Nexus and Cysic are partnering to add compute capacity to the Nexus network.

Cysic is home to the leading real-time zk Proof Layer, featuring state-of-the-art hardware. Its mission is to hyperscale the zk revolution by delivering zero-knowledge proofs with unmatched speed, simplicity, and cost-efficiency

The strategic partnership will connect Cysic with the growing Nexus network to drive more efficient and more secure computation. Additionally, we’re excited to explore collaborating on hardware improvements for zero-knowledge systems.

The additional power provided by Cysic will accelerate progress on our mission to build the world’s most powerful supercomputer.  

Adding more capacity to the Nexus network

At Nexus, we’re pioneering the Verifiable Internet. We are building a future where computations have transparency, privacy and trust built in.

By partnering with Cysic, we will be able to:

• Increase the computational capacity required to continue scaling the Nexus network.
• Create more awareness of the Nexus network around the world.
• Strengthen our foundation for sustained growth

What this means for Nexus network participants 

At Nexus, we are building the world’s most powerful, fully distributed supercomputer. 

Building a distributed, open, and accessible network to the scale, power and impact we envision will require a lot of compute

That’s where experienced partners like Cysic come in and provide value. This collaboration streamlines access to fast, affordable compute for Nexus ecosystem participants.

About Cysic

Cysic is home to the leading real-time zk proof layer, featuring state-of-the-art hardware. Our mission is to hyper-scale the zk revolution by delivering zero-knowledge proofs with unmatched speed, simplicity, and cost-efficiency

Join us in scaling the Verifiable Internet

Nexus continues to collaborate with best-in-class compute providers to unlock next-gen applications across AI, blockchain, and privacy. Reach out if you’re building infrastructure, research, or applications that push the boundaries of trustless computation.