Resistance Tools
@resistancetools
Resistance Tools
ZKResistor V2 Factory (TOLK)
ZKResistor is a factory for fixed-denomination privacy pools for GRAM and any jetton. Think of Tornado or Tonnel, but anyone can create a pool for any jetton. No admin, no fees
You deposit a fixed amount, then later withdraw to a fresh address. A zero-knowledge proof breaks the on-chain link between depositor and recipient.
Under the hood: Groth16 zk-SNARKs over BLS12-381, verified on-chain inside the TVM. Merkle tree of depth 20 enabling 1M deposits per pool.
A trusted setup still needs to be done.
Groth16 needs a per-circuit trusted setup. If the secret randomness of that setup ever leaks, someone could forge withdrawal proofs and drain pools.
The fix is a public multi-party ceremony.
Each participant injects randomness and destroys their own secret. As long as one participant stays honest, the setup is permanently secure and no one can forge proofs. Every contribution is public and verifiable.
The setup run in 2 phases: phase 1 build the universal parameters (Powers of Tau), phase 2 is per circuit (insert & withdraw.)
Both need independents contributors.
Contributing is Docker-based, run a script and add your randomness. It takes a few minutes.
Phase 1 of the trusted setup closes with a randomness beacon from Drand round 6218006 on June 20, 2026, at 16:00 UTC.
ZKResistor Contracts:
https://github.com/TONresistor/zk-resistor-contracts
Live on a mainnet test deployment:
zk.resistance.dog
(for tests only. No relayer)
How to contribute:
https://github.com/TONresistor/zk-resistor-ceremony?tab=contributing-ov-file
One honest contribution from you makes this trustless for everyone.
@ResistanceForum | @ZKResistor
Phase 1 of the ZKResistor trusted setup has been closed.
23 contributors took part, then phase 1 was sealed with a public randomness beacon (Drand round
Phase 2 is now open:
The per-circuit keys for the insert and withdraw circuits, derived from phase 1. Same process, run a script in Docker and add your randomness, a few minutes.
As long as one contributor per phase is honest, no one can forge proofs.
Phase 2 closes 2026-07-07 16:00 UTC, sealed by Drand round
Contribute:
https://github.com/TONresistor/zk-resistor-ceremony
@ResistanceForum | @ZKResistor
23 contributors took part, then phase 1 was sealed with a public randomness beacon (Drand round
6218006), unpredictable to everyone including us until it published. The full transcript is public and verifiable.Phase 2 is now open:
The per-circuit keys for the insert and withdraw circuits, derived from phase 1. Same process, run a script in Docker and add your randomness, a few minutes.
As long as one contributor per phase is honest, no one can forge proofs.
Phase 2 closes 2026-07-07 16:00 UTC, sealed by Drand round
6266966.Contribute:
https://github.com/TONresistor/zk-resistor-ceremony
@ResistanceForum | @ZKResistor
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