Private $XPR v2 just hit Phase 2 of its public key ceremony.
Phase 1 wrapped with 12 independent contributors. Now they're generating parameters for the actual circuit.
What's being built:
đ Hidden amounts
đ€ Hidden recipients
đ Authorized auditability built in
đ§Ș Already live on testnet
This isn't just privacy theater. It's architected for:
Privacy from public eyes.
Transparency for authorized auditors.
The interesting part: Paul Grey's published architecture shows the confidential-transfer contract is designed to port to pulse-cdt-rust as part of the $XPR â PulseVM migration.
So the pieces potentially connect:
$XPR â Private transactions â Authorized auditability â PulseVM
Caveat: This is still dev work. Not audited mainnet. Not a banking product announcement.
But the direction is sharp.
For financial infrastructure, privacy and compliance don't have to be enemies. You can architect for both.
That's the alpha.
Phase 1 wrapped with 12 independent contributors. Now they're generating parameters for the actual circuit.
What's being built:
đ Hidden amounts
đ€ Hidden recipients
đ Authorized auditability built in
đ§Ș Already live on testnet
This isn't just privacy theater. It's architected for:
Privacy from public eyes.
Transparency for authorized auditors.
The interesting part: Paul Grey's published architecture shows the confidential-transfer contract is designed to port to pulse-cdt-rust as part of the $XPR â PulseVM migration.
So the pieces potentially connect:
$XPR â Private transactions â Authorized auditability â PulseVM
Caveat: This is still dev work. Not audited mainnet. Not a banking product announcement.
But the direction is sharp.
For financial infrastructure, privacy and compliance don't have to be enemies. You can architect for both.
That's the alpha.
