What happened
Fireblocks announced an ML-DSA-44 verifier for the current EVM with a verification cost of 1,23 million gas.
Why it matters
The claimed reduction in gas costs could make post-quantum security more practical for applications within the Ethereum ecosystem, but the result is currently confirmed only by Fireblocks itself.
Fireblocks announced the creation of an ML-DSA-44 signature verifier, compliant with FIPS 204, operating on the current EVM. According to the company, a single verification requires 1,23 million gas6,6 times less than the previous result of 8,09 million gas.
The company links this development to an autonomous research project involving 144 agents over nine days, with inference costs totaling approximately 7500 dollars.
The practical implication of this result is potentially more accessible post-quantum signature verification on Ethereum. However, the source materials are presented as a Fireblocks synopsis, lacking independent confirmation and testing details.
Confirmed facts
- Fireblocks stated it created a fully FIPS 204 compliant ML-DSA-44 signature verifier.
- According to Fireblocks' statement, the verifier operates on the current EVM.
- The claimed cost per verification is 1,23 million gas.
- Fireblocks compared this figure to a previous result of 8,09 million gas, describing it as a 6,6-fold reduction.
- According to Fireblocks, the project was executed autonomously over nine days with 144 agents and inference costs of approximately 7500 dollars.
Context
Источник — публикация Fireblocks от 3 сентября 2026 года. В пакете есть один первичный источник, представленный метаданными и синопсисом, без независимой проверки.
What remains unknown
- Have the claimed metrics been confirmed by independent researchers?
- On what test set and under what conditions was the cost of 1,23 million gas measured?
- How does the verifier perform in real-world Ethereum applications and contracts?
- When and in what form will the development be available for practical use?
Editorial context
Confidence: medium
A likely consequence is increased interest in post-quantum signature verification in the EVM if the claimed results are confirmed by independent tests. The next observable signal will be the publication of reproducible measurements or practical integration into contracts. Significant uncertainty remains due to the lack of independent verification and methodological details in the package.