🔐 Patent No. 74400
🔍 Algebraic Probing Mode
⚡ Drop-in iSIM Security IP
✅ FPGA Validated · Intel Cyclone V
⚡ 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.
🎯 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
Security Scanner (Algebraic Probing)
Trust Score Engine (0–100)
Recovery Engine (Levels 1–4)
Core Health Register
Execution Certificate
Trend Detection (Predictive HEAL)
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
🛡️ W‑Path Sentinel™
Hardware Trust Score
98
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
⚡
SecureCore
Stateless Engine
🔍
Security Scanner
Algebraic Probing
📊
Trust Engine
Score 0–100
🔄
HEAL Framework
Sub‑50 ns
🛡️ Hardware Trust Score
98 / 100
✅ PRISTINE · K3 ≡ 2K
📐 Algebraic Invariant: K3 ≡ 2K (Verified)
LIVE
🎯 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