Token Economics

Dual enables any real-world or digital asset to be represented as a programmable token. Tokens are not cryptocurrency, they are digital representations governed by rules you define. This page explains how Dual's economic model creates value through templates, actions, and structured fees.

The DUAL Token Model

DUAL tokens are programmable digital representations of assets. Unlike cryptocurrencies, DUAL tokens are bound to rules defined by organizations. They enable fine-grained control over ownership, transfer, and state management, without requiring blockchain expertise from end users.

Platform Capabilities

Infrastructure, Not Speculation

Dual is infrastructure for tokenization. It is not a blockchain or a cryptocurrency platform. Tokens represent assets whose value is determined by real-world utility, not speculative trading. Organizations use Dual to reduce friction, improve transparency, and enable programmable asset control.

Token Lifecycle

Every token progresses through a well-defined lifecycle, from template definition to archival. Each stage represents a distinct state with different capabilities and constraints.

1. Template, Define the rules and structure of your token. Specify what data it holds, what actions are allowed, who can perform them, and how transfers work.

2. Mint, Create a token instance from the template and bind it to a wallet. The token receives a unique ID and is registered immutably in the system.

3. Active, The token exists and is fully operational. It can receive actions (state changes), be queried, and participate in transfers. This is its primary operational state.

4. Transfer/Action, Ownership can move between wallets according to template rules. All transfers are validated, logged, and immutably recorded in checkpoints.

5. Archive, The token is retired and no longer operational. Its history is preserved immutably. Archived tokens can be audited but not modified.

Pricing & Cost Structure

Dual's economic model is designed for scale. You pay only for what you use, minting tokens, performing actions, and storing state. As volume increases, marginal costs approach zero through checkpoint batching.

How Dual Makes Money

• Per-Action Fees: Each state change incurs a small fee based on data complexity
• Storage Fees: Token state and history are stored on durable infrastructure
• Premium Features: Advanced analytics, custom templates, and white-label support
• Settlement Costs: Gas fees for on-chain anchoring are amortized across batches

Cost Advantage vs. DIY

• No DevOps Cost: Dual handles all infrastructure, sequencing, and scaling
• No Settlement Latency: Amortized batching reduces per-transaction gas costs by 100–1000x
• Instant to Market: Deploy templates in minutes, not months
• Scalable Design: Marginal cost per token approaches zero at scale

Scalability: Marginal Cost Approaches Zero

As you mint more tokens and perform more actions, the cost per token decreases:

• Batching: 10,000 actions are bundled into one checkpoint before settlement
• Amortized Settlement: The gas cost is divided across all actions in the batch
• Efficient State: Token state is stored in compressed form in the sequencer
• Result: 1 action costs ~500 gas; 10,000 actions cost ~5 million gas total (~500 gas each)

Action Economics

An "action" is any state change on a token. Actions are the atomic unit of the Dual platform. They include transfers, metadata updates, validator calls, and state machine transitions.

Standard Action, Cost: Low, Transfer, metadata update, ownership change

Complex Action, Cost: Medium, Validator call, conditional transfer, complex state change

Batch Action, Cost: Per-Unit, Mint 1000 tokens in one operation; cost divided across all mints

Gas Abstraction: You Never Deal with Gas

Dual abstracts away gas entirely. Developers and organizations define fees in business terms (per action, per mint), not in blockchain gas. Dual internally settles gas costs through:

• Checkpoint batching (10,000 actions per checkpoint)
• Merkle tree optimization (proof size grows logarithmically)
• Selective on-chain anchoring (not every action goes on-chain immediately)
• Settlement batching via ZK rollup (compressed proof for thousands of actions)

Result: Your customers see predictable, transparent fees. Dual handles the blockchain complexity.

Cost Amortization Through Checkpointing

Every 15 minutes, Dual creates a checkpoint that bundles all actions into a Merkle tree and anchors it on-chain. The settlement cost (gas) is divided by the number of actions in the checkpoint. With 10,000 actions costing 5 million gas, the per-action cost is just 500 gas, a 20x reduction compared to individual on-chain transactions.

Template Economics

Templates are blueprints that define token behavior. They encapsulate the rules, state schema, and transfer logic. Template design directly impacts economics and performance.

Standard Templates

• Pre-built for common use cases (tickets, real estate, credentials)
• Lower processing cost (optimized for scale)
• Instant deployment, no custom development
• Composable with other standard templates

Custom Templates

• Fully customizable to your business logic
• Cost depends on template complexity
• Designed and tested by Dual team
• Available on template marketplace (future)

Template Complexity and Processing Cost

Template complexity affects the cost of each action performed on a token instantiated from that template:

• Simple schema (5–10 fields) → Base cost
• Medium complexity (10–50 fields) → 1.5x base cost
• High complexity (50+ fields, complex validators) → 2–3x base cost

This reflects the actual computational and storage overhead. Complex templates are fully supported but incur proportional costs.

Cross-Platform Value & Network Effects

Dual's value grows with adoption. As more organizations use the platform, tokens become more interoperable, liquid, and composable. This creates powerful network effects.

Interoperability, Tokens from different organizations can bridge between platforms. A wine token from a vineyard can be traded on multiple marketplaces, each using Dual.

Network Effects, More organizations → more token types → larger ecosystem → higher liquidity → more value for all participants. Early adopters benefit from network growth.

Composability, Tokens from different issuers can interact. Real estate tokens can be bundled with insurance tokens. Event tickets can be combined with VIP access tokens.

Real-World Examples, Wine tokens (vintner) + provenance tokens (distributor) + insurance tokens (broker) = fully programmable supply chain. All on Dual.

Fee Structure

Dual's fees are transparent and itemized. You only pay for what you use.

Fee Flow Through the System

User/Org → Pays action fees to the organization

Organization → Retains margin, pays Dual platform fee

Dual Platform → Covers infrastructure, sequencing, storage

Settlement Costs → Gas fees for on-chain anchoring (amortized)

Fee Transparency

All fees are transparent and queryable via API:

GET /pricing/fees
200 OK
{
  "mint": 0.01,
  "action": 0.005,
  "transfer": 0.01
}

Enterprise Pricing Tiers

Volume Discounts: Organizations minting 1,000+ tokens per month qualify for discounted rates.

Custom Plans: High-volume users (10,000+ actions/day) get dedicated infrastructure and support.

SLA Guarantees: Enterprise plans include 99.99% uptime SLA and priority support.

Contact sales@dual.io for volume pricing.

Economics at Scale

Dual's economic model is designed for growth. As you scale, costs per token decrease, while value increases through network effects and composability.

Startup (100–1,000 tokens)

• Cost per Token: $0.50–$1.00
• Includes: Mint fee, 10 actions per token, basic storage

Growth (1,000–100,000 tokens)

• Cost per Token: $0.10–$0.50
• Includes: Volume discount on mints, amortized action costs, shared infrastructure

Enterprise (1,000,000+ tokens)

• Cost per Token: $0.01–$0.10
• Includes: Dedicated infrastructure, custom templates, SLA guarantees

Related Topics

• Sequencer, Action batching and checkpoint design
• ZK Rollup, Proof generation and settlement
• Smart Contracts, On-chain token ownership and state