Understanding how to tokenize precious metals and commodities is becoming essential as global markets shift toward real world asset tokenization. Today, enterprises want clear guidance on how to tokenize precious metals and commodities to enable liquidity, transparency, and global access. From real estate tokenization to art tokenization, private equity tokenization, financial instrument tokenization, and art & collectibles tokenization, every sector now learns how to tokenize precious metals and commodities as a core capability.
Businesses rely on RWA tokenization legal consulting, white-label tokenization frameworks, and commodities tokenization models to structure compliant assets, all rooted in knowing how to tokenize precious metals and commodities effectively. Industries adopt gold RWA tokenization, gold mining tokenization, green energy tokenization, ESG & climate asset tokenization, data tokenization, and intellectual property tokenization, precious metals and commodities tokenization. This guide provides the industry’s most complete explanation of How to Tokenize Precious Metals and Commodities.
Why Precious Metals & Commodities Are Ideal for Tokenization
Understanding how to tokenize precious metals and commodities requires recognizing why this asset class aligns perfectly with digital asset frameworks. Precious metals and global commodities possess unique technical, economic, and regulatory characteristics that make them more suitable for tokenization than most other real-world assets. These characteristics lower operational risk and enable predictable modeling, which is essential when designing systems for how to tokenize precious metals and commodities at scale.
1. Standardized Units and Globally Accepted Valuation Models
A major advantage when exploring how to tokenize precious metals and commodities is the existence of standardized measurement systems. Gold is priced per gram or per troy ounce, oil per barrel, copper per metric ton, and agricultural products by mass or volume. These standardized units:
- Simplify token supply modeling
- Support transparent price feeds from recognized global benchmarks
- Reduce valuation disputes across custody and settlement processes
- Enable smooth cross-border trading and integration into RWA frameworks
This consistency significantly reduces complexity compared to real estate tokenization, art tokenization, or intellectual property tokenization.
2. High Liquidity and Continuous Global Demand
Precious metals such as gold, silver, and platinum are among the most liquid physical assets worldwide. Commodities like oil, gas, lithium, and metals maintain constant demand across industrial and financial markets. This liquidity is critical when determining how to tokenize precious metals and commodities, because it:
- Stabilizes token price discovery
- Enables efficient secondary market trading
- Supports integration with institutional and retail investment platforms
- Builds investor confidence in the underlying physical reserves
This natural liquidity makes precious metals a preferred starting point before expanding into private equity tokenization or financial instrument tokenization.
3. Strong Regulatory Precedents and Clear Compliance Structures
Precious metals and commodities operate within well-defined regulatory regimes globally. There are existing rules for custody, insurance, transportation, warehouse receipts, quality certification, and supply chain tracking. This benefits any organization evaluating how to tokenize precious metals and commodities, because:
- Legal classification is clear in most jurisdictions
- Regulatory oversight aligns with standardized commodities trading practices
- Custodians and refineries maintain verifiable documentation
- Compliance teams can easily integrate into RWA tokenization legal consulting frameworks
This clarity reduces the ambiguity commonly found in new domains like data tokenization
4. Physical Tangibility and Intrinsic Economic Utility
A core reason to focus on how to tokenize precious metals and commodities is that these assets possess inherent, globally recognized value. Gold has served as a store of wealth for millennia, while commodities are essential to industrial ecosystems. Their intrinsic utility:
- Boosts investor trust in tokenized representations
- Provides a stable collateral base for lending and liquidity pools
- Supports adoption across fintech, wealth management, and global trade systems
This inherent value makes commodities stronger candidates than categories such as art & collectibles tokenization.
5. Compatibility With Automated Auditing and Proof-of-Reserves Systems
Modern custodial environments—vaults, warehouses, tank farms—use digital inventory management systems and standardized audit frameworks. This compatibility enables enterprises to implement how to tokenize precious metals and commodities seamlessly, because:
- Digital audit logs can feed directly into blockchain oracles
- Real-time reserve data supports transparent reporting
- Smart contracts can react automatically to reserve changes
- Institutions receive trustworthy proof-of-reserve attestations
This creates a trust-minimized ecosystem ideal for large-scale tokenized commodities.
6. Seamless Fractionalization Without Loss of Economic Meaning
Another advantage in understanding how to tokenize precious metals and commodities is that these assets can be fractionally divided without losing economic value. For example:
- One gram of gold is identical in value and utility to any other gram
- One liter of oil retains the same industrial relevance as another
- One ton of copper maintains its utility regardless of source
This fungibility ensures fractional tokens remain economically valid—unlike fractionalizing a unique painting or collectible
7. Alignment with Global Digital Finance Transformation
Precious metals and commodities fit perfectly within the broader evolution of tokenized markets. Their characteristics align with emerging digital frameworks such as:
- Gold RWA tokenization
- Gold mining tokenization
- Green energy tokenization
- ESG & climate asset tokenization
- Tokenized commodity-backed stable assets
As more industries adopt these systems, mastering how to tokenize precious metals and commodities becomes essential for leadership in digital asset innovation.
Step-by-Step Guide — How to Tokenize Precious Metals and Commodities
This section provides a complete, technical, legally aligned, and operationally precise framework detailing how to tokenize precious metals and commodities. Each phase outlines the required processes, documentation, architectural components, and controls needed to create a compliant, fully backed, and institution-ready tokenized asset.
Step 1 — Asset Procurement and Verification
To begin how to tokenize precious metals and commodities, you must source legitimate, certified assets.
Precious Metal Procurement Sources
- LBMA-certified refiners
- Mining companies
- Government mints
- Wholesale bullion dealers
- Gold mining operations (for Gold Mining Tokenization)
Commodity Procurement Sources
- Oil & gas producers
- Agricultural producers
- Mineral mines
- Industrial commodity suppliers
Verification Requirements
To tokenize an asset, it must pass these verification checks:
Verification Type | Description |
Authenticity | Metal purity tested; commodity quality verified |
Ownership | Legal transfer to SPV or custodian |
Provenance | Chain of custody documentation |
Compliance | Meets jurisdictional commodity laws |
This rigorous screening ensures integrity when executing how to tokenize precious metals and commodities.
Step 2 — Custodial Storage & Proof-of-Asset
Once assets are procured, secure storage is required.
Accepted Custodial Facilities
- Vaults (gold, silver, platinum)
- Warehouses (copper, lithium, grains)
- Tank farms (oil, chemicals)
- Bonded storage facilities
Custody Requirements for Tokenization
- Assets must be held in the name of the issuing entity or SPV.
- Storage must be insured.
- Vaults must provide digital proof-of-reserves.
- Custodians should have API integration to support on-chain auditing.
These steps are crucial for establishing the “real-world backing” when learning how to tokenize precious metals and commodities
Step 3 — Legal Structuring & Regulatory Classification
Legal structuring is one of the most difficult parts of how to tokenize precious metals and commodities, which is why enterprises rely on RWA Tokenization Legal Consulting.
Possible Legal Structures
- SPV Ownership Model – Tokens represent shares or claims in a Special Purpose Vehicle holding the commodity.
- Warehouse Receipt Tokenization – Tokens represent warehouse certificates stored in off-chain systems.
- Direct Ownership Tokenization – Tokens represent fractional ownership of the physical commodity.
- Royalty / Mining Rights Tokenization – Especially for Gold Mining Tokenization, where tokens represent future production.
Regulatory Classification Options
Depending on jurisdiction, tokens may be classified as:
- Commodity tokens
- Security tokens
- Derivatives
- Asset-backed digital tokens
- Stable-value commodity tokens
The legal classification shapes the rest of the process in how to tokenize precious metals and commodities.
Step 4 — Tokenomics & Economic Model Design
High-quality tokenomics are essential when designing how to tokenize precious metals and commodities.
Key Tokenomics Components
- Backing Model
- 1 token = 1 gram of gold
- 1 token = fractional share of a barrel of oil
- 1 token = claim on warehouse receipts
- Total Supply Calculation – Total supply must match the physical asset quantity.
- Minting/Burning Rules – Tokens should only be minted when new assets are deposited and burned when tokens are redeemed.
- Redemption Framework – Investors should have the ability to redeem tokens for physical commodities (subject to fees, thresholds, and jurisdiction).
- Yield Mechanics – Optional yield for:
- Mining rights
- Liquidity pools
- Storage savings
Designing these mechanisms is essential for a functional and scalable model of how to tokenize precious metals and commodities.
Step 5 — Blockchain Architecture & Smart Contract Development
This is where the technical execution of how to tokenize precious metals and commodities happens.
Key Smart Contract Modules
Module | Purpose |
Asset Registry | Tracks commodity quantities and ownership |
Mint/Burn Logic | Controls issuance linked to custody |
Compliance Engine | Enforces KYC/AML, transfer restrictions |
Audit Module | Integrates proof-of-reserves |
Oracle Integration | Provides real-time market prices |
Redemption Logic | Handles conversion of tokens to physical assets |
Common Token Standards for Commodities Tokenization
- ERC-20 for fungible metals & commodities
- ERC-3643 / ERC-1400 for regulated assets
- ERC-1155 for multi-commodity products
- Permissioned chain tokens for institutions
This architecture ensures scalable, secure deployment of how to tokenize precious metals and commodities.
Step 6 — Compliance: KYC/AML, Accreditation, and Reporting
Compliance forms the backbone of how to tokenize precious metals and commodities.
Required Compliance Controls
- Identity verification
- AML screening
- Source-of-funds analysis
- Jurisdictional access restrictions
- Risk scoring
- Ongoing monitoring
Regulatory Reporting
- Transaction reports
- Suspicious activity alerts
- Audit logs
- Reserve attestations
Failure here can invalidate the entire tokenization program, making this step indispensable in how to tokenize precious metals and commodities.
Step 7 — Token Minting & Asset Locking Process
Once all conditions are met, the system mints tokens representing the physical commodities.
Technical Minting Steps
- Custodian uploads proof-of-asset.
- System validates documents and reserves.
- Smart contract authorizes minting.
- Tokens are created and distributed.
- Assets are locked until tokens are redeemed.
This minting discipline ensures every step of how to tokenize precious metals and commodities remains transparent and compliant.
Step 8 — Distribution & Marketplace Listing
Tokens created via how to tokenize precious metals and commodities can be distributed through:
Primary Distribution Channels
- STO (Security Token Offering) platforms
- RWA marketplaces
- OTC desks
- Broker-dealer networks
- Commodity trading systems
Secondary Market Options
- Regulated exchanges
- DEX pairs
- Institutional trading platforms
- Peer-to-peer platforms
Token distribution enhances liquidity—one of the main advantages of learning how to tokenize precious metals and commodities.
Step 9 — Ongoing Auditing, Reporting & Reserve Verification
Transparency is essential to avoid the pitfalls of traditional commodity markets.
Audit Methods
- Live API connections with custodians
- Blockchain-based proof-of-reserves
- Third-party auditor attestations
- Real-time supply dashboards
Regular audits reinforce the credibility of projects implementing how to tokenize precious metals and commodities.
This step-by-step framework provides a complete operational, legal, and technical foundation for understanding how to tokenize precious metals and commodities. By following these structured processes, enterprises can build secure, compliant, and scalable tokenized commodity products that meet institutional standards and global market expectations.
Advanced Methods in How to Tokenize Precious Metals and Commodities
Sophisticated enterprises extend how to tokenize precious metals and commodities far beyond basic 1:1 backing models. These advanced tokenization techniques enhance liquidity, expand utility, support institutional-grade financial engineering, and enable large-scale integration across global commodity, ESG, and supply chain ecosystems. By employing diversified asset structures, automated oracle systems, and on-chain composability, businesses can unlock new layers of value and innovation in tokenized commodity markets.
1. Multi-Asset Commodity Baskets
Multi-asset tokenization enables a single token to represent a diversified portfolio of commodities, such as gold, silver, oil, natural gas, copper, or lithium. This model is technically complex and requires precise inventory synchronization across multiple custodians.
Technical Advantages:
- Portfolio-level price stabilization reduces volatility.
- Smart contracts compute a weighted index using live oracle feeds.
- Rebalancing mechanisms adjust backing ratios when assets fluctuate.
- Investors gain diversified exposure through a single digital instrument.
Why It Matters for Tokenization:
Understanding how to tokenize precious metals and commodities at this level allows enterprises to create basket tokens similar to commodity ETFs, but with real-time audits, fractionalization, and global 24/7 market access.
2. Commodity-Backed Stable coins
Commodity-backed stablecoins are digital assets pegged to physical reserves, most commonly gold or diversified metals.
Technical Components:
- A collateralization engine monitors the backing ratio in real time.
- Automated mint/burn mechanisms maintain peg stability.
- Redemption systems allow users to convert tokens into physical assets or fiat equivalents.
- Multi-oracle architecture ensures accurate price data and backing updates.
Use Cases:
- Inflation-resistant digital currencies.
- Treasury diversification for institutions.
- Cross-border payments backed by stable physical value.
3. Tokenized Futures and Forwards
Tokenized futures enable programmable, blockchain-based commodity derivatives with transparent settlement and reduced counterparty risk.
Technical Architecture:
- Price oracles pull real-time market data from CME, LBMA, ICE, or LME.
- Smart contracts encode margin requirements, strike rules, and maturity dates.
- Automated liquidation logic triggers when margin thresholds are breached.
- Tokenized positions can be traded or collateralized on secondary markets.
Benefits:
- Instant finality on settlement.
- Reduced operational overhead.
- Broader access to derivative markets.
These models demonstrate how tokenization moves beyond asset representation into programmable commodity finance.
4. Mining Production Tokenization
Mining production tokenization is widely adopted in gold, silver, and copper industries as a structured financing mechanism.
Structure:
- Tokens represent contractual rights to a percentage of future mineral output.
- Smart contracts distribute production-based rewards as extraction milestones are met.
- Mining telemetry, geological data, and operational metrics may be integrated via oracles.
- Investors influence long-term project financing without traditional equity dilution.
Benefits:
- Upfront capital for mining operators.
- Transparent revenue distribution.
- Reduced dependence on high-interest lending.
This model complements traditional asset-backed approaches and expands how commodity-based value can be tokenized.
5. Tokenized Environmental Commodities
Environmental commodity tokenization links ESG data with asset-backed digital certificates.
Tokenizable Assets:
- Carbon credits
- Renewable energy certificates (RECs)
- Emission allowances
Technical Requirements:
- Verified climate or ESG datasets integrated with on-chain metadata.
- Hash-based issuance systems to prevent double-counting.
- Automated token retirement when credits are consumed.
- Registry synchronization with global environmental certification bodies.
Applications:
- Transparent carbon offset tracking.
- ESG reporting for corporations.
- Secondary markets for renewable certificates.
6. Tokenizing Supply Chain Data
Supply chain tokenization transforms commodity movement records into tamper-proof on-chain assets.
Features:
- IoT devices stream environmental, geolocation, and handling conditions during transport.
- Smart contracts validate checkpoints such as extraction, refining, shipping, and storage.
- Digital documentation eliminates fraud, forgery, and manual reconciliation.
- Serialized commodity batches can be traced from origin to end market.
Benefits:
- Verification of ethical and legal sourcing.
- Enhanced transparency for institutional buyers.
- Low-friction audits and compliance operations.
This model strengthens trust frameworks around tokenized commodities by ensuring every stage of physical movement is traceable.
Why These Advanced Models Matter
These advanced techniques expand the strategic possibilities beyond basic commodity tokenization. They introduce new forms of market access, programmable financial structures, and verifiable ESG integration—building a deeper, more resilient tokenized commodities ecosystem. Understanding these models is an important progression for any enterprise that has already established a foundation in how to tokenize precious metals and commodities.
Comparison With Other Asset Tokenization Types
Understanding how to tokenize precious metals and commodities becomes clearer when viewed alongside other major categories of asset tokenization. Each asset class has its own regulatory posture, technical design requirements, custody considerations, and liquidity dynamics. The following comparison highlights how precious metal and commodity tokenization differs from—and often simplifies—the broader RWA landscape.
Below is a comprehensive framework comparing leading tokenization categories across ease of implementation, liquidity potential, technical complexity, and unique considerations.
Asset Tokenization Comparison Table
Asset Type | Ease of Tokenization | Liquidity | Complexity | Key Notes |
Precious Metal & Commodities Tokenization | High | Very High | Low | Standardized units, strong custody frameworks, ideal for beginners learning how to tokenize precious metals and commodities |
Agricultural and Commodity Tokenization | Medium | High | Medium | Requires diverse storage and quality certification systems |
Industrial Metals Tokenization | Medium | High | Medium | Warehouse receipt integration and industrial demand tracking |
Rare Earth Elements Tokenization | Medium | Medium | High | Specialized custody, sensitive supply chains, geopolitical risks |
Medium | Medium/High | High | Legal fragmentation and multi-jurisdictional compliance | |
Medium | Medium | High | Subjective valuations, non-fungibility, authentication barriers | |
Luxury Assets Tokenization | Medium | Medium | High | Requires provenance checks and specialized insurance |
Low | Medium | High | Ongoing royalty modeling, ownership fragmentation | |
High | High | Low | Digital-native assets with no custody requirements | |
High | High | Medium | Bonds, notes, securities with mature compliance frameworks | |
Bond Tokenization | Medium | High | Medium | Clear legal precedents, automated coupon distribution |
Private Credit Tokenization | Medium | High | High | Requires underwriting models and borrower monitoring |
Stock & Equity Tokenization | Medium | High | High | Corporate governance and shareholder rights integration |
Tokenized Deposits & Stable Assets | High | High | Medium | Requires regulated custodial backing and audit systems |
Gaming & Entertainment Tokenization | High | Medium | Medium | Mostly digital-native, but dependent on platform ecosystems |
Green Energy Tokenization | Medium | High | Medium | ESG alignment and production verification requirements |
Carbon Credit & Environmental Tokenization | Medium | Medium/High | Medium | Avoiding double-counting, registry integration, audit complexity |
This comparative analysis demonstrates why precious metal and commodity tokenization offers one of the most accessible, scalable, and technically mature entry points within the broader RWA ecosystem. While each asset class presents unique challenges, the clarity, liquidity, and standardization found in commodity markets make them the strongest foundation for enterprises beginning their work in digital asset tokenization.
Benefits of Tokenizing Precious Metals & Commodities
Tokenizing precious metals and commodities delivers a wide range of operational, financial, regulatory, and market advantages. These benefits apply to institutional investors, enterprises, asset managers, commodity producers, and global market participants. While understanding how to tokenize precious metals and commodities provides the framework, the true value lies in the transformative benefits that tokenized commodities introduce to modern financial systems.
1. Enhanced Liquidity and Global Market Accessibility
- Tokenization converts traditionally slow, fragmented commodity markets into 24/7 tradable digital markets.
- Fractionalization removes the high entry barriers associated with purchasing physical metals.
- Investors across jurisdictions gain access to the same liquid trading environment without intermediaries.
- Tokens can be instantly transferred, traded, or collateralized, unlike physical assets that require manual settlement.
This creates a more inclusive and efficient global commodity marketplace.
2. Real-Time Transparency and Proof-of-Reserves
- Blockchain-based proof-of-reserves verifies that each token is backed by real, audited physical commodities.
- Custodial APIs, oracle networks, and audit logs make asset verification automatic and tamper-proof.
- Investors can view reserve data, inventory details, and collateral ratios at any time.
- Transparency significantly reduces counterparty risk and eliminates traditional opacity in commodities storage.
This enhances trust for institutions and regulators alike.
3. Efficient Settlement and Reduced Operational Costs
- Settlement processes shift from multi-day reconciliations to near-instant blockchain finality.
- Manual paperwork, warehouse receipts, and custodial reconciliation are replaced with automated workflows.
- Smart contracts streamline minting, burning, transfer restrictions, and redemption events.
- Organizations save significantly on administrative expenses and reduce settlement risk.
Tokenization modernizes commodity operations with digital precision.
4. Fractional Ownership and Democratized Investment Access
- Tokenization enables investors to purchase fractions of a commodity, lowering capital requirements.
- Gold, silver, copper, or oil exposure becomes accessible even in micro-denominations.
- Fractional ownership expands retail participation while preserving institutional utility.
- Enterprises can design structured investment products using multiple fractionalized commodity types.
This democratization is a major factor driving adoption across global markets.
5. Improved Collateralization and Financial Instrument Integration
- Tokenized commodities can be used as on-chain collateral for loans, liquidity pools, or margin accounts.
- They integrate seamlessly into DeFi protocols or institutional lending frameworks.
- Collateral can be verified instantly, enabling automated risk management.
- This allows banks, funds, and fintech platforms to develop new credit products backed by real-world assets.
The result is a more flexible and efficient credit ecosystem.
6. Global Regulatory Alignment and Compliance Automation
- Precious metals and commodities already operate under well-established regulatory frameworks.
- Tokenization integrates these traditional compliance models into programmable smart contracts.
- KYC, AML, sanctions screening, and investor eligibility checks can be automated at the transaction level.
- Regulators gain visibility through auditable, real-time digital records.
This ensures regulatory confidence and smooth cross-border operations.
7. Enhanced Security and Custodial Integrity
- Tokenization minimizes physical handling of the commodity, reducing theft and mismanagement risks.
- Multi-signature vault controls, insurance coverage, and attestations provide strong safeguards.
- Smart contracts enforce strict mint/burn rules tied to verified reserves.
- Token holders maintain a transparent, verifiable claim to underlying assets.
Security becomes measurable, provable, and trust-minimized.
8. Increased Efficiency in Supply Chain Tracking
- Integration with IoT devices and on-chain data enables end-to-end tracking of commodity movement.
- Purity, weight, origin, and handling conditions can be documented and verified on-chain.
- This reduces fraud in metals sourcing, especially for gold and industrial metals.
- Enterprises gain compliance advantages in ESG and ethical sourcing programs.
Supply chain visibility adds value well beyond trading and investment.
9. Lower Barriers for Institutional and Retail Product Development
- Asset managers can launch commodity-backed funds, stable assets, and structured investment vehicles.
- Commodity producers can access new financing channels using tokenized revenue or production rights.
- Platforms can offer diversified commodity baskets or hedging tools with automated rebalancing.
- Lower operational costs make it feasible to launch previously impractical financial products.
Tokenization fuels innovation across the entire commodities spectrum.
10. High Stability and Long-Term Economic Utility
- Precious metals like gold and silver are historically resilient and widely trusted.
- Industrial commodities have stable demand across manufacturing, energy, and infrastructure.
- Tokens backed by these assets inherit their intrinsic utility and economic relevance.
- This stabilizes value and reduces speculative volatility compared to pure crypto assets.
Tokenized commodities combine the reliability of physical assets with the efficiency of digital systems.
The benefits of tokenizing precious metals and commodities extend far beyond simple digitization. From improved liquidity and operational efficiency to enhanced compliance, transparency, and new financial products, tokenization transforms traditional commodities into powerful, programmable assets. This positions commodity tokenization as one of the most valuable applications within the global RWA ecosystem.
How Shamla Tech Helps You Tokenize Precious Metals and Commodities
At Shamla Tech, we provide end-to-end expertise for organizations that want to master how to tokenize precious metals and commodities with enterprise-grade precision. Our team delivers complete Real World Asset Tokenization solutions, combining technical development, legal structuring, custody integrations, and compliance engineering into one unified framework. With our White-Label Tokenization platforms, we enable rapid deployment of scalable Commodities Tokenization ecosystems backed by secure vaults, verified reserves, and automated audit systems.
Through specialized RWA Tokenization Legal Consulting, we ensure every project meets jurisdictional, regulatory, and custodial requirements. Our capabilities include Gold RWA Tokenization, Gold Mining Tokenization, token-backed stable assets, and multi-asset commodity baskets. We design smart contracts, oracle systems, and redemption workflows that make tokenized assets transparent, redeemable, and fully verifiable.
With our proven expertise, we help enterprises transform physical reserves into compliant, investable digital assets—securely, efficiently, and globally.
FAQs
1. What does it mean to tokenize precious metals and commodities?
Tokenization converts physical assets like gold, silver, or oil into digital tokens backed by real reserves. These tokens represent ownership, are fully auditable, and enable global trading, fractional investment, and automated settlement through blockchain technology.
2. How secure is commodity tokenization?
Commodity tokenization is highly secure due to insured custody, proof-of-reserve audits, blockchain immutability, and smart contract controls. Multi-signature approvals, automated compliance checks, and continuous reserve verification ensure that token holders maintain transparent, verifiable claims to real assets.
3. Who can benefit from tokenizing precious metals and commodities?
Mining companies, refineries, vault operators, asset managers, fintech platforms, and investors benefit through increased liquidity, expanded market access, fractional ownership, and improved operational efficiency achieved through regulated, transparent tokenization frameworks.
4. How does tokenization improve liquidity for commodities?
Tokens can be traded 24/7 across global platforms, bypassing slow, traditional settlement systems. Fractional ownership lowers investment barriers, while automated smart contracts enable instant transfers, secure collateralization, and entry into DeFi or institutional markets, significantly enhancing liquidity.
5. What is required to start a precious metal tokenization project?
You need verified physical assets, insured custody, legal structuring, smart contract development, compliance integration, oracle-based audits, and a secure distribution platform. A specialized partner like Shamla Tech streamlines technical, legal, and operational requirements for launching a compliant tokenization ecosystem.
