Cross-group discrete logarithm equality implementation per MRL-0010 with dual secp256k1 backends for 3x performance gains.

• Overview
• Quick Start
• API Usage
• Performance
  • Apple M1 Max Results
  • Memory Usage
  • Run Your Own Benchmarks
• Backend Selection
  • Build Commands
  • Installation
• Technical Details
  • Architecture
  • Optimizations

Implementation of cross-group discrete logarithm equality with proof of knowledge signatures on both curves. Supports secp256k1 and ed25519.

Key Feature: Pluggable secp256k1 backends - choose between portability (pure Go) or 3x performance (libsecp256k1).

Run make to see all available targets.

# Auto-detect and build optimal backend
make build_auto

# Run benchmarks
make benchmark_all

# Run tests (both backends)
make test_all

# Test cross-backend compatibility
make test_compatibility

import (
    "github.com/pokt-network/go-dleq"
    "github.com/pokt-network/go-dleq/ed25519"
    "github.com/pokt-network/go-dleq/secp256k1"
)

// Create curves
curveA := secp256k1.NewCurve()
curveB := ed25519.NewCurve()

// Generate secret
secret, _ := dleq.GenerateSecretForCurves(curveA, curveB)

// Create and verify proof
proof, _ := dleq.NewProof(curveA, curveB, secret)
err := proof.Verify(curveA, curveB)

API is identical between backends - just change build tags.

make benchmark_all              # Full comparison
go run cmd/benchmark/main.go -compare -duration=10s

# Pure Go (Default) - Maximum portability
CGO_ENABLED=0 go build

# High Performance - Requires libsecp256k1
CGO_ENABLED=1 go build -tags="ethereum_secp256k1"

# Auto-select optimal backend
make build_auto

brew install libsecp256k1

sudo apt install libsecp256k1-dev

apk add libsecp256k1-dev