Mathematical rigor.
Hardware execution.
Eve Count conducts applied research at the frontier of quantum computation, post-quantum cryptography (PQC), and sovereign AI architectures. We don't write speculative theory—we synthesize circuits, benchmark real QPUs, and engineer defenses against Q-Day adversaries.
Active state rotation visualization on the complex Bloch sphere.
Peer-level preprints & open implementations.
Our technical discoveries are developed openly on institutional repositories, providing transparent provenance for enterprise adopters.
Algorithmic synthesis of arbitrary single- and multi-qubit rotations with minimal circuit depth and gate infidelity. Benchmarked on Quantinuum H-Series trapped-ion QPU noise models.
Adversarial simulations evaluating enterprise exposure to 'Harvest Now, Decrypt Later' (HNDL). Benchmarking transition paths from legacy RSA/ECC to NIST FIPS 203 (ML-KEM) and FIPS 204 (ML-DSA).
Architectural blueprints for low-latency classical-optical co-processing bridges designed to eliminate von Neumann bottlenecks in high-dimensional tensor operations.
Autonomous reasoning agents executing distributed multi-model workflows, calibrated against high-fidelity datasets of human heuristic decision-making.
Built for mission-critical enterprise deployment.
Cryptographic Agility Engineering
Developing modular cipher abstraction layers that allow institutional banking and defense cores to swap underlying cryptographic primitives without rebuilding application layers.
Hardware-Agnostic Compilation
Bridging the gap between high-level algorithmic intent and physical hardware constraints across trapped-ion, neutral atom, and superconducting qubits.
Hybrid Combinatorial Optimization
Orchestrating classical high-performance compute clusters with QPUs to tackle NP-hard supply chain, portfolio arbitrage, and molecular ground state calculations.
Open Verification & Proof of Work
All core mathematical proofs, compilation circuits, and vulnerability models are maintained on public repositories to allow peer verification by institutional teams.
Engage Our Research Team
We collaborate with enterprise R&D departments, defense contractors, and financial institutions on targeted post-quantum cryptographic validation.
Schedule a Research Consultation