Real and iExec Explore Privacy Layer for Institutional RWA Markets

• Real and iExec have signed an MoU to explore privacy-preserving infrastructure for institutional real-world asset markets.
• The collaboration will assess confidential RWA issuance, encrypted transaction flows, selective disclosure and compliance-ready on-chain finance.

Real and iExec are moving into one of tokenization’s harder problems: privacy. The two companies have signed a Memorandum of Understanding to explore confidential infrastructure for institutional real-world asset markets, where public blockchain transparency can be useful, but not always acceptable.

Tokenized assets need privacy as well as verification

Real is a Layer 1 blockchain built for institutional-scale tokenization. Its infrastructure supports the full lifecycle of real-world assets, including onboarding, verification, risk assessment, governance, settlement and asset management. That matters because tokenizing an asset is only one part of the job. Institutions also need investor checks, reporting, risk controls and operational workflows that can survive legal and audit scrutiny.

iExec brings the privacy layer. The company provides confidential computing infrastructure using Trusted Execution Environments, including Intel TDX, and its Nox Protocol. The technology is designed to support encrypted data processing, confidential smart contract execution, selective disclosure and verifiable computation.

The goal is to examine how Nox Protocol could integrate with Real’s Layer 1 to support confidential tokenized assets, encrypted balances and private transaction flows. In plain terms, institutions want blockchains that can prove something happened without exposing every sensitive detail to the entire market.

“Institutions need more than tokenization. They need infrastructure that protects sensitive financial data while still allowing compliance, oversight, and auditability,” said Ivo Grigorov, CEO of Real.

Private credit and tokenized funds are early targets

The companies will focus on use cases such as tokenized funds, private credit, subscriptions, redemptions, dividend distributions, lending and structured credit. These are not casual retail flows. They often involve sensitive investor allocations, private pricing, counterparty information and regulated disclosures.

The difficult balance is between confidentiality and accountability. Regulators and auditors may need access to specific information, while market participants should not see everything by default. Selective disclosure could become the middle ground.

The MoU sets a framework for technical discussions, pilot identification and architecture alignment. The real test will be whether confidential computing can make tokenized finance usable for institutions without weakening the core blockchain promise of verifiability