1Abstract

Since the introduction of Bitcoin in 2009, blockchain technology has demonstrated that decentralized networks can change how value is created, transferred, and stored. Yet a persistent paradox has emerged: despite blockchain's democratizing rhetoric, meaningful participation remains inaccessible to ordinary users. Mining, validation, and DeFi activity frequently demand specialized hardware, significant capital, or technical expertise that most people do not have.

Gentig Network is proposed as a decentralized digital asset ecosystem designed to make participation in blockchain-based value creation more accessible, transparent, and user-oriented. Rather than accepting infrastructure-heavy participation models, Gentig reduces both technical and financial barriers by providing an intuitive interface and a low-cost, cloud-oriented participation model accessible through web and mobile devices people already own.

At the center of the ecosystem is GNT, Gentig's native digital asset, through which users transfer value, monitor holdings, interact with supported ecosystem functions, and participate in community-based reward mechanisms.

Gentig is organized around three interconnected principles: accessibility — reducing unnecessary technical and financial barriers to participation; decentralization — distributing participation, governance, and network benefits across the community over time; and utility — giving GNT practical functions within the ecosystem rather than treating it as a purely speculative asset.

2The Problem: Barriers to Participation

The foundational vision of blockchain was one of democratized access: anyone with an internet connection should be able to participate in a global, decentralized network. In practice, participation has become increasingly difficult for ordinary users, concentrated among those who can afford escalating costs of entry.

The hardware barrier

Profitable mining today typically requires specialized, expensive hardware that consumes substantial electricity and becomes obsolete within a few product cycles. Large operators benefit from economies of scale that individual users cannot replicate, concentrating mining power and undermining the decentralization Proof-of-Work was designed to protect.

The technical complexity barrier

Wallets, private keys, gas fees, and smart contracts are unfamiliar concepts most newcomers must learn before participating safely — and because blockchain transactions are irreversible, the stakes of a mistake are unusually high compared to most consumer software.

The capital barrier

Minimum deposits, network fees, and exposure to protocol-specific risks require both capital and sophistication most users don't have, reproducing within blockchain the same wealth stratification it was meant to disrupt.

The fragmentation problem

Unlike a single banking app, the blockchain ecosystem is a patchwork of independent, often incompatible applications — a wallet for one chain, an exchange for trading, a separate tracker for balances — each with its own interface, security model, and login.

These barriers compound one another, and Gentig's design targets all four simultaneously.

3The Gentig Solution

The Gentig Protocol is a decentralized digital asset ecosystem designed to reduce the technical and infrastructure barriers described above. Rather than competing on computational power, Gentig constructs an accessible participation layer through which users interact with the network using familiar web and mobile interfaces, while the underlying infrastructure handles transaction processing, validation, and security.

GNT sits at the center of this ecosystem as the medium of exchange for peer-to-peer transfers, the reward mechanism for network participation, the incentive for community engagement, and the access key for ecosystem services — combining participation, asset management, transfers, and community incentives into a single integrated platform.

Design principles

• Accessibility — usable without specialized hardware or advanced expertise.
• Transparency — protocol rules and policies documented clearly enough to be independently verified.
• Security — layered authentication, encryption, monitoring, and auditing.
• Decentralization — a progressive transition of control to the community over time.
• Sustainability — token issuance designed with long-term economic health in mind.
• Utility — GNT as an active instrument of participation rather than a purely speculative asset.

4Network Architecture

Gentig's architecture follows a layered design that separates user-facing interfaces from underlying infrastructure, so technical complexity can be abstracted from the user experience while preserving the robustness a secure blockchain network requires.

• Presentation layer — the web and mobile interfaces through which users interact with the ecosystem, requiring no specialized software or blockchain knowledge.
• Application layer — account management, asset management, transfer services, reward calculation, and community services, exposed through documented APIs.
• Protocol layer — the blockchain, consensus mechanism, smart contracts, and native support for GNT.
• Infrastructure layer — cloud, node, and security infrastructure supporting the network.

Each layer can evolve or be upgraded independently, supporting continuous improvement without disrupting the ecosystem as a whole.

5Consensus & Participation

Gentig is designed around a hybrid consensus model combining Delegated Proof-of-Stake (DPoS) and Practical Byzantine Fault Tolerance (PBFT), chosen specifically because it does not require the specialized hardware or heavy energy consumption of Proof-of-Work.

Token holders elect a limited set of validators to produce and validate blocks on their behalf; validators confirm blocks through a fast, Byzantine-fault-tolerant voting round. Validators stake GNT, maintain reliable infrastructure, and can be penalized for downtime or malicious behavior.

Because most users are not expected to become validators, the network defines several accessible participation paths: passive holding, delegated staking, engagement-based participation (the primary path for most users), community participation such as referrals and governance voting, and, for technically capable users, running a validator directly.

6GNT Tokenomics

The detailed tokenomics for GNT — including total supply, allocation, vesting, issuance, and the reward-funding model — are still being finalized by the Gentig board. Rather than publish preliminary figures in this paper, that detail will be communicated separately once the board has completed its work.

What this paper commits to is the underlying principle: GNT is intended to be a functional part of the ecosystem, used for transfers, participation rewards, and eventually governance, with its economics designed and stewarded by the board on an ongoing basis rather than fixed unilaterally at the time of this paper's publication.

7Mining & Reward Model: Proof of Engagement

Rather than rewarding computational power as in traditional Proof-of-Work mining, Gentig rewards genuine network engagement — a model referred to as Proof of Engagement (PoE).

What counts as a mining cycle

A mining cycle is the basic unit of reward-eligible activity. Each cycle is initiated by the user tapping Mine, which starts a countdown. When the countdown reaches zero, it stops; the cycle then becomes pending and awaits a claim. Claiming does not begin a new cycle — the user must tap Mine again to start the next one. Rewards are credited upon claiming.

The countdown runs in the background and continues whether the application is open or closed. It does not continue into the claim window and does not automatically restart.

Cycle duration

The base cycle duration is 15 minutes. As cumulative mining progresses through the total supply allocated to mining, the cycle duration increases in stages:

Each stage applies once the corresponding threshold is reached and remains in effect until the next threshold, extending the mining distribution as the allocated supply is progressively released.

Claim window and expiry

Once the countdown reaches zero, the cycle becomes pending and a 48-hour claim window begins. If the user does not claim within this window, the cycle expires, no reward is credited, and it cannot be recovered retroactively — the user must tap Mine to begin a new cycle.

Reward-eligible activity

A cycle is only reward-eligible when it reflects genuine, sustained use of the ecosystem: depth (claiming completed cycles before they expire and engaging with the app rather than leaving it idle), consistency (claiming at a regular, sustainable pace rather than sporadic bursts), and diversity (activity across multiple ecosystem functions, not solely starting and claiming the mining timer). Because each cycle must be started manually and claimed before expiry, a user cannot accumulate cycles without returning to the app repeatedly — this ties reward eligibility to deliberate, ongoing engagement. Completed and expired cycles are both recorded, so a user's mining history remains complete and accurate.

Anti-abuse and Sybil resistance

Because the model depends on genuine engagement rather than an externally verifiable resource, Gentig incorporates several safeguards: activity verification across multiple signals, rate limiting, behavioral analysis, and identity/device correlation to reduce Sybil attacks, together with a per-account limit on rewarded cycles. Suspicious accounts are flagged for review, and confirmed abuse results in forfeiture of rewards.

Adjustability over time

The flat reward amount and cycle-duration schedule reflect the network's initial design and are not necessarily fixed permanently. Early on, adjustments are made under Foundation oversight; as governance matures, changes are expected to transition to a community proposal-and-vote process, with any change communicated to the community in advance.

8Community, Wallet & Security

Referral program

Existing users can invite new participants through a unique referral link. When a referred user registers using that link and completes basic account verification, the referrer receives a flat 5 GNT bonus. To keep the program sustainable and resistant to abuse, each user is capped at 100 successful referrals, rewards are subject to time-based limits, device-fingerprinting helps prevent duplicate-account abuse, and ongoing fraud-detection monitoring looks for coordinated abuse patterns.

Community and milestone rewards

Beyond referrals, users can earn GNT for content creation, community leadership, and event participation, and the community receives shared milestone rewards as the user base grows.

Wallets

Users store, monitor, and transfer GNT through a Cloud Wallet (the default, convenient option), a mobile wallet, or a non-custodial wallet giving the user full control of their own keys — each with a different balance of convenience and self-custody responsibility.

Security

Security is addressed at every layer of the architecture: infrastructure protections, protocol-level auditing, secured application layers, user-account protections such as optional two-factor authentication, continuous operational monitoring, and periodic independent security audits.

9Governance & Roadmap

Gentig treats decentralization as a spectrum reached through deliberate, staged phases rather than a single launch-day event, in a sequence rather than on a fixed calendar:

• Foundation — core team leads development; Foundation manages operations.
• Transition — governance mechanisms are introduced; the community begins participating in decisions.
• Decentralization — community-driven governance, distributed validator operations, community treasury management.
• Maturity — fully community-owned governance and ecosystem development.

Interim safeguards — a Security Council and a Development Guardian — remain in place only until the network reaches the relevant later phase, balancing security during the transition against the goal of full community control. Gentig is conceived as a long-term project: each phase is expected to run for as long as it genuinely takes to meet its objectives, rather than on a predetermined schedule.

10Risk Disclosure & Conclusion

Participation in the Gentig ecosystem involves meaningful risk, including but not limited to:

• Technological risk — undiscovered vulnerabilities in software or infrastructure.
• Economic and market risk — GNT's market price is not fixed or guaranteed and is determined by ordinary supply and demand; digital assets generally carry a substantial risk of loss.
• Regulatory risk — the legal treatment of digital assets varies by jurisdiction and continues to evolve.
• Security risk — users are responsible for safeguarding their own credentials and, for non-custodial wallets, their private keys.
• Execution and adoption risk — the roadmap depends on continued development resources and genuine user adoption.

This white paper is provided for informational purposes and does not constitute financial, legal, investment, or tax advice, nor an offer or solicitation to buy or sell any asset in any jurisdiction where such an offer would be unlawful.

Conclusion

Gentig Network is proposed as a response to a specific problem: blockchain's promise of open participation has, in practice, become gated by hardware costs, technical complexity, capital requirements, and a fragmented application landscape. The protocol described in this paper is designed to lower those barriers without abandoning the security and decentralization that make blockchain technology valuable in the first place. Realizing that intent, and disclosing progress transparently as the network grows, is the work ahead.

Getting started

Rewards & referrals

Tokenomics

Governance & the road ahead