[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.]  Cloudine ⌘🛠️ [@Cloudine77](/creator/twitter/Cloudine77) on x XXX followers Created: 2025-07-23 10:59:34 UTC Cysic’s Masterplan: Building the Prover Layer from the Ground Up Zero-knowledge is the future, but there’s one layer everyone’s sleeping on: the prover. While the ecosystem battles over zkVM designs and circuit languages, Cysic went straight to the bottleneck, "proof generation at scale" and started there. Here’s what sets them apart: Hardware-Native from Day 1: Cysic didn’t retrofit GPUs. They built proving hardware (FPGA → ASIC) specifically for ZK workloads. zkVM-Aware Architecture: The entire stack is tuned to RISC-V–based zkVMs, capturing traces efficiently and mapping them to circuits optimized for hardware. End-to-End Pipeline: Frontend code → zkVM → prover trace → circuit → silicon — all controlled in-house, no dependence on third-party layers. Benchmark-Proven: They’ve already hit record speeds in proof generation, proving their chips aren't theory, they’re shipping. This isn’t just acceleration. It’s vertical domination of the prover stack. Cysic isn’t building tools to keep up. They’re building the infrastructure others will depend on. @Cysic_xyz is the layer every zk protocol didn’t realize it needed until now.  XXX engagements  [Post Link](https://x.com/Cloudine77/status/1947974867900645435)
[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.]
Cloudine ⌘🛠️ @Cloudine77 on x XXX followers
Created: 2025-07-23 10:59:34 UTC
Cysic’s Masterplan: Building the Prover Layer from the Ground Up
Zero-knowledge is the future, but there’s one layer everyone’s sleeping on: the prover.
While the ecosystem battles over zkVM designs and circuit languages, Cysic went straight to the bottleneck, "proof generation at scale" and started there.
Here’s what sets them apart:
Hardware-Native from Day 1: Cysic didn’t retrofit GPUs. They built proving hardware (FPGA → ASIC) specifically for ZK workloads.
zkVM-Aware Architecture: The entire stack is tuned to RISC-V–based zkVMs, capturing traces efficiently and mapping them to circuits optimized for hardware.
End-to-End Pipeline: Frontend code → zkVM → prover trace → circuit → silicon — all controlled in-house, no dependence on third-party layers.
Benchmark-Proven: They’ve already hit record speeds in proof generation, proving their chips aren't theory, they’re shipping.
This isn’t just acceleration. It’s vertical domination of the prover stack.
Cysic isn’t building tools to keep up. They’re building the infrastructure others will depend on.
@Cysic_xyz is the layer every zk protocol didn’t realize it needed until now.
XXX engagements
