Whitepaper

1.1 What is Loton

Loton is a Telegram mini-app and a Web3-oriented model for dynamic value distribution based on participation, network activity, and interaction between users. The system functions through one-hour pools (lots) in which participants contribute crypto assets from the TON ecosystem and open positions that form their overall cluster.

The Loton mechanism relies on: • dynamic pools with one-hour cycles, • positions with unique identifiers, • network structure of participants, • algorithm for value coordination, • the principle of activity and interaction.

Loton is not an exchange, financial instrument, or game of chance. It is a social-network model that transforms activity and connectivity between participants into dynamic internal value.

1.2 Context: TON, Telegram, and network communities

TON blockchain and Telegram form one of the most active and rapidly growing ecosystems in Web3. In this environment, communities, channels, groups, and direct connections between people play a key role.

Loton is naturally born in this context — in a space where: • Telegram is a global social infrastructure, • TON offers speed, low fees, and scalability, • communities can grow networks at enormous speed.

This is exactly where Loton finds its fundamental logic: value is driven when participants are active, connected, and consistent.

1.3 Why Loton exists

The Web3 world offers many models for staking, pools, farming, and participation mechanics, but lacks a system that: • uses network activity as a driver; • creates dynamics instead of static returns; • stimulates human interactions rather than "capital lock-up"; • distributes value through a multi-layered model based on position, activity, and structure; • grows through community rather than centralized rewards.

Loton fills exactly this gap.

This is not a financial product — it is a dynamic ecosystem where: • activity creates movement, • networks create advantages, • pools create rhythm, • participants build value through participation rather than deposit expectation.

2.1 Long-term vision: Loton as a decentralized protocol

Loton aims to become a fully decentralized, community-driven protocol in which: • pool logic is automated through smart-contract systems, • distributions transition to on-chain provable mechanisms, • the Loton token is backed by activity in the pools, • the community determines the direction through DAO, • network structures become part of a protocol architecture, • buyback & burn mechanisms support the sustainable value of the token.

The protocol model is designed to be transparent, verifiable, and managed by participants in the ecosystem.

2.2 Current stage: Testing the model and building a large community

Currently, Loton is in its main stage of testing the concept: • real users use the platform daily; • pool dynamics and interaction between participants are observed; • the position coordination algorithm is optimized; • network structures and distributions are analyzed; • referral mechanisms are tested; • a large core of active participants is being built.

This stage aims to: • validate the model, • optimize all mechanisms, • build a global community, • prepare the platform for the next phase — tokens and decentralization.

2.3 The role of this stage for future decentralization

Before the Loton token is issued and a DAO is created, it is necessary: • to have a stable model, • to have a large community, • to have proven pool dynamics, • to have clear data from real participant behavior, • to optimize the network structure, • to prepare an architecture for future protocols.

This period is fundamental because:

Strong decentralization can only exist on a strong community and a proven model.

Loton is currently building exactly this foundation.

This chapter describes the fundamental elements that build Loton — pools, positions, clusters, and network structure. These are the "tools" of the system through which dynamics are created on the platform.

3.1. One-Hour Pools (Lots)

Pools represent one-hour cycles in which participants contribute crypto assets and open positions. Each pool is independent — it has its own balance, its own participants, and its own distribution.

Characteristics: • each pool lasts 1 hour; • the participant contributes a minimum of 1 token from the respective assets; • pools are created for various crypto assets: TON, NOT, USDT, and others; • after the period expires, all values in the pool are coordinated and distributed between active positions and network structures; • there is no "roll-over" — each pool is one-time and ends independently.

Pools create rhythm — they set the movement in the system. Every hour, participants open a new opportunity for interaction.

3.2. Digital Positions in Loton

In Loton, every participation generates one or more positions with unique identifiers. These positions differ in their source and function.

LOT ID

The primary position created with every contribution to a pool. LOT ID participates in the value distribution on an equal basis with all other positions.

NET ID

A network position that the participant receives when they invite a new participant and that person joins the same lot in which the inviter also participates. NET ID is activated in the pools and also receives value. The more first-level participants join the lots — the more NET IDs.

GEN ID

Positions related to Genesis status and Genesis cards. GEN ID has a strong effect on the participant's cluster and is activated when participating in pools.

BONUS ID

Positions given during special events, campaigns, or promotional mechanics.

All positions are individual, have their own value, and are not combined into a single asset.

3.3. Loton Cluster

The cluster represents the overall structure of positions that a participant activates. It determines their "digital power" in a specific pool.

The cluster includes: • all LOT IDs • all NET IDs • all GEN IDs • all BONUS IDs

The cluster value is the sum of the values of all positions activated in the respective lot. This is the share that determines how much of the distributed value will be coordinated to the participant.

The larger and more diverse the cluster → the higher the potential share.

3.4. Network Structure and Network Shares

The network in Loton is a continuous, layered structure built by joined participants. Each participant can develop their own three-level structure and inherited structures from an unlimited number of higher levels: • First level: direct invitees; • Second level: invited by them; • Third level: extension of the second.

The network is not static — it grows, develops, and is inherited.

The percentage for network shares is variable:

between 2% and 12% of the total pool balance, determined by the algorithm.

This percentage is distributed across the levels as follows: • 50% for the first level, • 35% for the second level, • 15% for the third level.

Key properties: • Network structures create significant potential shares. • Participants can inherit shares from inactive participants from higher levels. • The network works simultaneously in all pools, regardless of the asset.

Network activity is one of the strongest growth mechanisms in Loton and can be multiplied through the Network Gateway.

Loton is a hybrid system that uses the advantages of Web2 for scalability and low costs, and Web3 for transparency, security, and future decentralization.

4.1. Telegram Miniapp as Interface

Telegram is the natural environment for Loton. Here the front-end operates — convenient, fast, and accessible to every user.

Advantages: • huge audience; • ready-made infrastructure for miniapps; • easy communication between participants; • connection with TON Space and TON wallets; • low entry threshold.

4.2. TON Ecosystem – Assets, Wallets, and Integrations

Loton works with the main assets in TON: • TON • NOT • USDT • (and gradually – additional assets from the ecosystem)

TON Space integration enables: • deposit from blockchain wallets; • instant internal transfers between participants; • interaction with jettons; • future on-chain expansion.

4.3. Operational Layer (off-chain logic)

Due to the large volume of participants, networks, and positions, Loton's distributions and algorithms are executed off-chain to guarantee: • speed; • low costs; • possibility for a large number of operations; • real-time service; • flexibility in updating logic.

This allows each pool to be: • fast, • calculated instantly, • with dynamic distribution, • scalable for large communities.

4.4. Preparation for Future On-chain Layer

In the next development phases, Loton will transition to partial or full decentralization through: • smart-contract modules; • on-chain minting of the Loton token; • protocol-based buyback & burn mechanisms; • DAO voting layers; • on-chain provable distributions.

These technologies will be implemented gradually once the model is fully validated and the community is large enough.

The Loton mechanism is based on contribution, activity, and network structure. Participation in pools is simple, but distribution is multi-layered and tailored to different types of positions and network interactions.

5.1. Contribution to Pool (one-hour lot)

The participant enters a pool by contributing at least 1 token of the respective asset (TON, NOT, USDT, etc.). This contribution opens a LOT ID position — the basic unit of participation in Loton.

Additionally: • The participant can activate packages that open multiple LOT ID positions at once. • Each contribution is subject to an 8% system fee, which supports development, security, and platform infrastructure. • The remaining value goes into the pool balance.

Every contribution is an action — and every action activates Loton's dynamics.

5.2. Activating Positions in the Pool

During participation, the following are activated: • LOT ID (primary position) • NET ID (if the participant has an active network structure) • GEN ID (if they have Genesis status and/or cards) • BONUS ID (when available)

All activated positions enter the pool distribution as individual units. Each position is independent — the algorithm evaluates and coordinates the value of each one separately.

5.3. Multi-layered Value Coordination Algorithm

Loton uses a dynamic multi-layered algorithm that: • coordinates value from the pool balance, • assigns unique values to each position, • accounts for the type, number, and distribution of positions, • measures the participant's network activity, • includes network structures in the distribution, • determines the variable percentage for network and cluster shares.

The algorithm is not random, but uses variable-dynamic variables — it combines multiple factors so that the distribution is diverse, fair, and activity-based.

The result is a model in which: • each position acquires a different value, • the cluster determines the potential, • network activity is a real source of additional shares.

5.4. Distributions by Position (Cluster Shares)

After the one-hour period ends, the pool is distributed only among active positions.

The value for each active position is determined by: • network activity • algorithm parameters, • pool configuration, • number of active positions, • total balance.

All values distributed across positions form the participant's cluster shares — the total value obtained from their active positions.

The larger the cluster → the higher the potential for the participant.

5.5. Distributions for Network Shares

Network shares represent a separate layer of distribution. They depend on the activity of the network structure — first, second, and third levels.

Variable Percentage for Network Shares

The algorithm sets a percentage between 2% and 12% of the pool balance.

This percentage is distributed among the three levels: • 50% for the first level, • 35% for the second level, • 15% for the third level.

Network shares depend on: • the activity of participants in the network, • their contributions to pools, • the current algorithmic percentage, • inheritance in case of inactivity.

Inheritance

If a participant in the network does not activate their main LOT ID (does not join any of the lots), the network shares and NET ID positions they would have received are inherited by the participant who invited them or to whom they are joined if they joined through the Network Gateway, provided they are active; if they are also not joined, it goes to the next one.

This stimulates: • building strong structures, • maintaining activity, • responsibility towards the network.

The network is the backbone of Loton. It is continuous, dynamic, and composed of real interactions between participants.

6.1. Loton network as a basic structure

The network is not an addition — it is a fundamental element in Loton.

Characteristics: • built entirely by participants; • develops organically through invitations; • has depth by levels; • creates potential for network shares; • present equally in all pools; • affects cluster potential.

The network is continuous and functions as a "living organism" within the pools — every hour it generates new interaction, new shares, and new movement.

6.2. Network Levels

The network is built in three main levels: • First level — directly invited participants • Second level — participants invited by the first level • Third level — extension of the second

All levels participate in the distribution of network shares.

6.3. Inheritance of network positions and shares

If a participant does not activate their Main LOT ID: • they lose their network shares for that pool • their potential NET ID positions are transferred up the structure • value is redirected to the active participant above them

This logic creates a strong incentive for: • activity, • consistency, • maintaining the network structure.

6.4. Network Gateway – entry for new participants without an invitation

Network Gateway allows new participants to enter Loton even without an invitation.

How it works: • The system evenly distributes new registrations to participants in the list. • Everyone on the list has a chance to receive new participants in the first level.

6.5. Network Gateway List

The list has two ways of inclusion:

1. Genesis participants – automatically and for free

Every participant with an active Genesis status is automatically included in the list.

2. Paid monthly or yearly subscription

A participant can join via subscription, giving them a constant chance to expand their network.

Benefits: • potential for first-level growth; • accelerated structure building; • long-term increase in network shares.

Genesis is the first stage in the development of Loton — a fundamental time during which the core structure of the platform is formed. This is a period when the first active participants can receive a special privilege that will not be available for future stages: Genesis status.

7.1. The Role of the Genesis Stage

The Genesis stage: • drives the model in a real environment; • gathers the first wave of active participants; • builds the initial network structures; • forms the core of the community; • lays the foundation for future phases — the token, DAO, and decentralization.

This is not a "pre-sale" or "special access," but a time-limited opportunity where early participants help launch Loton as a system.

7.2. What represents Genesis Status

Genesis status is a privilege that participants can activate in the first pools of a specific asset.

Characteristics: • activated for each asset separately; • entitles the participant to start progress for Genesis cards in the respective pool; • includes the participant for free in the Network Gateway List; • not permanent — must be maintained through activity; • cannot be restored if lost for a given asset.

Genesis status is an expression of participation, not a reward — it is available only to those who are active at the beginning of Loton.

7.3. How Genesis Status is Activated

Genesis is activated automatically when the participant: • joins an asset pool where a Genesis opportunity still exists; • makes their first contribution to that pool; • complies with the minimum activity conditions.

Once status is activated, the participant is already part of the Genesis stage for that asset and begins to accumulate progress toward Genesis cards.

7.4. How Genesis Status is Maintained

Genesis status must be maintained through constant activity in the respective asset.

Rule: • a participant loses Genesis status if they miss 5 consecutive participations in pools of the given asset.

Important: • status is lost only for the specific asset, not globally; • once lost — it cannot be restored; • a participant who loses status stops being able to receive new cards for that asset, but retains those already acquired.

7.5. Genesis Status and Network Gateway

Every participant with an active Genesis status: • is automatically included in the Network Gateway List; • does not pay a monthly subscription; • has constant potential to receive new first levels in their network; • can significantly strengthen their structure at the very earliest stage.

This makes Genesis a strategic advantage for expanding network structure.

Genesis Cards are digital assets in Loton that represent the achievements of early participants. They have real functional value because they generate GEN ID positions for every participation in pools of the corresponding asset.

8.1. What are Genesis Cards? Genesis Cards: • are a limited asset — each series has a finite number (e.g., 10,000 cards); • are linked to a specific asset (TON, NOT, USDT); • give the participant 1 GEN ID position for every lot they participate in; • can be exchanged on the market for Loton balances; • are automatically activated upon acquisition.

The cards are proof of activity and consistency in the early stage of the platform.

8.2. How to obtain Genesis Cards? To receive a Genesis card, the participant must: • have an active Genesis status for the corresponding asset; • participate in a certain number of one-hour pools without losing their status.

The first three cards are achieved through progressive difficulty: • 1st card → 50 participations • 2nd card → 100 participations • 3rd card → 200 participations

Each subsequent card requires doubling the number of participations (400, 800, 1600…). This ensures: • long-term value, • organic rarity, • fair and transparent distribution.

8.3. Impact of cards on shares Each card gives: • 1 GEN ID position in every pool of the corresponding asset; • additional value to the cluster; • opportunity for higher cluster shares; • long-term strategic advantage.

The more cards a participant has → the more GEN ID positions are activated for them every hour.

8.4. Loton Cards Market Genesis cards can be: • sought after, • offered, • exchanged for Loton balances of the corresponding asset.

The value of the card is determined organically by: • demand, • supply, • community dynamics.

Loton charges a small systemic fee for each exchange, which supports the development of the platform.

8.5. Limitations and Uniqueness of Genesis Cards Genesis cards are: • limited in number, • available only to early participants, • achievable only with an active Genesis status, • non-transferable as a status — only as a card, • permanent after acquisition.

Access to them is time-based, not financial — the only path to them is consistency.

The Cards Market is an internal economic system in Loton, designed to provide a transparent, organic, and self-regulating environment for the exchange of Genesis cards. It serves as a bridge between participant activity and the value that the community determines through demand and supply.

9.1. What is the Cards Market? It is a specialized internal module where participants can: • offer their Genesis cards; • search for cards from other participants; • exchange a card for Loton balances of the respective asset; • observe price dynamics, determined entirely by the community.

The market works on the principle of pure market interaction — there are no fixed prices, price levels are formed freely.

9.2. How the exchange works When a participant decides to offer a card: • They determine the desired value (in TON, NOT, USDT, or the respective asset). • Another participant can exchange it through payment from their internal Loton balance. • The card is instantly transferred to the new owner. • Loton withholds a small percentage systemic fee for maintenance and development.

This system allows: • fast liquidity; • free movement of cards; • natural market evolution; • building internal economic value.

9.3. Why cards have value on the market? The value of a Genesis card is determined by: • its functional role — it gives 1 GEN ID in every lot of the corresponding asset; • the limitation — cards are limited in number; • the difficulty of acquisition — increases with each subsequent stage (50 → 100 → 200 → 400 → …); • the long-term effect on the cluster; • the strategic importance for participants.

Since cards carry repeatable value in every pool, they become an attractive asset in the long term.

9.4. Multiple cards for one participant Participants can own an unlimited number of cards for a given asset, with each card adding to them: • 1 additional GEN ID position • in every lot of this asset • for an indefinite period while participating

This turns cards into a long-term strategic resource.

9.5. Role of the market for the ecosystem The market: • creates an internal economy; • increases the value of early efforts of participants; • provides liquidity of the cards; • sets the foundation for future mechanisms (like DAO, Collateral Systems, Token Utilities); • improves engagement in the long-term community.

The market is an integral part of the sustainability and development of Loton.

Loton is built on the principles of stability, transparency, and longevity. The system includes minimal fees that ensure its technical maintenance, development, and security.

10.1. 8% System Fee for Position Activation

For each pool participation, an 8% system fee is deducted. This fee is fundamental for: • technical maintenance of the infrastructure; • development of new modules (card market, DAO, decentralization); • system reserve fund; • developer and team rewards.

10.2. Transfer and Withdrawal Fees

Transfers between internal balances and withdrawals to external wallets are subject to minimal fixed or percentage fees. These aim to: • cover network costs (Gas fees); • ensure transaction security; • prevent spam participation.

10.3. Card Market Fees

For each successful Genesis card exchange on the Loton Cards Market, a small fee percentage is deducted (usually between 2% and 5%). This fee: • supports platform liquidity; • is redirected back into community development; • ensures reliability of market operations.

10.4. Model Sustainability

The Loton model is designed to be mathematically sustainable and independent of external factors: • no debt instruments (No debt); • no fabricated values — everything is backed by real assets (TON, NOT, USDT); • fees are fixed and transparent; • development is funded only by real system activity.

This structure ensures that Loton can function indefinitely, adapting to the needs of its community.

Loton is designed as a modular system that initially operates in a Web2 environment due to the need for high speed, low costs, and the capability for dynamic calculations. This stage is intentional — it allows the model to be tested, optimized, and validated by the community. The long-term goal is for Loton to become a decentralized, self-sustaining protocol governed by its community and functioning on the TON blockchain.

11.1. Why Decentralization?

Decentralization is the natural evolution of Loton because it: • guarantees transparency; • ensures system autonomy; • allows extensibility through smart contracts; • removes centralized dependencies; • enables DAO governance; • builds a sustainable token model backed by activity.

Loton's network model is ideal for Web3 transformation — it is already socially and organizationally decentralized; only the technological step is needed.

11.2. Phases in the Transition to Decentralization

The transition will take place gradually and purposefully:

Phase 1 — Model Testing and Community Building (current stage) • Researching pools and algorithms; • Optimization of distributions and mechanics; • Structuring the Loton network; • Establishing a stable user base; • Genesis stage and cards (achievements of early participants).

Phase 2 — Technological Preparation for Web3 • development of on-chain components; • creation of jetton standards for future tokens; • design of NFT structure for cards and other assets; • implementation of cryptographic proofs for pools and the network; • preparation for automated buyback & burn mechanisms. In this phase, logic will be implemented that will: • connect Web2 and Web3 layers; • prepare the full migration to smart contracts.

Phase 3 — Tokenization (Loton Token) • introduction of the main LOTON token; • defining tokenomics based on activity; • inclusion of buyback & burn protocol; • linking the token to the pools; • initial activation of utility functions.

Phase 4 — Decentralized Modular Protocol • pools (lots) transition to on-chain management; • the distribution dispatcher becomes partially or fully on-chain; • Loton assets (such as cards, positions, statuses) become NFTs; • the card market transitions to Web3 infrastructure.

Phase 5 — DAO Governance • the community manages the protocol parameters; • voting on extensions, fees, burn percentages, new assets; • introduction of governance modules; • Loton transforms from a platform → into a decentralized Web3 protocol.

11.3. Transformation of Cards and Assets into NFTs

When Loton moves to the decentralized layer: • Genesis cards will be issued as NFTs (unique tokens on TON) • each card will be cryptographically provable and owned on-chain • GEN ID logic will be linked to the NFT itself • NFTs will be tradable on DEXs and NFT marketplaces

Besides cards, future assets such as: • special positions, • bonus mechanics, • structural achievements, can also be formalized as NFTs. This transforms Loton into a strong digital economic model, combining activity, networks, and Web3 ownership.

The Loton token is designed to be the first token in the TON ecosystem that combines two principles: Activity-Backed (backed by network activity) and Multi-Asset-Linked (linked to the value of several crypto assets simultaneously).

12.1. Integration with Loton Pools

The Loton token is not just a speculative asset. It is directly integrated into the economy of one-hour pools: • A portion of the fees in all assets (TON, NOT, USDT, etc.) is directed to a token support fund. • The token derives value from the real movement of capital within the ecosystem.

12.2. Multi-Asset Linkage

The Loton token draws value from the entire spectrum of the ecosystem: • If TON grows — the Loton token strengthens. • If NOT grows — the Loton token strengthens. • If USDT pools are active — the Loton token strengthens. This makes it more resilient to the volatility of a single asset.

12.3. Algorithmic Buyback & Burn

This is the most important sustainability mechanism: • The system automatically buys back tokens from the market using accumulated fees from all assets. • Purchased tokens are burned (Burn), reducing the supply. • The result is a deflationary model where every participation in Loton pools directly affects the rarity and value of the token.

12.4. Activity-Backed Utility

The token provides advantages to the most active participants: • system fee discounts; • additional cluster bonuses; • participation in DAO voting; • access to special pools.

12.5. Fair Distribution

The Loton token is not distributed through massive pre-sales (VC Rounds), but through: • Genesis participants (reward for early support); • Pool activity (Proof-of-Activity); • Network achievements (Structure mining).

12.6. Growth Tokenomics

The Loton token is the heart of the second phase of the ecosystem. It transforms participants from users into co-owners of the value they create themselves through their activity and network.

12.7. Concept Summary

The Loton token is "digital energy" that accumulates the success of the entire network. The more lots are closed, the more networks are built, and the more assets move in the system — the stronger the Loton token becomes.

DAO (Decentralized Autonomous Organization) is the ultimate goal in the evolution of Loton — the point where the platform transitions from centralized decisions to a community-driven protocol operating through transparent voting mechanisms and collective decision-making. DAO transforms Loton from a platform into an ecosystem where participants set the direction of development.

13.1. Why Loton is moving towards DAO

Loton grows on three main pillars: • Participation • Network Activity • Community Coordination

DAO is a natural extension of this logic. It: • guarantees long-term transparency, • reduces centralized control, • opens the system for collective decisions, • allows participants to manage key parameters, • enables evolution through voting, • turns Loton into a community protocol.

13.2. Role of the Loton Token in the DAO

The Loton token will be the primary unit of governance. Holders will be able to: • vote on protocol changes, • propose new functionalities, • decide pool parameters, • approve new assets to be added to Loton, • adjust buyback & burn percentages, • manage treasury funds, • influence the Activity Mining Protocol logic.

The token is not an "investment" — it is a tool for participating in the governance of the protocol.

13.3. Parameters Managed by the DAO

The DAO will control:

1. Protocol Parameters • buyback percentage • burn percentage • pool limits • distribution of system fees

2. Network Mechanics • NET ID logic • inheritance • conditions for expanding the Network Gateway

3. Genesis and Card Mechanics • future card series • asset limits • specific bonus mechanics

4. Tokenomics • future supply adjustments • treasury actions • ecosystem support

5. Ecosystem Expansion • new protocols • new integrations • partnerships in the TON ecosystem

The DAO will be both a governance and development tool.

13.4. Transition to DAO: Phased Implementation

The transition to DAO will happen gradually: • Preparation Phase – creating governance contracts • Partial Control Phase – the community manages certain parameters • Full Autonomy Phase – the core protocol transitions to DAO management • Self-Sustaining Ecosystem Phase – Loton becomes a living protocol

The DAO will be introduced after the token launch and reaching a stable active community.

Loton is designed as a modular ecosystem that will constantly expand with new protocols aimed at increasing the utility, transparency, and value of participation. The future of Loton includes the implementation of specialized algorithms to automate and decentralize processes.

14.1. Activity Mining Protocol (AMP) Loton will introduce AMP — an "activity-based mining" protocol. It allows participants to mine Loton tokens not through hardware, but through real activity in pools. AMP will automatically calculate your contribution to the ecosystem and distribute rewards based on the frequency, volume, and consistency of participation.

14.2. Network Distribution Engine (NDE) NDE is the next generation algorithm for managing the network effect. It will coordinate the links between NET ID and the distribution of shares in clusters in real-time on-chain. This will allow the network to function as a living organism that adapts to the community's dynamics.

14.3. Back-to-Back Sustainability Model (BBSM) BBSM is an economic framework that ensures every new module in Loton automatically supports the previous ones. For example, a lending or position insurance module will direct part of its fees to the buyback & burn of the main token and support for Genesis statuses.

14.4. Name Asset Protocol (NAP) NAP will allow large Network Gateways and active clusters to have their own "names" on the blockchain (digital identity). These names will act as NFTs that can be transferred, developed, and even used as collateral.

14.5. Global Liquidity Pool (GLP) Loton plans to introduce GLP — large-scale pools that are not limited to one hour but are based on cycles or events. This will allow participants to build larger asset distribution strategies.

14.6. Expansion to new assets The ecosystem will continue to integrate new Jettons in the TON network. Loton DAO will vote to add assets that have a strong community and liquidity, thus turning Loton into a universal hub for value distribution in TON.

Loton is built on principles of transparency and operational security. As a project functioning within the TON Web3 ecosystem, we aim to provide a clear framework for participants regarding security, legal compliance, and potential risks.

15.1. Infrastructure and Operational Security Loton combines Web2 scalability with Web3 integration. • Data Security: We use industry standards to protect user information and operational data. • Connection with TON Wallet: Interaction with assets occurs through reliable wallets (like TON Space), where users retain control over their private keys. • Algorithmic Verification: Distribution mechanisms undergo systemic checks to ensure accuracy and sustainability.

15.2. Legal Status and Compliance Loton is a model for dynamic value distribution based on participation and community activity. • Not an Investment Product: Participation in Loton should not be viewed as a financial investment with promised returns. The value in the pools is determined entirely by the activity of the participants. • Not Gambling or Lottery: The distribution is not based on random chance ("luck") but on a multi-layered algorithm coordinating positions, network structure, and time of participation. • TON Ecosystem: The project complies with the general guidelines for application development within TON and Telegram.

15.3. Risk Modeling Like any system in the blockchain space, Loton involves certain levels of risk that participants should be informed about: • Asset Volatility: Due to the nature of cryptocurrencies (TON, NOT, etc.), the value of assets can vary significantly against fiat currencies. • Systemic Risk: Despite high security, general risks associated with the operation of blockchain networks and Telegram infrastructure exist. • Participation Risk: The value of shares depends on the dynamics of the pool and the activity of the network. In case of low overall activity, distribution results may vary.

15.4. Responsible Participation We encourage all Loton participants to approach participation responsibly. The platform is designed for those who understand Web3 dynamics and want to participate in building a socio-economic network. Always check official Loton channels for the latest information and guidance.

Loton is a community-driven model. Every participant is not only a part of the system but also a factor in its development. The Loton ecosystem exists where participants are active — on Telegram, X, Discord, and other social platforms.

16.1. Loton Communities

Telegram Communities Loton has: • official channels, • chat groups in different languages, • news feeds, • regional communities. Telegram is where Loton "lives" daily — the natural environment for its growth.

X (Twitter) Used for global project presentation, announcements, and connection with the crypto community.

Discord Intended for more technical members, future developers, testers, and DAO structure participants.

Local Communities Partner and organic groups created by participants in various regions around the world.

16.2. The Role of the Community

The community: • expands Loton through its networks • builds network structures • tests pool mechanics • helps refine algorithms • will be the main driver of the future DAO

Loton is created for the people who participate in it — the platform is only as strong as its active community.

16.3. Openness to Developers and Specialists

At a later stage, Loton will: • publish API documentation, • open doors for external developers, • allow integrations with external Web3 projects, • attract specialists in cryptography, blockchain infrastructure, UI/UX, AI, etc.

Loton grows together with those who want to build the future network ecosystem of TON.

16.4. Support and Communication

Loton provides: • an internal AI support assistant that understands all mechanics, • official support channels, • a feedback system, • help documentation, • transparent communication about development stages.

Loton is a new type of platform — a combination of social dynamics, Web3 logic, network effects, and pool activity. It presents an innovative model where value is coordinated based on participation, activity, and interaction between people, rather than capital locking. The current stage is fundamental — testing the model, building a large community, and preparing for the transition to a decentralized protocol.

In the future, Loton will evolve into: • An Activity-backed token system, • a deeply integrated Web3 protocol in TON, • a DAO-managed model, • NFT-based assets, • an autonomous economic engine, • a network infrastructure that works dynamically and transparently.

Loton belongs to those who participate in it. To those who build their network. To those who see the potential in an ecosystem driven by activity and community.