ZKCoord

Infrastructure for multiplayer privacy, enabling independent parties to coordinate without revealing their inputs.

0xa867f0cc5682d3d3f531ca0e2d164ddf0fc584ae

[ZKCoord @zkcoord]

We are live on @ponsdotfamily
https://t.co/z4A84WBxII

[ZKCoord @zkcoord]

DEV Burn

https://t.co/j7mjH5Am7l

[ZKCoord @zkcoord]

Live on @fomo :
https://t.co/pXWrPetbSO

[ZKCoord @zkcoord]

Our GitHub repository update:
https://t.co/KtxHHKg5Pk

[ZKCoord @zkcoord]

$ZKCoord supports three participation vectors:

1. Key Share Operators: Run nodes and maintain key shares.
2. Application Integration: Submit sealed inputs and receive verified results.
3. Pilot Threads: Custom privacy-preserving coordination for complex use cases.

[ZKCoord @zkcoord]

Our Transparency proof

Dev Wallet : 0xE243380B2cADccF9899cb0c89c5Eb2910caa772A

$ZKCOORD launch on @ponsdotfamily

[ZKCoord @zkcoord]

ZKCoord unlocks coordination models that were previously impossible on-chain: dark pool auctions without order book exposure, votes counted without opening individual ballots, and shared metrics across rival balance sheets.
Instead of trusting a centralized operator, key shares are held across a distributed committee. No single node can unseal a round alone.

[ZKCoord @zkcoord]

Privacy is broken when multiple parties need to compute together. Every traditional model forces someone to reveal their inputs first.
ZKCoord is a coordination layer on @Robinhoodapp Chain (Chain 4663). It enables independent parties to compute together over encrypted data while revealing nothing about their underlying inputs.
$ZKCOORD #RobinhoodChain

[ZKCoord @zkcoord]

Multiplayer privacy stalls on a single point of failure: someone always has to see everything before work can happen.
ZKCoord turns unwilling-to-share parties into one working computation. Inputs are encrypted locally, processing happens over ciphertext via a threshold committee, and outcomes settle with checkable proofs.
We built this on one premise: compute together, reveal nothing.