ORE Introduces Shielded Pools for Private Transfers

ORE partners with PrivacyCash to launch a shielded pool on Solana, enabling private on-chain transfers using zero-knowledge technology.

Solana continues to expand its privacy tooling as on-chain activity remains publicly visible by default. However, new integrations are increasingly offering confidential transfers without leaving the network.

As a result, this shift reflects rising demand for discretion alongside speed and scalability. ORE has now joined this trend through a newly announced privacy-focused partnership.

ORE Partners With PrivacyCash to Enable Shielded Transfers

ORE has entered into a partnership with PrivacyCash to launch a shielded pool on Solana. Through this integration, users can transfer ORE privately while final settlement still occurs on the public blockchain. Specifically, the system allows users to encrypt balances and transaction details using zero-knowledge proofs.

The announcement was shared via X during early January 2026 across the Solana ecosystem channels. According to ORE, shielded transfers are now live within its official application. Importantly, this approach enables confidentiality without removing transactions from Solana’s base layer.

Moreover, PrivacyCash supplies the cryptographic infrastructure that powers the shielded pool. Consequently, the collaboration aligns with broader efforts to expand privacy tooling across Solana. ORE continues to position itself as a mineable store-of-value token native to the network.

Additionally, the introduction of privacy features supports confidential value transfers. This design closely mirrors privacy-focused approaches adopted on other blockchains. As a result, the partnership introduces an additional utility layer for ORE holders.

How the Shielded Pool Works on Solana

The shielded pool allows users to deposit ORE into an encrypted environment. Once deposited, balances are hidden from public blockchain records. Users can later withdraw to fresh addresses. This process reduces traceability between deposits and withdrawals.

The pool uses zero-knowledge proofs to validate transactions. These proofs confirm correctness without revealing sensitive data. As a result, balances and transfer paths remain concealed. Settlement still occurs on Solana’s base layer.

Moreover, ORE integrated the shield feature directly into its application. Users can access shielding through a single interface option. The feature also supports SOL, USDC, and USDT. This design lowers barriers for users seeking private transfers.

Subsequently, ORE seeded the shielded pool with an initial token allocation. This step supports early participation and pool usability. Privacy strength depends on user activity within the pool. Larger participation increases anonymity across transactions.

PrivacyCash Infrastructure and Ecosystem Context

PrivacyCash operates as a decentralized zero-knowledge transfer protocol. The protocol launched in August 2025. It has processed more than one hundred fifty million dollars in transactions. Multiple security audits have been completed since launch.

The protocol already supports several major digital assets. ORE is the latest token added to the platform. PrivacyCash states that safeguards exist for regulatory considerations. Details on these controls remain limited in public disclosures.

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Market reaction to the partnership showed limited immediate price movement. However, developer discussion increased across Solana communities. Privacy-focused infrastructure projects gained renewed attention. Usage activity may become a key measure of success.

Privacy features remain sensitive under global regulatory frameworks. Shielded pools often face scrutiny related to compliance concerns. Adoption will depend on trust, liquidity, and transparency from developers. The ORE and PrivacyCash integration reflects ongoing privacy expansion on Solana.