Zeeve Tegaris

Modular Privacy Infrastructure for Regulated Digital Asset Systems

Build shared blockchain rails without shared surveillance.

Zeeve Tegaris helps banks, FMIs, payment networks, fintechs, and digital asset platforms adopt privacy in a modular way — starting with the controls they need today and composing additional layers as their use cases evolve.


Whether the requirement is private RPC access, role-scoped explorer visibility, policy-controlled contract access, confidential token transfers, selective disclosure, or custom ZK workflows, Tegaris gives institutions a flexible privacy operating model across EVM-based networks.

Key message:

Choose the privacy modules you need. Compose more when your network, asset, or compliance model demands it.

Privacy Is Not One Feature. 
It Is a Stack.
Permissioned blockchain networks control who can participate. They do not automatically control who can see sensitive data.
Even in private or permissioned networks, information can still leak through RPC endpoints, explorers, indexers, event subscriptions, replicated state, internal staff access, and shared infrastructure visibility.
For regulated institutions, privacy requirements vary by use case.
One network may only need application-layer privacy — controlling which users, systems, vendors, and teams can access data or call contracts.
Another may need asset-layer privacy — keeping token balances, settlement amounts, counterparties, and transaction graphs confidential.
A third may need selective disclosure, private workflows, audit dashboards, or custom ZK circuits.
Zeeve Tegaris is designed for this reality.
It is not an all-or-nothing privacy product. It is a modular privacy suite that lets institutions select, deploy, and combine the privacy controls that match their business, compliance, and infrastructure needs.
The Tegaris Modular Privacy Model
Zeeve Tegaris is built around four visibility boundaries.

Institutions can adopt one layer, combine multiple layers, or deploy the full privacy suite depending on their use case.

Application-Layer Privacy

Control who can talk to the ledger, what they can read, and what they can do. 


Use when you need role-based access, private RPC, private explorer views, contract access control, event filtering, indexer governance, approval workflows, and audit trails.

Network-Layer Privacy

Control who can run infrastructure, join the network, and participate in consensus. 


Use when you need permissioned validators, peer governance, node onboarding controls, mTLS, private infrastructure access, and operator-level confidentiality.

Asset-Layer Privacy

Control what value moved, between whom, and under what policy. 


Use when you need confidential tokenized deposits, private stablecoins, private settlement assets, confidential balances, hidden transfer amounts, and selective disclosure.

Ledger-Layer Privacy

Control which parties can see workflow state and smart-contract execution. 


Use when you need private sub-ledgers, private L1 domains, ZK rollups, bilateral workflows, or privacy-scoped contract execution between selected participants.

Pick the Privacy Modules You Need
Zeeve Tegaris is modular by design. Each component can be adopted independently or
composed into a broader privacy architecture.
Design

Tegaris P&C Plane

Policy and control plane for institutional blockchain access. Define who can read state, submit transactions, call smart-contract functions, approve workflows, manage policies, and access operational views.
Best suited for institutions that need granular governance across users, wallets, workloads, contracts, vendors, and internal teams.

Deploy

Tegaris Private RPC Controls

Identity-aware RPC gateway for EVM networks. Enforce policies on every JSON-RPC request. Control RPC methods, contract calls, transaction submission, event streams, logs, blocks, receipts, traces, and data classes through governed endpoints.
Best suited for networks where raw node or RPC access could expose sensitive ledger data.

Govern

Tegaris Private Explorer

Role-scoped explorer for institutional observability. Give each user, participant, auditor, regulator, and operator only the ledger view they are entitled to see. Explorer visibility follows the same policy model as the RPC layer.
Best suited for institutions that need operational transparency without broad data exposure.

Operate

Tegaris ZK Tokens

Confidential fungible and non-fungible assets.
Enable private transfers, minting, burning, deposits, withdrawals, and controlled disclosure using zero-knowledge proofs. The ledger verifies transaction validity without revealing sensitive transaction details to unauthorized observers.
Best suited for tokenized deposits, private stablecoins, cross-border settlement, confidential treasury movement, and regulated asset transfers.

Operate

Tegaris Selective Disclosure

Policy-driven visibility for auditors, regulators, and supervisors. Designated authorities can access specific transaction evidence under defined rules, while unauthorized participants continue to see only opaque ledger activity.
Best suited for regulated use cases where confidentiality and supervisory access must coexist.

Operate

Tegaris Custom ZK Circuits

Bespoke privacy logic for business-specific workflows. Design custom zero-knowledge circuits for confidential settlement, eligibility proofs, private workflow validation, compliance checks, and business-specific privacy requirements.
Best suited for institutions whose privacy requirements go beyond standard asset transfer.

Operate

Tegaris Audit Dashboards

Custom oversight and reconciliation views. Create role-scoped dashboards for compliance teams, auditors, regulators, supervisors, and network operators.
Best suited for institutions that need evidence-backed reporting without exposing full network data.

Designed for Different Privacy Journeys
Not every customer needs the same privacy stack.
Infrastructure Layer

Application-Layer First

A bank or network operator may begin with Tegaris P&C Plane, Private RPC, and Private Explorer to control internal access, vendor visibility, indexer behavior, contract calls, and operational views.

This is useful when the primary concern is staff access, support access, RPC exposure, or participant-level observability.

Infrastructure Layer

Asset-Layer First

A payment network, tokenized deposit platform, or settlement application may start with Tegaris ZK Tokens to keep balances, counterparties, amounts, and transaction graphs confidential.

This is useful when the primary concern is commercial confidentiality between participants on shared rails.

Infrastructure Layer

Base Layer + L2 Privacy

An institution may use application-layer privacy on a base network while adding asset-layer privacy on an L2 or public-permissioned chain.

This is useful when different parts of the architecture have different visibility boundaries and different privacy requirements.

Infrastructure Layer

Full-Stack Privacy

A market infrastructure, consortium network, or regulated settlement platform may combine application, network, asset, ledger, and audit modules into a unified privacy architecture.

This is useful when real settlement volume, multiple institutions, multiple roles, and regulator facing workflows run on shared infrastructure.

EVM-Agnostic by Design
Zeeve Tegaris is designed to work across institutional EVM environments. 


It can be applied to permissioned EVM networks, Hyperledger Besu networks, enterprise rollups, OP Stack deployments, ZK rollups, private L1 networks, public-permissioned chains, and hybrid public-anchor/private-runtime architectures. 


This allows institutions to adopt privacy without being locked into a single blockchain stack, vendor, or deployment model.
Confidentiality with Auditability
Tegaris is designed for regulated environments where privacy cannot mean opacity. 



Institutions need confidentiality from competitors, unauthorized participants, internal overexposure, and broad infrastructure visibility. At the same time, they need controlled transparency for compliance teams, auditors, regulators, and supervisors. Tegaris enables both. 



Sensitive transaction data remains private by default. Access is granted only through policy, role, authorization, cryptographic proof, or selective disclosure.
Built for Regulated Digital Asset Use Cases

Tokenized Deposits

Protect balances, counterparties, settlement amounts, and account structures while preserving supervisory visibility.

Cross-Border Payments and Remittance

Keep corridor volumes, customer flow patterns, liquidity movements, and participant relationships confidential.

Stablecoins and CBDCs

Support controlled visibility across issuers, participants, operators, supervisors, and regulated institutions.

Tokenized Funds and RWAs

Protect investor data, allocation details, lifecycle events, and private asset metadata.

Interbank Settlement

Enable shared settlement rails without exposing the commercial map of participating institutions.

Treasury, Repo, and Collateral Workflows

Keep positions, funding behavior, collateral movements, and intraday liquidity private.

Why Zeeve Tegaris

Modular by Design

Adopt only the privacy controls your use case requires. Add more layers as requirements mature.

EVM-Agnostic

Deploy across Besu, EVM L1s, L2s, rollups, private chains, and hybrid architectures.

Institution-Grade

Built for banks, FMIs, payment networks, regulated fintechs, and enterprise blockchain operators.

Policy-Driven

Unifies access control, private RPC, role-scoped explorer visibility, approvals, audit trails, and selective disclosure.

Cryptography Where It Matters

Uses ZK-based asset privacy for use cases where transaction amounts, counterparties, and asset flows must remain confidential.

Compliance-Aware

Designed around controlled access, role segregation, policy enforcement, audit evidence, and regulator-ready disclosure.

Build Shared Rails Without 
Shared Surveillance
Zeeve Tegaris lets institutions adopt privacy on their terms — one module at a time, across the EVM networks they already use or plan to build. 



Start with application-layer controls. Add confidential assets. Extend into selective disclosure, private workflows, or custom ZK circuits when the use case demands it.