Preface

EthSystems, an early spinout from the Ethereum Foundation, is building privacy-focused infrastructure to help banks and financial institutions transact on public Ethereum. This article explains why the company believes confidentiality, rather than scalability, is the primary barrier to widespread institutional use of public blockchains, and how EthSystems plans to address that gap. We outline the startup's strategy, contextualize industry demand, and describe how its approach differs from other privacy projects. The purpose is to give a concise, neutral view of the emerging role privacy technologies play in enabling regulated financial activity on-chain, and why institutions are increasingly seeking production-grade solutions.

Lazy bag

EthSystems focuses on delivering privacy controls that let banks use public Ethereum while keeping sensitive data confidential. Institutions now want production-ready privacy tools rather than experimental pilots. EthSystems advises on architecture, builds custom integrations, and collaborates with existing privacy projects to meet regulatory and operational requirements.

Main Body

As blockchain interest among financial institutions has matured, the conversation has shifted from curiosity and pilots to practical demands for deployment. EthSystems, a company that recently spun out of the Ethereum Foundation, positions itself at the intersection of cryptography, privacy engineering, and enterprise integration to help banks and asset managers bring real-world financial flows onto public Ethereum while meeting confidentiality and regulatory obligations.

At the core of EthSystems’ thesis is a reframing of the problem that has dominated much of the industry’s narrative: long-standing debates often place scalability at the top of the priority list for enabling institutional activity on-chain. EthSystems argues that, for regulated financial institutions, the immediate and non-negotiable challenge is not how many transactions a network can process per second, but how transaction details are controlled and disclosed. Confidentiality here does not imply secrecy from regulators or complete anonymity; rather, it means precise, auditable controls over who can view which pieces of information, and under what circumstances.

Financial institutions traditionally operate under stringent privacy, reporting, and compliance requirements. Trading counterparts, settlement instructions, position sizes, and pricing can all be sensitive. Public blockchains, by design, expose transaction data, which creates tension between the transparency of distributed ledgers and the confidentiality needs of banks. EthSystems focuses on deploying cryptographic and architectural solutions that allow transactions to settle on a public chain while selectively protecting or revealing parts of the data as needed.

The company emerged from the Ethereum Foundation’s Institutional Privacy Task Force and chooses an integration-first approach: instead of building an entire new ledger or competing head-on with existing privacy protocols, EthSystems intends to advise institutions on privacy architecture, integrate proven privacy primitives, and construct bespoke infrastructure when necessary. This advisory-and-engineering model reflects demand the team saw while still inside the Foundation — clients wanted production deployments rather than proofs-of-concept, and granting the team the flexibility of a commercial entity enabled practical contracting and procurement.

EthSystems operates alongside other projects focused on enterprise confidentiality — examples include permissioned solutions like Canton Network and Ethereum-native privacy protocols such as Aztec and Miden. What differentiates EthSystems is its emphasis on orchestration: providing tailored guidance on which technologies to adopt, implementing integrations into existing enterprise stacks, and publishing research to lower the adoption barrier for institutions. The company explicitly frames itself as complementary to the broader privacy ecosystem rather than as a replacement for it.

That stance carries several implications. First, it acknowledges that no single privacy technology currently satisfies every institutional requirement; trade-offs between performance, auditability, interoperability, and legal compliance remain. Second, it allows EthSystems to remain technology-agnostic, recommending zero-knowledge proofs, secure multiparty computation, or hybrid on-chain/off-chain architectures depending on the client’s needs. Third, by publishing open-source research and approaches to institutional adoption, the company aims to accelerate standards and best practices across the industry.

Operationally, shifting from a nonprofit research context into a for-profit model addresses practical limitations institutions face when moving from pilot to production. Large banks and asset managers have procurement, vendor management, and budget processes that favor contracting for deliverables and maintenance rather than relying on internal research teams. Charging for engineering and advisory work also creates a sustainable funding mechanism for continued development, ongoing support, and long-term commitments to client deployments.

Market signals suggest this approach aligns with institutional priorities. Early blockchain conversations were often held within innovation labs or R&D groups; today, business units responsible for trading, custody, and asset management are driving discussions. The question has shifted from “should we experiment?” to “how do we put assets on-chain while managing risk, compliance, and confidentiality?” That urgency drives demand for solutions that integrate into legacy workflows, satisfy auditors and regulators, and enable interoperable settlement on public infrastructure like Ethereum.

From a technical perspective, institutional privacy can be implemented in several ways. Zero-knowledge proofs allow verification of assertions about transactions without revealing underlying data. Secure multi-party computation enables joint computation on private inputs without exposing those inputs. Permissioned data access layers and on-chain encryption schemes permit selective disclosure to counterparties or regulators. EthSystems’ role is to evaluate these options against business and legal constraints and to engineer the appropriate stack.

Regulatory engagement is a central dimension of this work. Institutions must be able to demonstrate controls, maintain audit trails, and comply with anti-money-laundering and know-your-customer obligations. Practical privacy solutions therefore need built-in mechanisms for authorized disclosure to regulators and for producing forensic evidence when required. The design of these mechanisms must balance cryptographic guarantees with operational and legal realities.

In summary, EthSystems is betting that making public blockchains workable for banks requires institutional-grade privacy infrastructure more than raw throughput. By offering advisory services, bespoke integrations, and collaboration with existing privacy projects, it seeks to bridge the gap between blockchain innovation and regulated financial operations. If successful, this approach could enable broader issuance of tokenized assets, on-chain settlement of financial flows, and greater institutional use of public networks while preserving the confidentiality and compliance controls that legacy systems demand.

Key Insights Table