High-throughput non-linearity at single-cycle speed.
Native silicon architecture for IoT, Defense, and Compute.
LUT (DAD CORE)
Tang Primer 20K — Hardware-ValidatedCLOCK CYCLE
Zero-Wait LatencyCORRELATION
Passes NIST SP 800-22 (in-house)We do not simulate chaos; we engineer it.
Drift Systems replaces inefficient analog randomness with Deterministic Digital Chaos. By utilizing the non-linear properties of arithmetic drift recurrence, we generate high-quality conditioned output for security and optimization workloads.
Commercialization tracks spanning semiconductor, defense & aerospace, space, medical, industrial IoT, logistics, streaming, generative AI, and cloud infrastructure.
Time-bounded liveness and synchronization for LPI/LPD links under jamming, replay, and on-path tamper.
Hardware-bound identity and low-overhead primitives suitable for integration into third-party silicon.
Scan-evolve authentication workflows for anti-counterfeit and chain-of-custody at scale.
Anti-replay and liveness verification for long-lived systems where patching is rare and latency matters.
Fault-tolerant sequence generation for satellite constellations and deep-space telemetry.
Secure command authentication for pacemakers, insulin pumps, and body-area networks.
Intrinsic frame-level lineage for video and audio. Detects splicing and AI generation without fragile metadata.
Low-overhead, high-entropy session tokens and deterministic jitter for post-outage reconnect control.
HashDoS-resistant hashing and seedable deterministic replay for distributed-system debugging.
Drift Systems is built on Arithmetic Dynamics over ℤ₂. We provide algebraic proofs of stability, coverage, and complexity without relying on unproven physical assumptions.
Machine-checked proofs of Bounded Carry and Finite State Stability (Lean 4).
Non-Parallelizable Time-Lock Puzzles & Forward Security
Provable State Coverage via Erdős Covering Systems
Accelerated Key Generation via Adaptive Sigma Bounding