a16z crypto researcher Justin Thaler just dropped a bomb on $ETH's quantum resistance roadmap.
His team built Aerie—a new system that aggregates thousands of quantum-resistant signatures into one cryptographic proof. The kicker? It's 29x faster than Ethereum's current approach (leanVM) and uses lattice-based crypto instead of hash-based systems.
Why this matters:
$ETH is racing to make its consensus, execution, and data layers quantum-proof by Dec 2029. Right now, it relies on BLS signatures (efficient but not quantum-safe). The Foundation's plan uses hash-based cryptography, which Thaler says adds unnecessary complexity and kills performance.
Aerie's benchmarks:
- Aggregated 32,768 Falcon signatures in 0.65 seconds (50k+ sigs/sec)
- ~42 bytes per signature
- 60x faster than leanVM for stateless transaction signatures
Bigger issue: Thaler argues hash-based systems can't support $ETH's long-term privacy goals. Private transactions need public key encryption, which hash functions alone can't deliver. Lattice-based crypto can handle both quantum resistance AND privacy—so why not build on that from the start?
$ETH Foundation hasn't committed to Aerie yet, but this research exposes a potential fork in the road: stick with the current roadmap or pivot to a system that's faster, simpler, and privacy-compatible.
Dec 2029 deadline is locked. Clock's ticking.
His team built Aerie—a new system that aggregates thousands of quantum-resistant signatures into one cryptographic proof. The kicker? It's 29x faster than Ethereum's current approach (leanVM) and uses lattice-based crypto instead of hash-based systems.
Why this matters:
$ETH is racing to make its consensus, execution, and data layers quantum-proof by Dec 2029. Right now, it relies on BLS signatures (efficient but not quantum-safe). The Foundation's plan uses hash-based cryptography, which Thaler says adds unnecessary complexity and kills performance.
Aerie's benchmarks:
- Aggregated 32,768 Falcon signatures in 0.65 seconds (50k+ sigs/sec)
- ~42 bytes per signature
- 60x faster than leanVM for stateless transaction signatures
Bigger issue: Thaler argues hash-based systems can't support $ETH's long-term privacy goals. Private transactions need public key encryption, which hash functions alone can't deliver. Lattice-based crypto can handle both quantum resistance AND privacy—so why not build on that from the start?
$ETH Foundation hasn't committed to Aerie yet, but this research exposes a potential fork in the road: stick with the current roadmap or pivot to a system that's faster, simpler, and privacy-compatible.
Dec 2029 deadline is locked. Clock's ticking.