Bootcamp showed what builders can do with threshold crypto.

Want to learn more?

Read our docs: docs.dcipher.network

Or reach out if you’re building and want to experiment with dcipher!

Next up for dcipher is the Loops Hacker House in New Delhi during ETHGlobal, with $3,000 in prizes and another chance for builders to push threshold cryptography forward.

These projects were possible because dcipher makes advanced cryptography feel like Lego blocks.

Builders didn’t need to reinvent VRFs, timelock encryption, or conditional signing.

They just picked the pieces and snapped them together.

🕵️ Crime Files: a detective game with VRF-driven cases and Blocklock reveals.
→ crime-files.vercel.app

🌱 Random.fun: a growth engine using VRF for fair rewards and conditional signing for payouts
→ random-fun-ten.vercel.app

Not every project made the finals, but a few stood out:

🎲 Pirates: a dice-based pirate battle game powered by verifiable randomness
→ pirates-randomness.vercel.app

🏆 Blockto NFT Mart

An NFT marketplace combined with a slot-machine style casino.

Fair auctions, verifiable randomness, and AI-powered NFT creation in one build.

Demos:

→ blocklock-randamu-project.vercel.app
→ youtu.be/lyWh0M_suTA
→ youtu.be/sp0386PSFbc

Shoutout to 67Sayare on X!

🏆 Mindmesh AI

A decentralized exam platform where AI-generated questions are sealed with Blocklock and allocated with VRF.

Created by Mithabhashi__ on x

Take a look → mindmesh-client.vercel.app

www.youtube.com/watch?v=sah-...

🏆 GhostLock

A MEV Reaper that shields traders from front-running using timelock encryption, randomness, and batch auctions.

Built by matriX_Nk on X, who showed how threshold crypto protects your trades against MEV.

Try the demo here or watch below → ghostlock.vercel.app

youtu.be/plceuO9AG8c

From those building blocks came 40 projects.

Games, marketplaces, security tools.

All powered by threshold cryptography.

Six teams made it to the finale. Three took home the top prizes. Here are the winners 👇

What made it possible?

dcipher gave teams plug-and-play primitives: verifiable randomness for fairness, Blocklock timelocks for encrypted reveals, and conditional signing to automate flows.

Threshold cryptography turned into building blocks that anyone could use.

Threshold cryptography is the foundation for the next era of coordination.

Our bootcamp gave builders the first opportunity to put that into practice across 4 weeks of projects and experiments.

106 registrations.

105 active builders.

40 projects.

6 finalists.