When Every ZK Benchmark Runs Toy Circuits — How to Compare Implementations Anyway
You're a week deep into evaluating zk-SNARK libraries. Every vendor points to the same graph: Groth16 on a SHA-256 circuit, 10 million constraints, pr...
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You're a week deep into evaluating zk-SNARK libraries. Every vendor points to the same graph: Groth16 on a SHA-256 circuit, 10 million constraints, pr...
Recursive zero-knowledge proofs sound like magic. You take a bunch of proofs, stack them recursively, and end up with one tiny proof that verifies eve...
You've got a zero-knowledge proof system that works on your laptop. Small tests pass. Then you push it to a cloud instance with 16 GB RAM—and it crash...
Picking a zero-knowledge proof system feels like a benchmark shopping spree. Everyone wants the fastest prover, the smallest proof, the lowest verific...
Benchmarks lie. Not intentionally—they just leave out the messy part. When you compare zero-knowledge proof systems by looking at prove time and verif...
You watch a demo of a shiny new ZK proof framework. The prover clocks 200 milliseconds. The verifier is sub-millisecond. The circuit handles a million...
Every ZK framework demo is a highlight reel. The vendor picks the perfect elliptic curve, precomputes the trusted setup on a server farm, and measures...