Manora is a permissioned Ethereum Layer-2 blockchain built on Arbitrum Nitro technology. It is designed for a single use case: compliant tokenization of real-world assets — commodities, real estate rights, and industrial assets — within the regulatory frameworks of the jurisdictions where those assets exist.
The project was developed by Hofburg Group as part of a joint venture with Gulf-based partners. The issuing entity is Manora Investments Holding SA, a Swiss company registered in Lugano, Canton Ticino (CHE-188.272.934), incorporated on 31 July 2025. The infrastructure phase — chain deployment, smart contract development, security audit, and tokenomics specification — is now complete. The network is approaching public launch.
This article describes what was built, how it works, and why specific technical and regulatory choices were made.
Technical Foundation
Manora Layer-2 is an optimistic rollup built on Arbitrum Nitro, inheriting Ethereum’s security guarantees while providing higher throughput and lower transaction costs. The chain is EVM-compatible, meaning any smart contract written for Ethereum can deploy on Manora without modification.
The choice of Arbitrum Nitro was driven by three requirements. First, EVM compatibility ensures access to the existing Solidity developer ecosystem and audited smart contract libraries (the project uses OpenZeppelin v5.x throughout). Second, Ethereum L1 settlement provides the security properties that institutional participants and regulators expect. Third, the Nitro architecture supports permissioned node access — critical for a network where identity verification, compliance checks, and regulatory audit trails are non-optional.
The infrastructure currently operational includes the sequencer, batch poster, validator nodes, and a block explorer. All core components required for network operation are deployed and functional.
The MNR Token
MNR is the native utility token of the Manora ecosystem. It is an ERC-20 token with a fixed supply of 1,000,000,000 (one billion) tokens, all minted at genesis. There is no minting function — the supply cannot increase. There is no burn mechanism — the supply does not decrease. The token has 18 decimal places, following the Ethereum standard.
| Token Name | Manora |
| Ticker | MNR |
| Standard | ERC-20 (OpenZeppelin v5.x) |
| Network | Manora Layer-2 (Arbitrum Nitro rollup on Ethereum) |
| Total Supply | 1,000,000,000 MNR — fixed, no mint/burn |
| Custody Model | Fully non-custodial (self-custody smart contracts) |
| Upgradeable | Yes — 48-hour timelock minimum delay |
| Access Control | OpenZeppelin role-based (AccessControl) |
MNR serves four functions on the network: paying gas fees for smart contract execution and transactions; staking for gas fee discounts (a protocol-level benefit, not a financial return); governance participation through the Manora DAO; and platform access for validator authorization, compliance tools, and RWA issuance modules.
MNR is classified as a utility token. It does not represent ownership, economic participation, profit entitlement, or any claim on assets. It is not a security, not an asset-referenced token (ART), and not an electronic money token (EMT) under EU MiCA. Under the Swiss DLT Act, it qualifies as a utility token under FINMA guidelines. Every design decision in the tokenomics — from the absence of staking rewards to the non-redistributive penalty mechanism — exists to preserve this classification.
Staking as Gas Fee Discount
The staking mechanism on Manora does not generate yield, interest, or token rewards. This is a deliberate regulatory design choice: any form of financial return from staking would risk reclassifying MNR as a financial instrument under both Swiss and EU frameworks.
Instead, staking provides gas fee discounts. Users who stake MNR are mapped to a discount tier based on the amount staked and the lock period. The discount reduces the MNR cost of executing transactions on the network. It does not generate new tokens or redistribute existing ones.
The system uses five tiers, ranging from a 10% gas fee discount (1,000 MNR staked for 30 days) to a 70% discount (100,000 MNR staked for 730 days). Higher tiers also unlock progressively greater governance capabilities within the Manora DAO — from view-only access to full proposal and voting rights.
Early withdrawal penalties exist to discourage short-term speculation. These penalties (3% to 12% of staked amount, depending on tier) are sent to the Operational Treasury wallet, not redistributed to other stakers. This distinction is critical: redistribution to stakers would constitute a financial return mechanism.
Smart Contract Architecture
The Manora smart contract system consists of five audited contracts:
- MNRVesting.sol — manages token distribution schedules across allocation categories, with configurable cliff periods and linear release mechanisms. Investor vesting is non-revocable; ecosystem and operations vesting can be revoked via multi-sig if programmes are discontinued.
- Staking.sol — implements the five-tier gas fee discount model, early withdrawal penalties, and governance level mapping. Designed to never generate financial returns.
- TimelockUpgradeable.sol — enforces a minimum 48-hour delay on any contract upgrade, providing transparency and allowing stakeholders to review changes before they take effect.
- MNR Token Contract — the core ERC-20 implementation with emergency pause capability (protocol-level only, not affecting user token ownership) and role-based access control.
- Governance — DAO governance contract for non-financial protocol decisions: oracle integrations, compliance modules, validator standards, and technical upgrades.
All five contracts were audited by SolidProof. The audit scope covers the deployed contract code and verifies compliance with the tokenomics specification derived from the Manora White Paper v.7 Definitive.
Ecosystem Components
Beyond the Layer-2 chain and the MNR token, the Manora ecosystem includes four additional infrastructure layers designed for institutional RWA operations:
RWA Infrastructure
Standardised workflows for registering, documenting, verifying, and tokenizing real-world assets — covering commodities, real estate rights, and industrial assets.
Oracle & Compliance Framework
Multi-source valuation and verification oracles with digital signatures, timestamp proofs, and redundancy models. Supports KYC, KYB, and AML checks.
Transparency Dashboard
Real-time visibility into network metrics, oracle submissions, governance actions, compliance checks, and audit trails — serving institutions, auditors, and regulators.
Manora DAO
Identity-verified governance over non-financial protocol decisions: oracle integrations, compliance modules, validator standards, and technical upgrades.
Regulatory Design
The Manora ecosystem is structured to operate within two primary regulatory frameworks: the Swiss Federal Act on the Adaptation of Federal Law to Developments in Distributed Ledger Technology (DLT Act), and the EU Markets in Crypto-Assets Regulation (MiCA, Regulation 2023/1114).
Under Swiss law, MNR is positioned as a utility token under FINMA guidance — it provides access to a digital service (the Manora network) and does not constitute a payment token or an asset token. Under MiCA, MNR falls into the category of crypto-assets other than asset-referenced tokens (ART) and electronic money tokens (EMT).
This dual-framework positioning informed every technical decision in the project: the absence of staking rewards, the non-redistributive penalty mechanism, the non-custodial architecture, and the fixed token supply. Additionally, KYC/AML controls and audit trail capabilities are integrated at the protocol level, aligned with FATF recommendations for virtual asset service providers.
The regulatory framework was not retrofitted onto an existing design. The compliance requirements defined the architecture from the beginning.
What Comes Next
The core infrastructure is built. The smart contracts are audited. The token specification is finalised. The network components — sequencer, validator nodes, batch poster, block explorer — are operational.
The next phase involves public deployment of the network and the MNR token, followed by the buildout of ecosystem tools: a token factory for standardised RWA issuance, a decentralised exchange for on-chain liquidity, a developer SDK for third-party integrations, and the full RWA enablement layer with oracle-verified asset registration.
For Hofburg Group, Manora represents the application of the same discipline that built physical infrastructure across 15 countries over six decades — applied now to digital systems that need to meet the same standards of durability, compliance, and institutional accountability.
The project will be publicly accessible at manoratoken.com.
Interested in Building on Manora?
For institutional enquiries about RWA tokenization on Manora Layer-2, validator participation, or ecosystem development partnerships.
Contact Hofburg Group