i once watched a custodian lose track of client funds because their system couldn't sync two ledgers.
a friend's firm managed both public and private assets for institutional clients. one day, a conversion failed mid-way. funds left the private ledger but never arrived in the public one. the system showed a balanced state but the money was nowhere. took them three weeks to untangle. 💀
that memory hit different reading about Dusk's dual-state model.
here's the architecture: Moonlight for public transfers. Phoenix for private, shielded notes. both settle on the same chain. Transfer Contract coordinates value movement.
clean, right?
except there's a gap the docs don't address: conversions between states aren't atomic.
imagine this:
· institution holds 1M DUSK across both states 500k public, 500k private
· initiates conversion of 200k from Phoenix to Moonlight
· Phoenix notes consumed. Moonlight credit fails or delays.
· total supply temporarily reduced. 200k vanishes from the system.
attacker monitors, detects consumed notes, sees Moonlight hasn't credited. exploits the gap. withdraws funds from an exchange that only polls Moonlight balances.
funds that exist in neither state, or both.
the fix? Unified State Aggregator with ZK-proofs. provides a unified view of total holdings across both models without revealing individual transactions. custodians verify accuracy. no sync gaps. no arbitrage.
$DUSK is building real regulated infrastructure. but dual-state without atomic conversion? that's a ticking time bomb for custody.
will Dusk solve state split before the first exploit? 🤔@Dusk #dusk $BMT $TAC
a friend's firm managed both public and private assets for institutional clients. one day, a conversion failed mid-way. funds left the private ledger but never arrived in the public one. the system showed a balanced state but the money was nowhere. took them three weeks to untangle. 💀
that memory hit different reading about Dusk's dual-state model.
here's the architecture: Moonlight for public transfers. Phoenix for private, shielded notes. both settle on the same chain. Transfer Contract coordinates value movement.
clean, right?
except there's a gap the docs don't address: conversions between states aren't atomic.
imagine this:
· institution holds 1M DUSK across both states 500k public, 500k private
· initiates conversion of 200k from Phoenix to Moonlight
· Phoenix notes consumed. Moonlight credit fails or delays.
· total supply temporarily reduced. 200k vanishes from the system.
attacker monitors, detects consumed notes, sees Moonlight hasn't credited. exploits the gap. withdraws funds from an exchange that only polls Moonlight balances.
funds that exist in neither state, or both.
the fix? Unified State Aggregator with ZK-proofs. provides a unified view of total holdings across both models without revealing individual transactions. custodians verify accuracy. no sync gaps. no arbitrage.
$DUSK is building real regulated infrastructure. but dual-state without atomic conversion? that's a ticking time bomb for custody.
will Dusk solve state split before the first exploit? 🤔@Dusk #dusk $BMT $TAC
