Vitalik Buterin has introduced Circle STARKs, a new method to improve blockchain efficiency by increasing security and reducing computational costs.
Points
- Circle STARKs mitigate risk by increasing the number of values attackers need to guess.
- The method improves efficiency by using smaller fields, reducing computing costs and proving rates.
- Circle FRI ensures cryptographic integrity, preventing non-polynomial inputs from passing the proof.
Vitalik Buterin, co-founder of Ethereum, has unveiled Circle STARKs, a new method designed to enhance blockchain efficiency by improving security and reducing computational costs. Traditional Scalable Transparent Arguments of Knowledge （STARKs） sometimes operate over inefficient 256-bit fields, leading to higher computing costs and slower proving rates.
Circle STARKs address these inefficiencies by using smaller fields, which decreases computing costs and accelerates proving rates. Verifying 620,000 Poseidon2 hashes per second on an M3 laptop is possible with Circle STARKs, thanks to their use of smaller fields and innovative cryptographic techniques.
Boosting Security: Circle STARKs mitigate the risk of brute-force attacks by increasing the number of values that attackers need to guess. This is achieved through the use of extension fields and multiple random checks, enhancing overall security.
Circle FRI, a method introduced alongside Circle STARKs, ensures that inputs which are not polynomial fail the proof, maintaining the cryptographic integrity of the process. By leveraging tiny fields and this novel mathematical structure, Circle STARKs provide more adaptability and efficiency in computing performance.
Highlighted Crypto News Today:
– Circle STARKs enhance blockchain efficiency by reducing computational costs and proving rates.
– The method introduces higher security measures, mitigating brute-force attack risks.
– Circle FRI maintains cryptographic integrity by filtering non-polynomial inputs.
解説
- Innovative Approach: Circle STARKs represent a significant advancement in blockchain technology, improving efficiency and security through the use of smaller fields and advanced cryptographic techniques.
- Enhanced Security: The introduction of extension fields and multiple random checks significantly mitigates the risk of brute-force attacks, ensuring the robustness of blockchain applications.
- Performance Boost: By reducing computational costs and accelerating proving rates, Circle STARKs pave the way for more efficient and scalable blockchain solutions, supporting a broader range of applications.