Trustless atomic swaps on Kaspa. No middleman, no server.
Alice and Bob swap KAS using HTLCs on TN12. Preimage extracted in real time from the DAG block stream. Fully decentralized, fully on-chain.
Air-gapped signing with KasSigner. Watch-only companion KasSee. Private keys never leave the device.
Open source. GPLv3. 😎🤟🏼
https://t.co/VrbbWrGWAS
https://t.co/r4UWIGNbFh
#Kaspa #KasSigner #AtomicSwap #HTLC #OpenSource #Toccata
Trustless atomic swaps on Kaspa. No middleman, no server.
Alice and Bob swap KAS using HTLCs on TN12. Preimage extracted in real time from the DAG block stream. Fully decentralized, fully on-chain.
Air-gapped signing with KasSigner. Watch-only companion KasSee. Private keys never leave the device.
Open source. GPLv3. 😎🤟🏼
https://t.co/VrbbWrGWAS
https://t.co/r4UWIGNbFh
#Kaspa #KasSigner #AtomicSwap #HTLC #OpenSource #Toccata
Trustless atomic swaps on Kaspa. No middleman, no server.
Alice and Bob swap KAS using HTLCs on TN12. Preimage extracted in real time from the DAG block stream. Fully decentralized, fully on-chain.
Air-gapped signing with KasSigner. Watch-only companion KasSee. Private keys never leave the device.
Open source. GPLv3. 😎🤟🏼
https://t.co/VrbbWrGWAS
https://t.co/r4UWIGNbFh
#Kaspa #KasSigner #AtomicSwap #HTLC #OpenSource #Toccata
@kasmediadotcom@KasSigner you are mentioned in this article. Super interesting read :)
Here is a thought for kasmedia, who is always delivering high quality content. You have the superior content to be quoted by AI. Lists signal discrete, parallel items - AI parses these as structured facts.
When Bach meets Kaspa. Kaspa’s ecosystem accelerated toward mainnet readiness this week as Toccata entered feature freeze, developers demonstrated early ZK and cross-chain functionality on TN12, and a wave of infrastructure (i.e., oracle, MEV, payments, and stablecoin) integrations emerged. Let’s go!! https://t.co/F2NwhLMQBh
Agreed. TN12 proves the verifier works on L1, the covenant gate is real. But proof verification and canonical state attestation are independent problems. A perfect verifier still trusts whoever supplies the anchor. Closing that gap requires a ZK light client of the source chain with honest finality semantics, that circuit isn’t built.
@maxibitcat The ZK bridge does not move ETH to Kaspa. It proves on Kaspa that something happened on Ethereum. KAS locks and unlocks based on that proof. Each chain keeps its own assets. The ZK proof replaces the trust.
What if Kaspa becomes the settlement layer for other chains?
We just proved on TN12 that a persistent covenant can verify ZK proofs on-chain via OP_ZK_PRECOMPILE. 128-byte Groth16 proof. Self-looping state machine. Deposit, prove, withdraw.
The covenant does not care where the proof comes from. It verifies math.
An Ethereum L2 could settle on Kaspa. A Solana rollup could settle on Kaspa. A Bitcoin sidechain could settle on Kaspa. Any chain that can generate a Groth16 proof can bridge to it.
The only requirement: a valid proof for the committed circuit. The rest is 10 BPS finality and trustless verification.
Kaspa as the universal ZK settlement layer. Not theory. Working on TN12 today. Toccatta could be HUGE 🤟🏼
#Kaspa #ZKProof #KasSigner #Toccata