Stateless, Zero-Disk Post-Quantum File Cryptography
Upload any file up to 10 MB. Encrypt or decrypt completely in server RAM with zero disk storage. Powered by TernaryShield-v2, replacing all hardware multiplications with 3-plane balanced ternary opmasks and a 192-byte Twisted Mobius compact key.
Live Hardware Telemetry
Uploaded payloads are held exclusively in volatile RAM and streamed immediately upon processing. No files, fragments, plaintexts, or derived keys are ever committed to disk or persistent swap.
Mathematical Foundation & Architectural Proofs IACR Cryptology ePrint
Key innovations implemented in TernaryShield-v2 by Polygonal Research and Development Lab Pvt Ltd
Multiplication-Free Ring Bijection
Decomposes polynomials over \(R_{3329}\) into 3 binary bit-planes spanning \([-13, +13]\). Polynomial multiplication reduces to masked vector additions and subtractions: \(P_0 + 3P_1 + 9P_2\), requiring zero hardware DSP/ALU multiplication instructions.
Negacyclic Opmask Routing
Exploits \(X^{256} \equiv -1\) anti-periodicity to rotate a compact 192-byte row in 64-bit integer registers. Achieves a 256× reduction in secret key memory (from 144 KB down to 576 Bytes for \(k=3\)) with 100% vector SIMD throughput.
Constant-Time Re-encryption
Performs rigorous IND-CCA2 re-encryption during decapsulation. Any ciphertext alteration triggers a constant-time implicit rejection multiplexer yielding a pseudo-random reject key, confirmed by 100,000-trace Welch's t-test (\(|t| = 0.1366 < 4.5\)).