Intellectual Property

Protected Innovation

Our IP portfolio spans computing systems, theoretical frameworks, and application-specific methods. Strategic protection through patents, trade secrets, and proprietary implementations.

Patent Status

Initial provisional patents filed establishing priority dates across core geometric methods. Global patent filings continue throughout 2026, covering computing systems, theoretical frameworks, and industrial applications.

Portfolio Scope

Computing Systems

Foundational geometric methods for operating systems, databases, and computational primitives. Non-von Neumann architecture. The practical computing layer.

  • • Geometric scheduling and process management
  • • Novel database indexing structures
  • • Non-von Neumann computational primitives
  • • Real-time processing architectures

Applied Methods

Domain-specific implementations of geometric principles. Sensor fusion, compression, encoding, cryptography. Performance improvements across multiple domains.

  • • Sensor fusion and state estimation
  • • Geometry-aware data compression
  • • Video and media encoding
  • • Post-quantum cryptographic primitives

Theoretical Foundations

Mathematical frameworks connecting geometry to physical law. Novel derivation methods. Information-theoretic foundations. The deeper theoretical layer.

  • • Geometric algebra extensions
  • • Derivation methodologies
  • • Information-theoretic frameworks
  • • Validation and falsification methods

Industrial Applications

Application of geometric principles to materials, manufacturing, and industrial processes. The same foundations, different application domains.

  • • Materials process optimization
  • • Manufacturing control methods
  • • Research and validation tools
  • • Analytical frameworks

Protection Strategy

Multi-Layered Approach

Patent Protection

Application-level methods and implementations. Computing systems, applied methods, industrial processes. Priority dates established, global filing strategy underway.

Trade Secrets

Core mathematical derivations and theoretical foundations. The deepest layer of geometric insights. Perpetual protection, never disclosed publicly.

Software & Methods

Reference implementations, development tools, and validation frameworks. Code-level protection for specific embodiments and methodologies.

Know-How

Integration expertise, optimization techniques, and application guidance. Value-added services for licensing partners across all domains.

Licensing Model

Exclusive

Single licensee per vertical. For technology leaders seeking competitive differentiation in computing, materials, or research.

Joint development • Full access • Protected rights

Non-Exclusive

Multiple licensees per market. For established companies seeking efficiency gains across computing or industrial applications.

Standard terms • Defined scope • Field limitations

Research

Academic and institutional access. For research organizations working on theoretical validation or scientific applications.

Academic terms • Collaboration • Publication rights

What Partners Receive

  • Technical Access: Specifications, implementations, integration guidance
  • IP Protection: Freedom to operate, defensive positioning, filed patents
  • Ongoing Development: Improvements, optimizations, extended applications
  • Domain Expertise: Consultation across computing, theoretical, and industrial applications

Current Status

Provisional patents filed. Global filings continue through 2026 across computing systems, theoretical frameworks, and industrial applications. We welcome inquiries from potential partners.

Available Now
  • • Technology overview and capabilities
  • • Application domain discussions
  • • Preliminary partnership conversations
  • • Licensing structure exploration
Under NDA
  • • Technical specifications
  • • Performance characteristics
  • • Theoretical foundations
  • • Implementation details

Future Collaboration

At present, all research is commercially confidential while we complete our primary research and IP protection phase. This includes both the computing systems and the theoretical frameworks.

Once this phase is complete, we intend to collaborate with academic institutions and research organisations on non-trade-secret initiatives. We believe the theoretical foundations have implications that extend beyond commercial application, and we're committed to contributing to broader scientific understanding.

If you represent an academic institution or research organisation and are interested in future collaboration, we welcome preliminary conversations to explore potential alignment.

Interested in Licensing?

We're selective about partnerships. If you're working in computing, materials, research, or related domains, let's start a conversation.