Fundamental Science & Cryptography.
Conducting and publishing open scientific research in zero-knowledge cryptography, post-quantum algorithms, and decentralized compute topologies to safeguard human digital sovereignty.
Active Research Pillars
Post-Quantum Cryptography
Developing lattice-based and stateless hash-based cryptographic primitives (ML-KEM, ML-DSA, SLH-DSA) to future-proof internet applications against quantum decryption.
Zero-Knowledge Proof Systems
Architecting ultra-fast zk-SNARK and zk-STARK proving systems that achieve sub-second client-side verification on mobile hardware with minimal memory footprint.
Confidential Edge AI Runtimes
Designing cryptographically isolated execution sandboxes for machine learning inference on consumer devices, preventing side-channel attacks and weight extraction.
Decentralized Consensus & Topology
Investigating high-throughput, low-latency asynchronous consensus protocols resilient to dynamic network partitions and adversarial Byzantine attacks.
Featured Technical Papers
Efficient Recursive Zero-Knowledge Argument Verification on Constrained Mobile Hardware
Azokle Cryptography Research Group
Side-Channel Immune Enclave Architecture for Autonomous Local Reasoning Models
Azokle Intelligence Division & Systems Lab
Hardware-Enforced Cryptographic Boundaries in High-Bandwidth Non-Invasive Neural Decoders
Azokle BCI & Security Engineering