23
Hardware architecture
Processor design, tile architecture, interconnect topology, power management, and chip-level innovations.
Intellectual property
91+ patent applications filed with USPTO.
A comprehensive IP portfolio covering every layer of our technology stack — from transistor architecture to software frameworks.
91+
Patent applications filed with the United States Patent and Trademark Office
Patent portfolio
Six categories of innovation
Our patent portfolio spans the entire compute stack — hardware, software, protocols, and security.
15
Cognitive computing
Cognitive core design, attention mechanisms in silicon, transformer-native processing, and neural execution models.
13
Memory systems
AI-SRAM tiles, memory-process coupling, state persistence, and novel memory hierarchy architectures.
10
Security & anti-piracy
Steganographic watermarking, hardware-level DRM, content authentication, and adversarial-resistant encoding.
14
Software frameworks
Unified APIs, compiler toolchains, model optimization pipelines, and hardware abstraction layers.
16
AI infrastructure
Inference orchestration, zero-latency protocols, distributed computing frameworks, and edge deployment systems.
Breakthrough innovations
Six extraordinary patents
These patents represent foundational innovations that redefine entire categories of computing.
ZLTA-2 Architecture
Zero-Latency Token Architecture — a proprietary protocol that enables sub-0.1ms inference through predictive token dispatch, speculative execution pipelines, and hardware-accelerated attention scoring. Eliminates pipeline stalls entirely.
Post-Neumann Processor
A complete departure from von Neumann architecture. Fuses memory and compute into unified cognitive tiles, eliminating the data bus bottleneck that has constrained processors since 1945.
Memory-Process Coupled Execution
Instructions travel to data instead of data traveling to compute. Zero cache misses, zero data transit latency, and 40–60% power reduction compared to traditional memory hierarchies.
AI-SRAM Tile
The fundamental building block of Post-Neumann computing. Self-contained processing-and-storage elements with integrated SRAM and ALU, enabling deterministic inference with guaranteed access times.
State Capsules Framework
Hardware-managed persistent inference state that survives across sessions. Enables continuous, contextual AI inference at the silicon level — transforming stateless models into stateful systems.
NYMPH Unified API
A hardware abstraction layer that provides a single, consistent API across all Post-Neumann processors. Enables seamless model deployment, scaling, and optimization without hardware-specific code.
Protected innovation
Every innovation. Protected.
Our technology is backed by one of the most comprehensive foundational patent portfolios in AI hardware.
Explore the architecture
See how the patent portfolio translates into the NYMPH hardware and the PTL software stack.