W-Path is a multi-role security, monitoring, and computation core that fits in 0.05 mm² and runs on 55 nW. It protects. It watches. It computes. And it makes every other chip around it more secure.
Adds a healable cryptographic identity to individual battery cells — securing the supply chain and stopping remote firmware hijacks.
Provides an autonomous, 10-year security heartbeat on micro-watt or energy-harvested power budgets.
Integrates local, zero-trust anti-cloning and physical hardware kill-switches to protect automotive networks.
Serves as an immutable Root of Trust to gatekeep, encrypt, and authorize local neural network model weights.
Enforces strict, 100% offline, proximity-based secure authentication for life-critical devices like pacemakers.
| Benchmark | Value | Industrial Impact |
|---|---|---|
| Logic Gate Count | 5,357 Gates | Drastically lowers manufacturing cost per chip |
| Silicon Area (28nm) | < 0.05 mm² | Allows integration into even the smallest sensors |
| Power Draw | 55 nW | Ideal for SiC (Silicon Carbide) automotive modules |
| Verification Status | RTL-to-GDSII | Ready for physical etching and production |
| Healing Mechanism | Invariant Q = (w - k)G | Post-compromise recovery without identity loss |
Secure the identity of EV charging components, battery modules, and inverters using the 55 nW low-power profile. Healable keys prevent counterfeiting and enable post-compromise recovery without recalls.
AEC-Q100 CompatibleProvide a Moroccan-owned "Root of Trust" for data centers, AI accelerators, and sovereign cloud infrastructure. W-Path enables verifiable hardware identity for Nvidia-backed AI clusters.
55 nW · 0.05 mm²Protect long-term infrastructure with "Healable Silicon" that lasts 10+ years on a single battery. Perfect for remote sensors, medical implants, and industrial automation.
10-Year Battery LifeW-Path's 55 nW power profile and 100% offline operation are a natural fit for Sweden's world-leading medical technology sector, enabling secure, healable identity for pacemakers, insulin pumps, and implantable sensors.
Perfect for Swedish MedTechNorthvolt's gigafactories and Volvo's EV platforms require hardware-rooted traceability and anti-counterfeit protection. W-Path provides a healable, offline identity for every battery cell and ECU.
Supplying Sweden's EV ecosystemW-Path is actively seeking partnership to complete RTL-to-GDSII tape-out on 40nm/22nm FD-SOI processes, leveraging Sweden's national semiconductor infrastructure.
Partnering with Swedish ecosystemEach verification increments a tamper-proof counter. A cloned chip will have a mismatched counter value — detected immediately. Protection against counterfeiting.
+200 gatesThe chip periodically generates a signed "alive" signal. Verifiers can confirm the device is uncompromised and operational. Long-term monitoring.
+300 gatesAfter N failed authentication attempts, the chip permanently disables itself. Recovery only via manufacturer-signed command. Deactivation in case of theft.
+150 gatesBy leveraging our stateless homomorphic bridge, drones no longer respond to hijacked signals — only to verifiable mathematical proofs. No identity theft.
Because no master keys are stored on the silicon (Stateless architecture), the global defense network remains secure even if an individual unit is lost or captured.
Operating at ultra-low power (55 nW), the W-Path security core provides a 10-year "Security Heartbeat" without impacting mission range or flight duration.
Complete synthesis scripts, timing constraints, and layout guidelines for 40nm/22nm FD-SOI processes. Ready for immediate integration.
Integrates with any MCU or SoC to provide remote attestation, secure boot, and hardware root-of-trust without modifying existing firmware.
Scalar dual representation naturally resists Shor's algorithm. W-Path is already aligned with emerging NIST PQC standards (ML-DSA, SLH-DSA).
Or contact directly: info@wpath24.com
Non-exclusive IP licensing available for semiconductor manufacturers, automotive OEMs, and security IP integrators.