Introducing Ziren (formerly zkMIPS) . The most performant general-purpose zkVM on CPU, now scaled with GPU, distributed proving, and more. Build with confidence. Deploy without compromise 🟠. Full context: . Technical updates:

RT @ProjectZKM: Learn about the key role of Ziren in enabling @GOATRollup's real-time proving architecture: GOAT N….

RT @HouseofZK: @therollupco @StarkWareLtd @EliBenSasson @ayyyeandy @robbie_rollup @Starknet GOAT Network. 🔸 Tech 🔸. @GOATRollup has launche….

We recently announced Ziren (formerly zkMIPS) - a production-grade, GPU-accelerated zkVM, now powering real-time proving on Bitcoin through @GOATRollup 🟠. The ZKM July update covers what we shipped, why it matters, and what’s coming next:

ZK Spaces #08: Enter Ziren

Ziren proves every block in real-time 🟡.

RT @kevinliub: Real time proving is the basic requirement for a true Bitcoin ZK Rollup.

RT @sd_eigen: BitVM2-GC is the next use case backed by Ziren! Coming soon!.

Enter Ziren 🟠. Join us tomorrow (August 1st) as Co-founder @DacEconomy and CTO @sd_eigen explore Ziren - ZKM's heavily updated zkVM, formerly known as zkMIPS - and its role in real-time proving on @GOATRollup. 2pm UTC, streamed live on X (@ProjectZKM)

Learn about the key role of Ziren in enabling @GOATRollup's real-time proving architecture: GOAT Network is now running the first pipelined, real-time zkRollup on Bitcoin - built with BitVM2 and powered by Ziren’s distributed proving system. This article.

RT @GOATRollup: We're delighted to announce a huge milestone: Real-Time Proving is now LIVE on GOAT Network: With….

RT @hubkotl: this is very much true, thanks for all the hard work guys, you are killing it 🫡. - @zksync .- @LineaBuild .- @SuccinctLabs .-….

RT @ProjectZKM: There are now nearly 30 known zkVMs (and counting), but what we’re building goes far beyond just another zkVM. We’ve been b….

RT @HouseofZK: @SuccinctLabs @ethereum ZKM. 🔹 Tech 🔹. @ProjectZKM introduced Ziren - a GPU-accelerated zkVM with distributed proving, forme….

Enter Ziren 🟠. Join us on Tuesday (July 29th) as Co-founder @DacEconomy and CTO @sd_eigen explore Ziren - ZKM's rebranded and heavily updated zkVM formerly known as zkMIPS. 3pm UTC, streamed on X (@ProjectZKM) and YouTube (. See you there 🤝

@EliBenSasson Combined, these form a concrete technical argument as to why Ziren's ( MIPS is the ISA built for general-purpose zkVM requirements. If you're building not only for performance, but also for maintainability and long-term stability, Ziren gives you what no.

@EliBenSasson Part 3 highlights the differences in circuit stability & proof longevity: RISC-V evolves, adding extensions that break decoder assumptions and force rework: . MIPS, by contrast, has been stable for decades. That means once you compile today, your proofs.

@EliBenSasson Part 2 - focusing on microarchitectural simplicity & constraint efficiency - digs into how fixed 32-bit instruction width, predictable decode fields, and low-entropy opcode space make MIPS ideal for ZK circuit design: . Contrast that with RISC-V’s.

Part 1 (praised by @EliBenSasson) examines opcode density and circuit size, demonstrating how MIPS’s richer instruction set encodes more logic per instruction: This reduces trace length and lowers the number of constraints, making proofs smaller and.

Choosing the right ISA for a zkVM is a fundamental decision that affects everything from circuit complexity and decoding efficiency, to whether your proofs will remain valid years from now. That’s why our MIPS vs RISC-V article series tackles this from multiple angles, focusing.

There are now nearly 30 known zkVMs (and counting), but what we’re building goes far beyond just another zkVM. We’ve been building relentlessly for years to deliver something the space is critically lacking. Our Entangled Rollup ( stack has been.