryption that fails closed, not open.

Dhruv Saini is the founder and sole inventor of GFAE Global. The research originated from independent work conducted during MSc Cyber Security studies at the University of Surrey, examining structural gaps in cryptographic access control as quantum computing threats matured and GNSS interference incidents escalated.

The core insight driving GFAE is that policy-based access control, however sophisticated, cannot cryptographically prevent decryption outside an authorised boundary. The solution is to make the cryptographic key itself impossible to re-derive outside the authorised context.

GFAE Global is seeking technical partners, pilot organisations, innovation funding, and academic collaboration. All technical briefings are conducted directly by the founder.

Making location, hardware, and time first-class cryptographic constraints, not policy afterthoughts. GFAE is designed to complement existing security architecture, not replace it. The goal is to close a specific structural gap in cryptographic access control that policy, IAM, and VPN cannot address.

When all three factors are satisfied, verified physical signal context, registered hardware attestation, and an authorised time window, the working key can be re-derived. When any factor fails or is absent, the system is fail-closed: no fallback, no insecure mode.