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Confidential assets work by encrypting balances and transaction amounts onchain while using zero-knowledge proofs to prove that every transaction is valid — that no value was created and nothing was double-spent — without revealing the underlying numbers. Verifiers confirm correctness; they cannot read who paid whom or how much. Ryle runs all of this cryptography behind its platform, so issuers operate in business-level concepts instead of proofs and circuits.

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The high-level architecture

A confidential asset has the same lifecycle as any token — issuance, transfer, holding, redemption — but the sensitive values are hidden:
  1. Encrypted state. Balances and amounts are stored onchain in encrypted form rather than plaintext.
  2. Validity proofs. Each operation ships with a zero-knowledge proof that it follows the rules (supply is conserved, the sender has sufficient balance), which any participant can verify.
  3. Verification without exposure. The network accepts the transaction because the proof checks out — not because it can see the amounts.
  4. Settlement. Activity settles on EVM-compatible chains (for example Ethereum, Polygon, Base, Arc, Plasma, Tempo). See supported networks.

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Encryption and proofs, conceptually

You can think of it as two layers working together: encryption hides the data, and zero-knowledge proofs guarantee the hidden data still obeys the rules. Without the proofs, encrypted balances would be unverifiable; without the encryption, the values would be public. Together they deliver confidentiality and integrity at the same time.

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Verification and compliance hooks

Confidentiality does not mean opacity to authorized parties. The same system supports selective disclosure: scoped, time-bounded, audited views for auditors, regulators, or counterparties. Every privileged action is recorded in an immutable audit log, so the asset is private by default and provable on demand.

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What Ryle abstracts

With Ryle, partners never write proof-generation code, manage circuits, handle signing, or coordinate the network. Proof generation runs in managed workers; gas is sponsored by Ryle’s relayer so end users never hold a native gas token. Engineers integrate a small set of primitives — Asset, Account, Mint, Redeem, Policy, Event — and operators use the Console.

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FAQ

Each transaction carries a zero-knowledge proof that the rules were followed — sufficient balance, conserved supply. The network verifies the proof without seeing the amounts.
Ryle settles on EVM-compatible chains such as Ethereum, Polygon, Base, Arc, Plasma, and Tempo. The chain target is a per-deployment configuration choice, not integration code. See supported networks.
No. Ryle manages proof generation, verification, circuits, ZK proving keys (platform cryptography only), and network coordination. Asset and wallet signing is coordinated through custody and embedded-wallet providers you connect; Ryle does not hold those keys. You work with assets, accounts, and policies through the Console and APIs.