Mission

The global economy is reorganizing around computation, electricity, and industrial-scale intelligence. The institutions that measure economic reality weren't built for this convergence. What cannot be measured cannot be understood. What cannot be understood cannot be governed.

Power grids are expanding at historic rates. Semiconductor fabrication has become strategic infrastructure. Compute is constrained not by software but by energy, transmission, and physical deployment capacity. These systems are already running the world. They are not yet measured as a unified field. Using public infrastructure, economic, labor, energy, and industrial data, Silicon Genome builds new indices for systems that don't have them yet.

National Grid Expansion tracks every new generating unit entering the U.S. electric grid — not plans or permits, but steel in the ground, turbines spinning, power online. The Lightning Benchmark Price measures the cost of electricity across six major AI infrastructure markets — a Brent crude for compute power. The Compute Deployment Cost Index composites semiconductor pricing, electricity cost, and capacity utilization into a single reading on whether deploying AI infrastructure is getting cheaper or more expensive. The National Strategic Reserve Index measures whether U.S. semiconductor capacity is running surplus or deficit — a z-score for strategic readiness.

The Replacement Rate measures the speed at which machine systems are displacing human labor — a monthly reading on which side is gaining ground. The Doomsday Clock is its cumulative consequence: a rolling sum that fills toward a threshold no economy has ever reversed from. The Replacement Rate is the speedometer. The Doomsday Clock is the odometer.

Some indices measure raw systems directly — grid capacity, electricity cost, semiconductor production. Others are built from the indices themselves: second-order composites that compress multiple readings into a coherent signal. Fidelity is managed through baseline indexing, z-score normalization, rolling standardization windows, and transparent decomposition. The system is layered. First-order instruments feed second-order instruments. The telemetry observes itself.