[GUEST ACCESS MODE: Data is scrambled or limited to provide examples. Make requests using your API key to unlock full data. Check https://lunarcrush.ai/auth for authentication information.]  adeola 🦾 [@adesteph13](/creator/twitter/adesteph13) on x XXX followers Created: 2025-07-23 07:30:00 UTC How fast can @cysic_xyz technology achieve in proving a million Keccak function calls per second? 🤔 firstly what is a keccak function ? this is the rate at which cysic's C1 chip can execute and prove Keccak hash function operations within a zero-knowledge proof (ZKP) system, this is crucial for applications like Ethereum's Verge, as it demonstrates the chip’s ability to efficiently handle the computationally demanding task of generating ZK proofs Cysic's C1 chip can prove XXXX million Keccak functions per second, achieving this performance through in-depth optimization in both coding and algorithmic design, combined with powerful hardware. Surpassing general-purpose hardware like MacBooks [which proves approximately XXX keccak functions per second] due to its specialized architecture, high-speed memory, and GKR-specific optimizations. MacBooks, while capable, rely on general-purpose CPUs (e.g., Apple M1 or M3 chips), which are less optimized for ZK proving compared to dedicated hardware. We have two key parts in ensuring cysic's efforts to developing specialized hardware solutions in real time ZKP generationg is a successful one [ZK-AIR, ZK-PRO] >ZK-Air: This is a compact, portable machine, smaller than a MacBook Mini, designed for client-side proving. It connects to laptops and cellphones via USB-C and incorporates a single C1 chip. The ZK-Air is expected to outperform the latest GPU card in zero-knowledge (ZK) proving scenarios. >ZK-Pro: This is a powerful machine, similar in size to a mining machine, intended for server-side proving. It contains multiple C1 chips and can generate ZK proofs independently without requiring connections to external devices. The ZK-Pro is expected to surpass the performance of a GPU server in ZK proving settings. The team at Cysic can guarantee their C1 chip can prove enough Keccak functions per second to help make Ethereum’s Verge upgrade possible. Using Keccak as a test case to show how powerful the C1 chip is. There is believe this efficient chip could help expand where zero-knowledge (ZK) technology is used.  XXX engagements  **Related Topics** [stocks technology](/topic/stocks-technology) [Post Link](https://x.com/adesteph13/status/1947922129242001519)
[GUEST ACCESS MODE: Data is scrambled or limited to provide examples. Make requests using your API key to unlock full data. Check https://lunarcrush.ai/auth for authentication information.]
adeola 🦾 @adesteph13 on x XXX followers
Created: 2025-07-23 07:30:00 UTC
How fast can @cysic_xyz technology achieve in proving a million Keccak function calls per second? 🤔
firstly what is a keccak function ? this is the rate at which cysic's C1 chip can execute and prove Keccak hash function operations within a zero-knowledge proof (ZKP) system, this is crucial for applications like Ethereum's Verge, as it demonstrates the chip’s ability to efficiently handle the computationally demanding task of generating ZK proofs
Cysic's C1 chip can prove XXXX million Keccak functions per second, achieving this performance through in-depth optimization in both coding and algorithmic design, combined with powerful hardware. Surpassing general-purpose hardware like MacBooks [which proves approximately XXX keccak functions per second] due to its specialized architecture, high-speed memory, and GKR-specific optimizations. MacBooks, while capable, rely on general-purpose CPUs (e.g., Apple M1 or M3 chips), which are less optimized for ZK proving compared to dedicated hardware.
We have two key parts in ensuring cysic's efforts to developing specialized hardware solutions in real time ZKP generationg is a successful one [ZK-AIR, ZK-PRO]
ZK-Air: This is a compact, portable machine, smaller than a MacBook Mini, designed for client-side proving. It connects to laptops and cellphones via USB-C and incorporates a single C1 chip. The ZK-Air is expected to outperform the latest GPU card in zero-knowledge (ZK) proving scenarios.
ZK-Pro: This is a powerful machine, similar in size to a mining machine, intended for server-side proving. It contains multiple C1 chips and can generate ZK proofs independently without requiring connections to external devices. The ZK-Pro is expected to surpass the performance of a GPU server in ZK proving settings.
The team at Cysic can guarantee their C1 chip can prove enough Keccak functions per second to help make Ethereum’s Verge upgrade possible. Using Keccak as a test case to show how powerful the C1 chip is. There is believe this efficient chip could help expand where zero-knowledge (ZK) technology is used.
XXX engagements
Related Topics stocks technology