Welcome
Advanced Technology Solutions for the Digital Age
Our public presence focuses on these eight projects, all of which are dual-use in nature. The DOORS page introduces three more projects from the DOORS patent family, each patent pending, bringing our public portfolio to eleven. We remain active in defense and security work, which for secrecy and compliance reasons is not documented publicly. DSURF protects Big Data — including national-security-critical applications — by fragmenting and randomizing storage so that stolen data is unusable without complete system access. DOORS serves a family photograph collection as well as it serves the file management needs of large corporates and law firms. TRIPLE uses ciphers, randomization and obfuscation to provide Quantum resistant communications, and we are planning to build a secure chat App around it. DICE provides seamless quantum-resistant enhancement that automatically toggles between enhanced security and standard encryption based on system capabilities. The INTEGIZER is a patent-pending method for refactoring neural network weights between floating-point and integer computational domains, enabling AI deployment on cheaper integer hardware — from data centers to IoT sensors. AIMS is the Artificial Intelligence Manager System — a patent pending AI orchestration architecture that predicts processing requirements, separates conflicting objectives into isolated instantiations, and accumulates experiential learning, delivering up to 6× performance gains through Harness Engineering. AIRSS is the AI Relational Security System — a patent pending AI-native security layer that uses the DOORS intrinsic and extrinsic attribute analysis engine to detect threats across inbound, local, and outbound data vectors, including zero-day attacks and AI-specific threats such as prompt injection and data poisoning, with no matching signature required. PAIMEMS (Polymorphic Artificial Intelligence Management and Experiential Memory Systems) is a patent-pending design for AI that keeps what it learns: in a neural network whose neurons are made by linking processors and memory, the learning gained while it works is recorded, and the next network to run on that system receives it as working data, so experience carries forward through restarts and upgrades.

Each of these technologies addresses critical challenges in data security, organization, communication, and AI optimization while maintaining the flexibility to serve both consumer and enterprise markets.
DOORS
Data Organizer Optimizing Reconciliation System
Revolutionary AI-powered file management system that automatically discovers, analyzes, and organizes files across all your devices and cloud storage platforms. DOORS transforms digital chaos into intelligently structured libraries. (Issued Patent — US 12,572,504 B2)
Key Features:
  • Multi-device file discovery and scanning
  • AI-powered facial and object recognition
  • Intelligent relationship inference between files
  • Cross-platform compatibility (iOS, Android, Windows, macOS, Linux)
  • Privacy-first local processing
  • Continuous learning and optimization
Explore DOORS →
DSURF
Data Security Using Randomized Features
Breakthrough cloud security technology that prevents large-scale data theft by fragmenting, randomizing, and isolating data storage from pointer-based reassembly keys. Makes stolen data unusable without complete system access. (Issued Patent — US 12,368,583 B2)
Key Features:
  • Randomized block sizes and storage paths
  • Pointer-key isolation architecture
  • Platform agnostic (AWS, Azure, Google Cloud)
  • Black box logic for maximum security
  • Parallel processing for high performance
  • Zero-trust environment compatibility
Explore DSURF →
TRIPLE
Time Randomizing Interface Protocol Language Encryption
Quantum-resistant secure messaging protocol that creates dynamic, session-specific languages using pointer-array logic and polymorphic transformation. Designed to remain secure even against future quantum computing threats. (Issued Patent — US 11,956,352 B2)
Key Features:
  • Quantum-resistant encryption methodology
  • Dynamic language generation per session
  • Pointer-based randomized encoding arrays
  • Zero-trust architecture with no fixed keys
  • Volatile memory processing for security
  • Cross-platform secure messaging foundation
Explore TRIPLE →
DICE
Dual Isolated Channels Encryption
Quantum-resistant key distribution system that works seamlessly alongside existing encryption methods. DICE-equipped systems automatically use enhanced security when both parties support it, falling back to standard encryption when needed. Eliminates public key vulnerabilities, and quantum decryption risk. By leveraging secret key distribution through dual isolated channels. DICE is a continuation-in-part of the DSURF patent. (Patent Pending)
Key Features:
  • Seamless operation with existing encryption systems
  • Automatic DICE/RSA toggle based on capability
  • Enhanced security when both systems support DICE
  • Works across all communication mediums (RF, cellular, optical)
  • Eliminates public key vulnerabilities to quantum attacks
  • No discernible difference in user experience
Explore DICE →
INTEGIZER
Intelligent Neuron Tensor Export Grid Integer Zero-Loss Encoding & Refactoring
Patent-pending method for refactoring trained neural network weights between floating-point and integer computational formats. The INTEGIZER's encode-and-scale pipeline with metadata-tracked exponents enables potentially lossless conversion where the destination range allows, deploying AI intelligence onto cheaper integer hardware — from GPU Tensor Cores specified at 2× peak INT8 throughput, to billions of IoT devices that could never run AI before. (Patent Pending — US App. No. 19/680,833)
Key Features:
  • Potentially lossless FP ↔ integer weight conversion
  • Pre-calculated lookup tables replace runtime FP overhead
  • Deploys AI on integer-only processors (ARM Cortex-M, IoT)
  • 2× peak INT8 throughput on existing GPU Tensor Cores (measured production gains 1.4–1.8×)
  • Floating-point fallback for out-of-range values
  • Data center cost and power reduction at scale
Explore INTEGIZER →
AIMS
Artificial Intelligence Manager System
Patent pending AI orchestration architecture that makes AI systems dramatically more efficient and accurate. AIMS predicts processing requirements before they arise, separates conflicting objectives into isolated instantiations to eliminate bleed-through, and accumulates experiential learning from every task — delivering up to 6× performance gains through Harness Engineering. (Patent Pending)
Key Features:
  • Predictive resource management before demand arises
  • Countervailing objective separation — eliminates bleed-through
  • Chained instantiations for unlimited context window extension
  • Callable expert library — instantiate, execute, release
  • Sentinel mode for minimal-energy watchful operation
  • Accumulated experiential learning across all tasks
Explore AIMS →
AIRSS
AI Relational Security Systems
AI-native security layer that detects threats through combined intrinsic and extrinsic attribute analysis — finding mismatches between what content claims to be and what it actually contains. Covers inbound, resident, and outbound data across six threat categories including a dedicated AI-specific category. Zero-day detection without signatures, built on the patented DOORS attribute engine. (Patent Pending)
Key Features:
  • Three-gate scanning: inbound, local storage, and outbound
  • Zero-day detection via AI inference — no signature required
  • Dedicated AI-threat category (prompt injection, data poisoning)
  • Intrinsic/extrinsic attribute mismatch as core detection signal
  • Sentinel mode — persistent low-resource always-on protection
  • Emergency containerised recovery deployment
Explore AIRSS →
PAIMEMS
Polymorphic Artificial Intelligence Management and Experiential Memory Systems
Patent-pending Polymorphic AI that keeps what it learns. Neurons are made by linking processors and memory, and what the network learns while it works is recorded. The next network to run on that system, whether the same one after a restart, a different one or an upgrade, receives that learning as working data, so the system need not learn the same lesson twice. Part of the TRIPLE patent family. (Patent Pending — US App. No. 19/801,919)
Key Features:
  • Learning recorded as the network works and carried across restarts and upgrades
  • Pointers link processors and memory to make the network's neurons
  • Networks that grow, prune and change while running
  • The right network for the moment, loaded from a stored library
  • Moves clear of damaged hardware while enough resources remain
  • Fresh randomized layout on restart, designed to resist model theft
Explore PAIMEMS →

Dual-Use Technology Applications

Our technologies are designed to serve both civilian and defense markets, providing scalable solutions from personal use to national security applications.

🏠 Consumer Applications

DOORS: Family photo organization, personal file management
DSURF: Personal cloud storage protection
TRIPLE: Secure personal messaging and communication
DICE: Enhanced security for personal encryption and communications
INTEGIZER: On-device AI for smart home, wearables, and mobile apps
AIMS: Personal AI assistant that gets smarter with every interaction
AIRSS: Personal device protection — scanning inbound files, emails, and downloads before they reach your data
PAIMEMS: Assistants and smart devices that pick up where they left off, keeping what they learn through restarts and upgrades

🏢 Enterprise Solutions

DOORS: Corporate document management, legal case files
DSURF: Enterprise data protection, compliance
TRIPLE: Corporate secure communications, API protection
DICE: Quantum-resistant enterprise key distribution and encryption enhancement
INTEGIZER: AI inference cost reduction, edge deployment, integer-optimized data centers
AIMS: Enterprise AI orchestration — predictive scaling, specialist dispatch, compliance enforcement
AIRSS: Enterprise security with outbound scanning, AI-threat coverage, and specialist SENN modules for SOC integration
PAIMEMS: AI agents that carry experience from session to session, and networks that prune unused neurons to release capacity, aimed at higher utilization and lower running costs

🛡️ Defense & Security

DOORS: Intelligence file organization, evidence management
DSURF: Classified data protection, critical infrastructure
TRIPLE: Military communications, diplomatic channels
DICE: Defense-grade quantum-resistant key distribution, secure military communications
INTEGIZER: Tactical AI on resource-constrained hardware, efficient military AI deployment
AIMS: AI management for autonomous systems, UAVs, and defence-grade intelligence orchestration
AIRSS: Defence-grade AI security — zero-day threat detection, three-vector coverage, and emergency containerised recovery for compromised systems
PAIMEMS: Critical systems that can keep operating around damaged hardware and present a different electronic signature when they restart

Innovation Through Design

Systems Design Innovation LLC specializes in developing breakthrough technologies that address fundamental challenges in data security, organization, and communication. Our patented and patent-pending solutions combine cutting-edge artificial intelligence, advanced cryptography, and innovative system architecture to create products that serve markets ranging from individual consumers to national security applications.

We focus on privacy-first design, cross-platform compatibility, and scalable architectures that can grow from personal use to enterprise deployment. Each technology represents years of research and development, backed by comprehensive intellectual property protection and designed for real-world implementation.