TOKENIZED DEPOSITS

Tokenize Deposits on the institutional chain built for privacy, secure contracts, and systemic resilience.

Most blockchain architectures expose institutions to faulty smart contracts, publicly visible transaction details and global-state contagion. Blockstream’s stack changes this.

Blockstream Enterprise background
TOKENIZED DEPOSITS

Tokenize Deposits on the institutional chain built for privacy, secure contracts, and systemic resilience.

Why institutions issue on the Liquid Network

01
Institutional privacy
Liquid keeps account balances and transaction amounts confidential at the protocol level. Viewing keys can be shared with auditors and regulators when needed.
02
UTXO-driven settlement
Every transaction processes in isolation. This ensures that the tokens you mint live on a confidentiality-focused chain that won't run into scalability issues and protects against failures cascading network-wide.
03
Safer smart contracts
With formally verifiable Simplicity contracts, entire classes of bugs present in other ecosystems become impossible.
04
No tokenomics
Liquid doesn't have a speculative gas token and is uncompromised by an Initial Coin Offering. Your bank's tokenized deposits can be used to power the network.

How the Liquid Network compares

Liquid NetworkMost blockchains
Ledger architectureUTXO. Parallel, self-contained transaction execution guarantees deterministic outcomes and risk isolation.Account. Shared global state introduces systemic vulnerabilities: a single hacked protocol can trigger network-wide failures.
Core functionalities
  • Confidential transactions
  • Multi-signature wallets
  • Rule enforcement
  • Asset issuance
  • Atomic swaps
Native. Ensures maximal security.Non-native. Leads to dependence on complex, vulnerable smart contracts.
Separation of policy rules and private keysNo. Hardware verifies rules and stores keys, ensuring robust signing ceremonies.Yes. Keys are often secured by hardware but software verifies rules, enabling "blind signing" exploits.
Architectural provenance and securityShares 80%+ of its codebase with Bitcoin.Less-tested codebases. Operations vulnerable to native utility token structures.
Formally verifiable smart contractsYes. Simplicity enables pre-deployment mathematical verification of every possible scenario.No. Solidity and other languages make verification reliant on complex audits.
Sequencer architectureDecentralized.Centralized, for most Layer-2s.
Ability to reorder or view the transaction sequenceNo. Maximal Extractable Value (MEV) is extremely low.Yes. Front-running is possible.
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Bring your deposits on-chain with confidence

  • A direct line to our enterprise team
  • Answers on custody, tokenization, and settlement
  • A reply within one business day