The Memory Wall
Most of the energy in HPC systems is wasted moving data between memory and processing.
Topological Processor IP
OKOZAM IP Core
Asynchronous 3D In-Memory architecture for the next generation of HPC, AI, and advanced simulation accelerators.
FPGA-validated technology structured for licensing, strategic acquisition, or industrial integration under NDA.
Designed for hyperscalers, fabless companies, IDMs, foundries, defense, and strategic research.
3D
Three-dimensional In-Memory architecture
Async
Architecture without a traditional global clock
RTL
Operational Verilog validated on FPGA
NDA
Technical transfer for due diligence
What Is OKOZAM
An asynchronous 3D In-Memory architecture IP core.
OKOZAM is an intellectual property core designed to integrate memory, processing, and three-dimensional topology within an asynchronous architecture.
The Problem It Solves
Today's hardware is approaching its physical limit.
Modern architectures face structural constraints that cannot be solved solely through new lithography nodes.
Thermal Crisis
Synchronous architectures hit physical limits when attempting to scale computational density in 3D.
Leakage Power
Conventional memory continues to consume energy even when the system is idle.
Bandwidth Bottlenecks
Traditional interconnects limit real system throughput.
The problem is no longer just making smaller chips. The problem is the architecture on which we continue to compute.
A New Way To Process Information
It does not separate memory and processing. It integrates them.
Instead of separating memory and processing as in Von Neumann architecture, OKOZAM processes information directly inside memory through an asynchronous three-dimensional structure.
The result is an architecture designed to drastically reduce data movement, lower energy consumption, and scale computation volumetrically.
Why It Is Different
An architectural paradigm shift beyond the traditional Von Neumann model.
OKOZAM redefines the relationship between memory, processing, topology, and energy consumption through an asynchronous 3D In-Memory architecture.
In-Memory 3D
Processes information directly inside a three-dimensional structure.
No Global Clock
Replaces centralized synchronization with asynchronous local events.
ReRAM HfO₂
Integrates non-volatile memory based on Hafnium Oxide.
Volumetric Scalability
Designed to scale computation within a three-dimensional topology.
Industrial Integration
Conceived around existing standards and processes.
Validation Evidence
RTL Verilog validated on Xilinx Artix-7 FPGA.
The logic core of the Topological Voxel has been synthesized in Verilog RTL and successfully deployed on Xilinx Artix-7 FPGA (7-Series family), empirically demonstrating:
Controlled and cyclic injection of thermodynamic entropy.
Deterministic computation of the connectivity condition.
Functional detection of vector symmetry through an XNOR comparator network.
Correct activation of the Phase Lock flag under expected conditions.
Crystallization stability after the injection window.
Serial telemetry validated with external host software.
Mathematical Validation
- Classical thermodynamics of closed systems.
- Statistical mechanics of spin networks (generalized Ising-Heisenberg analogy).
- Cellular automata theory in three-dimensional lattices.
- Discrete geometry of the Moore neighborhood.
The model's behavior is analytically bounded and numerically deterministic, an indispensable property for hardware implementation.
Scientific Foundation of the Materials
The choice of HfO₂ as the ReRAM substrate is grounded in peer-reviewed scientific literature and in Atomic Layer Deposition (ALD) processes already standardized in the industry. The proprietary geometric specification operates within the documented physical regime of these materials.
Accessible Markets For The Acquirer
Ten verticals with defining use cases.
OKOZAM IP enables derived product lines across at least ten industrial verticals with an aggregate market value exceeding one trillion dollars.
What Can Be Acquired or Licensed
IP package, documentation, protocols, and know-how under NDA.
OKOZAM is structured as a transferable intellectual property package, prepared for technical due diligence, strategic evaluation, and potential integration under commercial structures defined case by case.
RTL
Operational RTL Verilog
Logic modules, testbench, and constraint files.
MAT
HfO₂ ReRAM Specification
Analytical model of the resistive memory substrate.
DEE
DEE Boundary Scan Protocols
Host interface, telemetry, and deterministic communication.
Evaluation Process
First we analyze the case. Then we define the structure.
OKOZAM does not predetermine a single commercialization model. Each conversation begins by evaluating the use case, strategic priority, technical scope, and the buyer's actual needs.
Technical and Strategic Assessment
We analyze the use case, constraints, hardware, operating environment, performance targets, and potential integration path.
Evaluation under NDA
We share technical information progressively, with minimum necessary disclosure, document traceability, and controlled access.
Commercial Structure
We define whether the best path is licensing, acquisition, technology integration, joint development, or a hybrid structure.
Who It Is For
Designed for strategic buyers of advanced computing infrastructure.
OKOZAM is aimed at organizations seeking architectural advantage in AI, HPC, scientific simulation, edge computing, defense, and semiconductors.
Hyperscalers
Value case: Custom silicon for AI datacenters, reducing dependence on GPU vendors and HBM costs. The IP enables proprietary accelerators optimized for inference, scientific simulation, and verticalized services such as drug discovery, climate modeling, and quantitative finance.
Fabless
Value case: A generational leap beyond the architectural ceiling of synchronous HBM-based architectures. The IP integrates as a differentiated product within the existing portfolio (PCIe Gen 5 drop-in), opening market segments where energy efficiency is decisive, including Edge AI, defense, and aerospace.
IDMs
Value case: A heterogeneous integration vertical supported by proprietary packaging technology (Foveros, X-Cube). The IP justifies a new block of monolithic enterprise products without cannibalizing existing lines.
Foundries
Value case: Portfolio differentiation beyond lithography. The ALD process for HfO₂ and existing 3D-IC flows find in OKOZAM a high-end application that justifies premium pricing on advanced nodes.
Defense and Research
Value case: Acquisition of an architectural asset independent from the dominant ecosystem, with direct applications in secure computing, topological cryptography resistant to quantum computing, ballistic simulation, and complex systems modeling. Asynchrony and the non-Von Neumann structure provide inherent advantages in resistance to side-channel attacks.
Explore licensing, strategic acquisition, or integration under NDA.
For strategic buyers, industrial partners, or technology investment teams, OKOZAM can be presented under NDA with technical documentation, FPGA validation evidence, and IP transfer structure.
NDA, licensing, or IP transfer requests.
Technical conversations for due diligence or integration.
Initial response oriented to strategic buyers.
Request Confidential Information
Complete the form and we will prepare the right conversation for NDA, licensing, acquisition, or industrial integration.