THE 104-DAY
BARRIER.
Isotopic Topology Authentication: Isotopic Topology as a Thermodynamically Unclonable Anchor for Supply Chain Security. We engineer thermodynamic barriers that make cloning economically irrational.
THE $75 BILLION VULNERABILITY
The semiconductor supply chain loses $75 Billion annually to cloning. Current solutions (Holograms, PUFs, Digital Keys) fail because they share a fatal flaw: Scalability of Theft. If you can hack the code once, you can print a million fakes.
ISOTOPIC TOPOLOGY
We utilize Spatially Mapped Vector Gradients of stable isotopes (⁶²Ni / ⁵⁸Ni). By manipulating the binding energy at the atomic level, we create a 'Physical Anchor' that requires serial, atom-by-atom assembly to replicate.
Unlike standard doping, which alters chemical composition, this method alters the ratio of stable isotopes within a chemically pure metal. The gradient is defined by the spatial derivative of the isotopic ratio R = [⁶²Ni]/[⁵⁸Ni].
THROUGHPUT ASYMMETRY
Time to clone one die via FIB serial deposition (11-115 days). Legitimate creation takes <1 second.
DRIFT INDEX
Proprietary verification algorithm validates authenticity even under 5% signal noise.
THERMAL STABILITY
Stable at 85°C. Exceeds 30-year reliability standard for critical defense infrastructure.
DEPOT-FIRST DEPLOYMENT
SCAN
Laser ablates sacrificial zone on chip package.
COMPUTE
System calculates local isotopic ratio.
VERIFY
Compare against immutable blockchain record.
RESULT
100% screening at logistics chokepoints.
WHITE PAPER
"ISOTOPIC TOPOLOGY AS A THERMODYNAMICALLY UNCLONABLE ANCHOR FOR SUPPLY CHAIN SECURITY"
Download PDF