DxSxT Network White Paper v1.0

DxSxT Network Vision and Declaration

Preface

In the surging wave of digital asset and protocol innovation, DxSxT Network emerges in an era that champions openness, fairness, and co-creation of value. We firmly believe that the future network will be user-centric, contribution-driven, and collaboratively governed by protocols.

Our Mission

DxSxT is not merely a single-function on-chain platform; it is a decentralized, multi-functional network infrastructure layer encompassing content creation, on-chain transactions, GameFi, ecosystem protocols, DePIN applications, and even AI model governance. We transcend boundaries, fostering a symbiotic and mutually beneficial environment for various participants, including creators, players, and protocol users.

Through the DST Token as a unified unit of value, DxSxT will bridge applications and contributions, actualizing an on-chain realm where everyone can participate and assert their rights.

Our Vision

Our vision is to build an unbounded decentralized value network, where innovation knows no limits, and participation equals ownership.

Slogan-style

DxSxT Network — An unbounded network world built for creators, players, and protocol users.

Legal and Risk Disclaimer

Risk Disclaimer & Legal Notice

This document ("Whitepaper") serves solely to provide technical, visionary, and token economic model information pertaining to the DxSxT Network project. It does not constitute investment advice, a fundraising solicitation, a guarantee, a promise, or a legal contract in any form. Please carefully read the following risk disclaimer and legal terms before participating:

1. Information Purpose Statement

The content contained in this Whitepaper is for general informational purposes only. All data is based on the future development direction envisioned by the current project team.
This document shall not be considered a securities prospectus, investment advice, financial service solicitation, or offering document in any jurisdiction.
The content of this Whitepaper may be updated as the project progresses, through DAO resolutions, or due to technical adjustments. For the latest information, please refer to official communications.

2. Token Risk Statement

Holding or using DST Tokens involves the following significant risks:

Risk Type	Description
Price Volatility	DST Token is not a stablecoin; its price may fluctuate dramatically due to market supply and demand.
Regulatory Risk	Different countries have varying definitions of crypto assets, and policy changes may affect usage and trading.
Technical Risk	Protocol errors, smart contract vulnerabilities, or failure of third-party tools may lead to asset loss.
Hacker & Security	The system may be subject to hacker attacks, resulting in data leakage or asset theft.
Liquidity Risk	If there is a lack of trading counterparts, DST may experience insufficient liquidity.
Ecosystem Risk	Insufficient adoption of protocols or applications may lead to a decrease in token value and utility.

Important Reminder: Investors should prudently assess their own risk tolerance and bear any financial losses independently.

3. Legal Restrictions and Regional Exclusion Statement

This Whitepaper is not directed at or distributed to jurisdictions that prohibit, restrict, or regulate participation in crypto assets.
If you are a resident or legal entity in such a jurisdiction, please do not participate in activities related to DxSxT Network.
Users are obligated to confirm whether their participation complies with local laws and regulations.

4. Future Outlook and No Guarantee Statement

The descriptions regarding DxSxT Network's development plans in this Whitepaper are merely goal-oriented vision statements and do not constitute legally binding commitments.
No explicit or implied guarantees are made regarding project progress, token value, partnership advancements, listing progress, or other related content.
All participants should understand that blockchain project development carries a high degree of uncertainty and may deviate from original plans.

5. Disclaimer of Liability

The DxSxT Network team shall not be held liable for any direct or indirect losses that may arise from the use of the content in this Whitepaper or participation in this project.
Users should exercise their individual judgment, seek professional legal, financial, and tax advice, and bear all risks associated with participation.

6. Intellectual Property Rights Statement

Unless otherwise stated, all text, graphics, architecture, and technical designs within this Whitepaper are owned by or licensed to DxSxT Network.
No one may reproduce, distribute, or use them for commercial purposes without prior written consent.

System Overview and Architecture

Protocol Architecture and Technical Architecture (Solana Version)

Core Modules and Data Flow

Core Functional Module

DxSxT Network adopts a modular design, where all protocol functions can be independently deployed, upgraded, and expanded according to actual needs. The main modules include:

Module Name	Function Description	Technical Implementation	Security Mechanism
On-chain Transaction Engine	Provides token conversion, NFT issuance and transfer, and asset exchange functions, integrating Solana's high-frequency performance characteristics.	Solana Program (Rust) + SPL Token Standard	Multi-signature verification, transaction limit control, slippage protection.
Liquidity Mining Module	Users can stake assets or complete on-chain tasks to earn DST Token rewards, supporting tiered referrals and anti-inflation design.	Smart Contract + Time-lock Mechanism	Re-entrancy attack prevention, staking verification, reward calculation security.
DAO Governance Module	Built on Solana's programmatic governance standards, it supports community proposals, weighted voting, and binding of contract execution.	SPL Governance + Custom Voting Weight Algorithm	Proposal cooling-off period, voting weight verification, execution permission control.
Application Protocol Integration Module	Supports the integration of GameFi, content protocols, AI protocols, etc., adopting a plug-in protocol form.	Standardized API Interface + Protocol Adapter	Interface permission management, data validation, protocol isolation.
DST Token Contract	The foundational contract module that manages total supply, unlocking, distribution, and user interactions, with built-in lock-up and staking mechanisms.	SPL Token + Custom Economic Model	Supply control, unlocking schedule, inflation protection.

Client and Wallet

Supported Wallets: Phantom, Solflare, Backpack (using Solana Wallet Adapter standard)
Login and Signature: SIWS (Sign-in With Solana), message signature anti-phishing verification, source domain binding.
Transaction Experience:Single/batch signature, priority fee suggestions, error classification (slippage/balance/permissions).
Key Management: MPC and social recovery (non-custodial), multi-signature and whitelisted address management.
Caching and Synchronization:IndexedDB caecent transactions and account snapshots, offline draft signatures, automatic synchronization after recovery.
Development Kits: Web SDK, React Native SDK, server-side signing auxiliary tools.

Module	Capability	Security Design
Wallet Connection	Connect/disconnect, network detection, account switching	Minimal permissions, domain binding prompts
Transaction Sending	Single/batch, priority fees, retries	Replay protection, Nonce management, standardized error codes
Asset Management	SPL Token/NFT query and display	Read-only RPC, rate limiting, phishing contract flagging
Signing and Verification	SIWS, message signing	Fixed message templates, risk prompts, expiration times

Protocol/Contract Layer

Contract Modules: Transaction Engine, Liquidity Mining, DAO Governance, DST Token, Protocol Adapters (Plug-in).
Account Model: PDA (Program Derived Address) for state management; resource naming and permission domains standardized by seeds.
Events and Logs: Critical operations emit events for indexers/dashboards; error codes and event names are standardized.
Upgrade Governance: DAO controls upgrades via Governance programs; Timelock + multi-signature for execution.
Compatibility: Compliant with SPL Token/Metadata; integrated with Wormhole for cross-chain asset mapping.
Security Baseline: Re-entrancy protection, mathematical overflow checks, privilege separation, emergency pause.

Performance and Usability Goals

Technical Foundation Design

Advantages of Solana Mainnet Deployment

Performance Advantages:

High TPS: Theoretically capable of processing 65,000+ transactions per second.
Low Latency: Approximately 400ms block confirmation time.
Low Cost: Average transaction fee < $0.01.
High Throughput: Suitable for high-frequency interactive applications (GameFi, DePIN, DEX).

Technical Advantages:

Rust Language: Memory safety, high performance, zero-cost abstractions.
Parallel Processing: Sealevel parallel runtime, supporting thousands of smart contracts executing in parallel.
Proof of History (PoH): Provides a global timestamp, ensuring transaction order consistency.

Cross-chain and Interoperability Cross-chain Protocols (XCMP/CCIP/IBC/Self-developed)

Cross-chain Scalability Design

Short-term Plan:

Integrate Wormhole as the primary cross-chain bridging protocol.
Support cross-chain assets for Ethereum, BSC, and Polygon.
Achieve DST Token circulation on mainstream chains.

Mid-term Plan:

Integrate Hyperlane as a backup cross-chain solution.
Support chains like Cosmos, Avalanche, Arbitrum.
Implement a cross-chain governance right synchronization mechanism.

Long-term Plan:

Deploy to Solana Subnet for higher performance.
Utilize Eclipse or Saga to build a dedicated Appchain.
Achieve fully decentralized cross-chain asset management.

Smart Contracts and Developer Experience

Technical Architecture & Development Stack

DxSxT Network adopts a highly modular, three-layered architecture, combining the high performance and decentralized characteristics of the Solana mainnet to achieve a scalable, pluggable, and low-barrier blockchain application ecosystem.

Core Architecture Design Diagram

Overview of Development Technology Stack

Technology Category	Technology Used	Description
Blockchain Mainnet	Solana	High TPS, low cost, PoH time sequencing mechanism
Smart Contract Language	Rust	Develop Solana Programs, secure and efficient
Token Standard	SPL Token	Solana-compatible tokens and governance modules
Frontend Framework	NextJS	Official website, Web3 Dashboard, DAO management
Mobile Development	React Native / Expo	Supports cross-platform mobile apps
API Layer	HonoJS/RESTFUL	Provides fast data reading interfaces for Web2/3 applications
Wallet Integration	Phantom / Solflare / Backpack	User login, signing, and DST management
Data Storage	S3/DynamoDB/IPFS	Decentralized asset (images, profiles) storage and Web2 assets
Data Analytics	Helius / Flipside / Dune (planned)	Protocol usage statistics, community contribution tracking
CI/CD Tools	Github Action/EAS workflow	Automated deployment and rapid iteration
Security Tools	Sealevel Security / Audit Partner	Smart contract vulnerability detection and auditing process
IaC	SST	Manage and provision cloud resources

Mobile Architecture Supplement

Function Module	Technology Selection	Description
Mining Module	Eventbridge+Lambda	Daily check-in, task mining, security verification
Wallet Module	Solana Mobile Wallet Adapter	Built-in DST Token wallet + NFT display
Referral System	Deep Link / Universal Link	Referral invitation links and performance statistics
Data Synchronization	DynamoDB	Mobile caching and on-chain synchronization strategy

Testing and Deployment Environment

Phase	Mainnet	Testing Tools
Development	Devnet	Solana Devnet + Anchor + Helius
Preview	Testnet	Module testnet deployment + user test simulation
Go-Live	Mainnet-Beta	Formal contract and DAO module deployment

Security and Governance Risk Control Measures

Category	Mechanism	Tool / Description
Contract Security	Multi-signature wallet / Upgrade lock / Cooling-off period	Realms / Timelock Governance
System Security	AWS Cloudwatch/sentry	Watchdog + public chain monitoring service
DAO Governance Risk Control	Proposal threshold + Voting delay + Community review	SPL Governance + veDST verification
Wallet Security	Signature restrictions + Certified signature alerts	Solana Wallet Adapter security layer

Module Development and Integration Guide (Developer Expansion)

Provides Plug-in SDK kits (TypeScript + Rust).
All protocol modules support Interface Definition Language (IDL) standards.
Ecosystem developers can propose new modules for deployment via Builder DAO.
Integrated modules can customize fees, verification, and governance permissions.

Tokenomics and Fee Model

Changing the Token's Economic Model via DAO Voting Proposals

Token Functions and Use Cases

Token Utility

DST is the core token of DxSxT Network, designed for multi-functionality and ecosystem integration:

Token Use Case	Corresponding Technical Module	Specific Implementation Mechanism	Description
Governance	DAO Governance Module	Implements proposal voting via SPL Governance	Participates in DAO proposals, voting, and resource allocation decisions.
Staking	Liquidity Mining Module	veDST model, lock-up duration determines weight	Locking up DST earns rewards and governance weight (supports ve-model).
Mining Rewards	Liquidity Mining Module	Dynamic reward distribution based on TVL contribution	Serves as a reward source for user participation in protocol interactions, such as referrals, tasks, TVL contributions.
Ecosystem Payment	On-chain Transaction Engine	Pays transaction fees and resource purchases	Pays on-chain transaction fees, purchases resources, module usage licenses, etc.
Functional Threshold	Application Protocol Integration Module	Staking DST to gain access to advanced features	Proposing, deploying protocols, or gaining access to advanced features may require staking or holding DST.

Supply, Distribution, and Release Token Information

Item	Information
Token Name	DST Token
Protocol Code	DST
Blockchain Platform	Initially deployed on Solana Mainnet
Supply	6,000,000,000 DST (6 billion, initial total supply)
Supply Model	Total supply ceiling is tentatively set at 6 billion, with no continuous inflation mechanism. Future adjustments, if needed, will be decided through DAO governance proposals and community voting, and publicly announced and executed upon approval.

Distribution Ratio

Vesting and Unlocking Mechanism (Vesting)

Category	Cliff	Linear Release Period	Unlocking Method and Governance Restrictions
Team / Founders	12 months	36 months	4 years total, no voting rights for locked tokens
Private Investors	6–9 months	12–18 months	Unlocked in rounds, progress announced periodically
Advisors	6 months	12–18 months	Tied to task contributions and advisor contract terms
Community / DAO	None	DAO determined release	Controlled by multi-signature + community governance voting

Public Offering and Reserve Funds (Vesting)

Category	Total Share	Release Plan	Unlocking Method and Governance Restrictions
Public Offering (IDO)	0–20% TGE	Remaining proportion (80–100%) linear release within 3-6 months	Can set instant release cap + dynamic announcements
Reserve Fund	Activated as needed	Activated as needed	Used for rapid response and repair funds in case of protocol security vulnerabilities, market shocks, or critical infrastructure failures.

Note: TGE (Token Generation Event) refers to the time point when tokens are first generated and can be distributed, typically the beginning of the project's official token issuance phase. TGE is not equivalent to exchange listing but often occurs close to or concurrently with it.

Staking and Slashing Mechanism

Adopts the veDST staking model:

The longer the lock-up period, the higher the governance weight and staking yield.
Supports dynamic lock-up extension and weight stacking.
No general slashing rules are set; governance-related restrictions are based on unlock status and task completion.

Revenue and Participant Model Liquidity Mining Distribution Mechanism

Notes and Governance Instructions

Each halving will automatically execute upon reaching a specific "number of active on-chain addresses" and be announced on the DAO dashboard.
30 days prior to a halving, a forecast of changes in distribution will be announced to ensure market expectations and information symmetry.
Future halving logic and parameters can be adjusted by DAO vote, and subdivided halving phases can be dynamically added based on module requirements.
Important Note: The annual release of 180M DST originates solely from the existing 30% liquidity mining allocation (totaling 1.8B DST), not from newly issued tokens. The current total supply remains at 6 billion.
Should additional issuance or adjustments to the supply model be required in the future, it must undergo review and voting through the DAO governance mechanism, ensuring transparency, fairness, and community consensus.

Long-term Impact:

Increased Scarcity: Task rewards transition from rapid growth → stable distribution → ultra-long-term precise incentives.
Elevated Participation Value: Early task participants will become beneficiaries of value accumulation.
Governance-led Transformation:Later, the focus of value shifts from mining to module operation and governance participation.

DxSxT's halving mechanism is a "human-centric" distribution control model, synchronizing value growth highly with contribution and participation, establishing a predictable, governable, and sustainable token release logic.

Ecosystem Application Scenarios and Value Flow Path

DxSxT Network is not just a set of protocols and a token mechanism; it is an open and extensible on-chain value network. Through the design of the DST Token and its modular protocol architecture, various roles such as creators, players, protocol developers, and contributors can participate, forming a tangible flow of value.

GameFi Application Scenarios

Participant	Action	DST Value Flow	Corresponding Module
Players	Play games / complete tasks	Earn DST rewards	Liquidity Mining Module
Game Developers	Deploy game protocols	Require staking DST to use game modules and tools	Application Protocol Integration Module
Guilds / Referrers	Refer users to participate	Earn DST based on TVL / activity	Referral Incentive Module (under expansion)

DxSxT will provide a GameFi SDK, enabling third-party developers to quickly integrate DST-driven reward and governance modules.

AI Model Training and Governance

Participant	Action	DST Value Flow	Corresponding Module
Data Providers	Upload training data / participate in labeling	Can earn DST rewards	Mining Module / Data Verification Module
Model Trainers	Use on-chain GPU / computing resources	Pay DST to rent resources	Ecosystem Payment Module
Model Governors	Conduct DAO evaluation of model performance	Can influence model upgrade direction via voting	DAO Governance Module

DxSxT plans to develop an "on-chain AI model pool" to support multi-model governance and DST reward distribution.

Content Platform and Creator Economy

Participant	Action	DST Value Flow	Corresponding Module
Creators	Publish content, tokenize creations as NFTs	Can receive DST as support and transaction returns	On-chain Transaction Engine / NFT Module
Supporters	Tip / purchase creative content	Pay DST to support creators	Ecosystem Payment Module
Content Platform Providers	Integrate creator protocols	Require staking DST to qualify for module usage	Application Protocol Integration Module

DxSxT supports "content as an asset," allowing creators to put their works on-chain and customize NFT sales and licensing rules.

Value Flow Characteristics of DxSxT Network

Multi-role Interaction Design:Creators, players, and node operators can all contribute and benefit.
Modules as Economic Interfaces:Each module serves as a value inflow point and exchange arena.
Token Flow Closed Loop: The acquisition, consumption, staking, and governance of DST form a positive cycle.
Resources as Value: Whether it's computing power, creation, data, or time, any contribution can be tokenized.

Governance and Forkless Upgrades

Decentralized Autonomous Organization (DAO) Governance

DxSxT Network adopts a phased decentralization of governance, establishing an open, transparent, and scalable DAO architecture. This ensures that protocol upgrades, fund allocations, and module integrations are jointly decided and overseen by the community, thereby realizing an on-chain realm where "everyone participates and everyone asserts their rights."

Governance Design Principles

Decentralization: DAO drives all major decisions.
Contribution-Oriented: veDST determines governance weight and eligibility.
Financial Transparency: Treasury expenditures are traceable, proposable, and vetoable.
Modular Governance: Supports the coexistence and operation of multiple DAO sub-organizations.
Risk Control: Establishes cooling-off periods, multi-signature verification, and prevents governance abuse.

DAO Architecture Composition Diagram

veDST Governance Weight Model

Calculation Formula: Voting Weight = Locked DST Quantity × Lock-up Time Coefficient (veDST)

Functional Permissions: Proposing, voting, reviewing treasury allocations, module listing review.

Security Mechanisms:

Prevent vote mining: Governance actions do not directly award rewards, avoiding manipulation.
Anti-monopoly mechanism: A single address's governance weight is capped at 5% of the total weight, preventing control by large holders.

Lock-up Period	veDST Multiplier	Proposal Eligibility	Voting Weight Level	Anti-Monopoly Limit
1 month	0.25x	None	Basic	Single address max 2%
3 months	0.5x	Regional proposals eligible	General	Single address max 3%
12 months	1.0x	Can initiate system-wide proposals	Full Governance	Single address max 4%
24 months	1.5x	Can apply for treasury expenditures and DAO sub-organization governance seats	Advanced Governor	Single address max 5%

Proposal and Governance Process

Phase	Action	Description
1. Draft Phase	Proposer writes a draft and submits it to the DAO forum for discussion	Suggested drafts include goals, budget, and impact assessment.
2. Pre-review Phase	Community discussion + core review team conducts initial filtering	Prevents spam proposals and duplicate proposals.
3. On-chain Phase	Proposal goes on-chain, governance voting begins (must meet threshold)	Reaching the turnout and approval ratio is considered approval.
4. Execution Phase	After approval, enters a delay period (e.g., Timelock 48 hours) before execution	Critical operations require multi-signature control and time lock.
5. Tracking Phase	DAO announcement area and Dashboard track proposal execution status	Modifications or nullification votes can be proposed.

DAO Treasury Management Mechanism

Mechanism	Description
Treasury Sources	Transaction fees, module usage fees, unallocated DST, reclaimed assets from airdrops, etc.
Expenditure Uses	Ecosystem subsidies, module grants, activity rewards, liquidity incentives.
Control Method	All expenditures require DAO voting and are executed by multi-signature accounts.
Transparency Tools	Establish a DAO treasury dashboard for real-time viewing of expenditure records and proposal links.
Audit Measures	Regular reports on treasury usage published by audit nodes (e.g., monthly).

Governance Tools and Community Platforms

Tool	Purpose
SPL Governance	Implements DAO proposal and voting processes
Realms UI	Frontend voting platform for DAO users
Discourse / Forum	Draft proposal discussion and community feedback
Snapshot (backup)	Quick public opinion testing or informal resolutions
DAO Dashboard	Query interface for proposal records, voting results, and governance contributions

Future Direction of Governance Evolution

Opening of sub-DAO autonomous systems for proposals and certification mechanisms (DAO-as-a-Service).
DAO identity system (SBT / NFT symbolizing contribution history and reputation).
Governance contribution leaderboards linked to veDST rewards.
Ethical review and blacklist module to prevent malicious manipulation or fraudulent DAOs.
Collaboration agreements with external DAOs (e.g., cross-DAO joint governance, module alliances).

Summary of Governance Philosophy

The DAO governance architecture of DxSxT Network is not merely "whoever has tokens decides"; instead, it is built upon contribution time + commitment to hold (veDST), establishing a fair, secure, and scalable governance system through multi-layered proposal and review processes. This ensures that the community truly drives platform evolution and value distribution.

Security Model and Risk Control

Security & Compliance Design

The foundation of decentralized applications is "trust derived from mechanisms, not individuals." DxSxT Network regards security and compliance as core values in its protocol design, establishing a robust and trustworthy operational assurance mechanism across smart contracts, security modules, governance processes, and potential legal risks.

1. Smart Contract Security Strategy

Category	Security Design	Implementation Tool / Description
Contract Audit	Proposer writes a draft and submits it to the DAO forum for discussion	Partners like Sealevel Security, OtterSec
Upgrade Control	Community discussion + core review team conducts initial filtering	SPL Governance + Timelock
Emergency Pause	Proposal goes on-chain, governance voting begins (must meet threshold)	Management permissions restricted to multi-signature addresses
Re-entrancy Protection	After approval, enters a delay period (e.g., Timelock 48 hours) before execution	Rust contract structure control + state locking logic
Data Validation	DAO announcement area and Dashboard track proposal execution status	Set up a data validation gateway module (Data Gate)
Overflow Protection	All mathematical operations use SafeMath or Rust's built-in overflow checks	Prevents numerical overflow attacks
Privilege Separation	Administrator and user privileges are strictly separated, adhering to the principle of least privilege	Multi-signature wallet + role-based access control
Event Logging	All critical operations log events for easy tracking and auditing	Solana Program event system

2. System and Client Security

Level	Measure	Tool / Description
User Wallet Security	Only supports verified Solana wallets (Phantom / Backpack, etc.)	Solana Wallet Adapter security layer
Behavioral Verification	Mining / task actions require device fingerprint or CAPTCHA verification	Prevents automated abuse and bot tasks
Backend API Security	Management API uses dual-signature and role-based access control	Supports JWT + key-value pair authentication
User Data Protection	Only stores necessary on-chain interaction records, does not collect private sensitive information	Complies with GDPR / Web3 privacy principles
SDK Security	SDK is open-source, verifiable, and allows community review	Tamper-proof, malicious dependency injection prevention design

3. DAO Governance Risk Control

Risk Control Item	Prevention Mechanism	Tool / Description
Proposal Abuse	Set minimum veDST weight threshold for proposals	Prevents malicious and spam proposals
Vote Manipulation	Set cooling-off period, minimum participation threshold	Prevents concentration and manipulation of voting power
Emergency Governance	Establish an Emergency DAO responsible for major risk handling	Rapid response mechanism
Treasury Fund Abuse	All allocations require multi-signature + public review process, and supervision by audit nodes	Transparent fund management

4. Compliance and Legal Risk Response

Compliance Scope	Design Considerations	Implementation Strategy
Token Issuance & Sale	DST Token is for functional use only, does not represent equity, yield, or investment commitment. Public promotion in high-risk jurisdictions will be avoided.	Clear token utility statement, avoids securitization risk
KYC / AML Considerations	Public offering phase may include selective KYC (depending on regulatory requirements), but core protocol usage remains anonymous and open.	Balances compliance requirements with decentralization principles
User Data Policy	Interacts only through wallet signatures, does not store user identity information, complies with Web3 minimal identification principles.	Minimizes data collection, protects user privacy
Legal Counsel Involvement	Project team will continuously collaborate with blockchain compliance consultants and international law firms to ensure future ecosystem healthy development.	Professional legal support and compliance guidance

Summary of Security Philosophy

DxSxT Network is committed to building a decentralized infrastructure network that possesses technical security + mechanistic credibility + compliance flexibility. We deeply understand that only by establishing a trustworthy protocol foundation can the entire token economy and community governance operate sustainably for the long term

Ecosystem, Collaboration, and Business Model

Incentive and Fund Programs

Incentive & Contribution Model

In DxSxT Network, incentives are not just economic returns; they are the core mechanism for maintaining the vitality and sustainable development of the decentralized network. Through a multi-layered contribution model based on DST Token, we aim to build an on-chain consensus community where "participation equals contribution, and contribution equals value received."

Multi-tiered Contribution Roles and Incentive Mechanisms

Participant Role	Performable Actions	Corresponding Incentives	Calculation Basis
General Users	Login, complete tasks, participate in governance, refer others	DST airdrops / task rewards / veDST	Activity Points (XP) + TVL contribution
Mining Participants	Complete liquidity staking, long-term DST lock-up	DST rewards / governance weight	Locked amount × Time (veDST model)
Protocol Developers	Deploy protocol modules / toolkits	DST subsidies / DAO construction fund application	Module usage / community activity
Node Providers (DePIN)	Upload valid data, participate in data validation	DST data mining rewards	Data quality + number of contributions
Contributors (translation, documentation, community operations)	Self-initiated contributions, content creation, community management	DST airdrops + special identity certification	Approval through contribution review and voting confirmation

Activity Points System (XP System)

To promote daily participation, DxSxT will introduce an XP (eXperience Points) system. All on-chain/off-chain contributions can earn XP, and DST or DAO voting rights will be regularly airdropped based on XP rankings.

Behavior Type	XP Points	Update Frequency
Daily login / usage	+1～3	Daily
Complete tasks / tutorials / mining operations	+10～30	Instant
Participate in DAO voting / proposal discussions	+10	Per participation
Refer valid users	+20 (XP bonus)	Per user once
Review others' contributions / evaluate modules	+5～15	Per instance

veDST Staking Model (Staking & Governance Weight)

DxSxT adopts an improved veToken model (voting escrow) as the basis for staking and governance participation:

Core Features:

The longer the DST is locked up, the higher the corresponding veDST weight.
veDST can influence: voting weight, module usage priority, airdrop distribution ratio, DAO proposal threshold, etc.
veDST is non-transferable during the lock-up period; if tokenized as an NFT, it may allow secondary market trading of lock-up certificates.

Lock-up Period	Corresponding veDST Weight	Participating Functions
1 month	0.25x	Basic governance voting
3 months	0.5x	Module usage priority + small DAO proposals
12 months	1.0x	Full governance and ecosystem resource application rights
24 months	1.5x	High-weight airdrops + participation in DAO fund oversight committee

DAO Builder Incentive Grant

To encourage protocol builders and application developers to continuously create value, the DAO treasury will reserve 12% of DST for subsidies and incentives, executed in three categories:

Module Deployment Subsidy: For GameFi, AI, NFT, and other Plug-in module developers, regularly distributed based on usage or community rating.
Education and Content Creator Subsidy: DST rewards for those who create educational materials, translations, documentation, and videos.
Community Promotion Ambassador Program: Electing ambassadors by region/language to conduct localized promotion and educational activities.

Contribution Cycle Design: Participation → Motivation → Growth → Governance

Motivation System Philosophy

The DxSxT motivation system will not just be a cold "reward mechanism"; it will be the fundamental value basis for the entire network's self-operation, self-governance, and self-evolution.

Roadmap and Milestones

DxSxT Network Roadmap

DxSxT Network will adhere to the principles of modularity and phased progression, steadily advancing its core protocols, mobile applications, ecosystem partnerships, and governance decentralization. The ultimate goal is to achieve a highly participatory, high-value-flowing decentralized value network.

Additional Notes

The roadmap is a dynamic, rolling plan that will be adjusted based on DAO decisions, community suggestions, and partnership advancements.
All progress will be regularly announced and updated via the DxSxT official website and governance forum.