🔐 Patent No. 74400 🔍 Algebraic Probing Mode ⚡ Drop-in iSIM Security IP ✅ FPGA Validated · Intel Cyclone V ⚡ Cairo / Starknet Verified · Sepolia 📐 Invariants: d₅ = W − 2K & d₆

⚡ W‑PATH INDUSTRIAL RESEARCH & DESIGN · EST. 2026

✅ Already demonstrated: RTL · FPGA · Hardware Videos · Documentation | Next step: ASIC partner

W‑Path™ ®

The Silicon Immune System™

FPGA‑Validated Hardware Security IP for Secure Elements, iSIM, and Cryptographic Acceleration

W‑Path combines stateless cryptographic execution, continuous hardware integrity monitoring, autonomous recovery, and measurable hardware trust in a single licensable semiconductor IP.

It runs 100% offline with no internet or cloud dependencies, occupies minimal silicon area, operates at ultra‑low power, and eliminates flash memory attack surfaces.

📅 Schedule an Evaluation Meeting 🔒 Request NDA Package

🎯 Why It Matters

Features → Business Outcomes

Stateless Architecture

→ No permanent cryptographic keys → No flash extraction attacks

Security Scanner (Algebraic Probing)

→ Continuously verifies hardware integrity → Detects physical attacks in real time

Self-Healing (HEAL)

→ Autonomous sub-50 ns recovery → No downtime after attack

Trust Score Engine

→ Queryable hardware trust metric → OS can decide before sensitive operations

🧬 FPGA Validation Completed

Intel Cyclone V (DE1‑SoC) · 100% Pass Rate

✅ Stateless Key Derivation

✅ Security Scanner

✅ Autonomous HEAL

✅ Trust Score Engine

✅ Core Health Register

✅ Execution Certificate

✅ Two Hardware Demonstration Videos

🧬 FPGA Validated · Intel Cyclone V ✅ 0‑error Compilation ✅ 1,694 Logic Cells

📦 W‑Path™ Product Family

One architecture, three licensable IP blocks

W‑Path SecureCore™

Stateless Cryptographic Engine

K1 = W − K, K2 = W + K
K3 = K2 − K1 ≡ 2K
d4 = K1 − Δ (mod N)
8‑cycle serialized 256‑bit datapath
100% offline operation
Sub‑50 ns HEAL latency

W‑Path Sentinel™

Silicon Immune System & Cairo On-Chain Validator

d₅ / d₆ Hardware Invariant Integrity (d₅ ≡ W − 2K)
Cairo Smart Contract Control Plane (Starknet Sepolia)
Hybrid Authorization: Classical + FIPS 204 PQC (ML-DSA)
Trust Score Engine (0–100) & Core Health Register
Sub-50 ns Hardware HEAL & On-Chain Revert Gating
8-Variable Identity & Context Binding (A = H ∧ C ∧ P ∧ I ∧ M ∧ X ∧ T ∧ Y)

W‑Path CrPU™

Parallel Cryptographic Processor

SIMD architecture · 8–256+ cores
Parallel Dispatch Scheduler
Distributed tamper intelligence
Designed for ECC, PQC, hashing, signatures
Secure AI Model Vault
Secure Memory Controller

⚡ Cairo On-Chain Control Plane & PQC Hybrid Auth

From Silicon Invariants (d₅/d₆) to Starknet Smart Contracts

📐 Hardware Invariant Mapping
Directly maps silicon-level d₅ (W − 2K) and d₆ hardware health state into on-chain verification structs, ensuring hardware faults (H=0) immediately halt transactions.

🛡️ Hybrid Authorization Predicate
Evaluates A = H ∧ C ∧ P ∧ I ∧ M ∧ X ∧ T ∧ Y, enforcing dual Classical + PQC (ML-DSA) signature binding to identical message, context, and transcript boundaries.

🌐 Starknet Sepolia Validated
Live evaluation contract verified on Sepolia testnet with zero-error execution, sub-3.5s RPC round-trip times, and deterministic fail-closed state protection.

✅ TEST-243 → TEST-254 Passed ✅ Gas-Optimized (~0.042 STRK) ✅ Scarb & Starknet Foundry Verified ✅ 255/255 Fault Combinations Tested

🛡️ W‑Path Sentinel™

Hardware Trust Score

Current Hardware Trust / 100

🟢 READY · Integrity Verified · No Active Threats

Recovery Events: 0

Trusted firmware can query the hardware before executing sensitive operations.

🧬 W‑Path Sentinel™ — Live Silicon Immune System

Continuous hardware trust monitoring · Autonomous HEAL

🧱 Architecture Overview

W‑Path in the SoC hierarchy with Cairo on-chain integration

Applications & Decentralized Web3 Protocols

↓

Starknet Cairo Sentinel Contract (A = H ∧ C ∧ P ∧ ...)

↓

Operating System / Firmware

↓

W‑Path Sentinel™ (d₅/d₆ Hardware Monitors)

↓

W‑Path SecureCore™ (K₁ / K₂ / K₃ Datapath)

↓

PUF (Unique Silicon DNA)

⚡ Traditional vs. W‑Path

Why the Silicon Immune System is different

Traditional Security IP	W‑Path
Static key storage	Stateless key derivation
CPU‑assisted bottlenecks	Dedicated cryptographic hardware
Fixed architecture	Scalable SecureCore → Sentinel → CrPU
Reactive software monitoring	Autonomous Silicon Immune System
Attack/No Attack only	Trust Score (0–100), Trend Detection
Manual recovery	Sub‑50 ns autonomous HEAL
No on-chain verification	Cairo / Starknet Smart Contract Validator

📊 Technology Readiness

Maturity of the W‑Path IP portfolio

Patent ✅

RTL ✅

Simulation ✅

Synthesis ✅

FPGA Validation ✅

Cairo / Starknet ✅

Hybrid PQC (ML-DSA) ✅

Documentation ✅

ASIC Integration Ready ⏳ Next Step

🎯 Who Should Evaluate W‑Path?

Target industries and use cases

🔐 Secure Elements
Hardware-rooted identity and stateless key handling

📱 iSIM / eSIM
Anti-cloning and secure identity binding

🚗 Automotive
Hardware integrity monitoring before safety-critical actions

🧠 AI Edge
Protection of deployed AI models and execution integrity

🛡️ Defence
Offline hardware trust for mission-critical systems

🏛️ Government
Sovereign semiconductor programs and critical infrastructure

🌐 Web3 / Starknet
Hardware-bound smart account authorization

📄 Licensing

What you get, how it works

✅ Available Today

🔹 RTL (Verilog)
🔹 Complete Evaluation Testbench
🔹 FPGA Reference Prototyping Design
🔹 EDA Integration Guides
🔹 Cairo / Starknet Smart Contract

📦 Evaluation Package (Under NDA)

🔹 Architecture Technical White Paper
🔹 Pre-Synthesis Verification Vectors
🔹 Post-Synthesis Optimization Reports
🔹 FPGA Validation Demo Video Material
🔹 Hybrid PQC Test Reports (TEST-243→254)

📅 Engagement Timeline

Week 1

Receive evaluation package

Week 2

Technical verification sync

Week 3

In-house RTL evaluation

Week 4

Integration study → Licensing

📧 Request Licensing Information 🔒 Request NDA

✅ RTL Complete ✅ Verified (6/6 Tests) ✅ Synthesized (1,694 cells) ✅ OpenROAD Ready 🔍 Algebraic Probing Mode 🧬 FPGA Validated 🛡️ Sentinel Ready ⚡ Cairo / Starknet Verified 📐 255/255 Fault Combinations ✅ TEST-243 → TEST-254 Passed

W‑Path Industrial R&D
Lead Architect: Omar El Foudali
📧 wpathcom@wpath24.com
📍 Morocco / Sweden

Resources
Licensing Structure · Partner Inquiry

© 2026-2027 Omar El Foudali – W‑Path Semiconductor IP Licensing. All rights reserved. Patent No. 74400.
The Silicon Immune System™ · B2B IP for secure elements, iSIM, and cryptographic acceleration.
🔍 Algebraic Probing Mode · Hardware Security Auditor. 🧬 FPGA Validated · Intel Cyclone V. ⚡ Cairo / Starknet Sepolia Validated · Hybrid PQC (ML-DSA) Ready.