Preface

In today's rapidly developing field of technology, artificial intelligence (AI) and decentralized science (DeSci) are becoming important forces driving innovation. Neos.ai ($NEOS), as an emerging project, is committed to combining AI agents with DeSci, aiming to address various challenges in the current scientific research field.

Mission and Purpose

Neos' mission is to redefine the way global challenges are addressed by combining human intelligence with artificial intelligence to create a collaborative platform that brings together scientists, researchers, and innovators to collectively push the boundaries of possibilities. Neos transforms bold ideas into tangible breakthroughs, driving advancements in medicine, science, and technology, enabling everyone to contribute and believing that the next great leap for humanity lies in unleashing the untapped potential of collaborative innovation. Whether it's curing diseases, solving complex mathematical problems, or discovering new materials, Neos is committed to incentivizing global participation in scientific research through open protocols and decentralized ownership, creating a platform where everyone can collaborate and be rewarded for advancing technology, laying the foundation for a more equitable future.

What is Neos?

Neos is a decentralized research network that proves the incentive of human and artificial intelligence to solve the RIP (Research Incentive Protocol). It combines human wisdom and artificial intelligence to accelerate breakthroughs in science, technology, and innovation, and enables participants to contribute, verify progress of knowledge and discoveries, and benefit from it through a collaborative ecosystem.

RIP (Research Incentive Protocol)

Research Interest Points (RIP) represents precisely defined scientific or research objectives aimed at driving innovation in fields such as medicine, mathematics, or technology. With the support of community staking rewards, RIP incentivizes groundbreaking advancements by offering substantial economic rewards upon successful problem-solving.

Innovative architecture of decentralized collaboration

The platform's dual-layer architecture ensures scalability and efficiency:

• Blockchain Layer (Layer 1)
  Manage staking, governance, and token trading to provide a secure and immutable foundation for transparent decision-making.

• AI-driven computing layer (Layer 2)
  Promote research validation and data processing to achieve seamless handling of large-scale submissions and iterative collaboration.
  This design solves the problem of low efficiency in traditional research systems and sets new standards for scalability, reliability, and inclusiveness.

Ecosystem

Nodes are the backbone of the Neos network and the key infrastructure for achieving decentralization. By validating research submissions, maintaining blockchain integrity, and processing rewards, nodes ensure the smooth operation of the platform and uphold the standards of the Proof-of-Research (PoR) consensus mechanism.

What is a node?

In the Neos ecosystem, nodes are dedicated servers that perform basic tasks, including:

• Verification: Verify the accuracy, originality, and consistency with the established research interest point (RIP) objectives of the submitted research.
• Consensus Participation: Promoting the PoR mechanism by ensuring that only validated and non-duplicate research is approved on the network.
• Data Integrity: maintaining a secure and decentralized ledger of all transactions and research activities on the blockchain.
• Reward Distribution: Calculate NEOS rewards based on performance indicators and contributions, and distribute them to validators, stakers, and RIP solvers.

Neos Node Core Features

1. Verification and research processing

• Node analysis and research contributions related to specific RIP are conducted to verify their compliance with platform standards.
• Using AI algorithms integrated into the network, node validation ensures the originality and consistency of submissions to prevent duplication and spam.

1. Blockchain maintenance

• Nodes ensure the immutability and security of the blockchain by recording transactions, staking data, and validator performance metrics.
• Through regular updates and synchronization, the node maintains a decentralized network with high availability and fault tolerance.

1. Consensus Support (Research Proven)

• Nodes play a key role in PoR consensus by confirming the successful resolution of RIP. This involves collaborating with the scientific committee and integrating artificial intelligence tools to evaluate the effectiveness of the solution.
• By participating in consensus, nodes ensure that research milestones are achieved before rewards are distributed.

1. Reward Mechanism

• Nodes manage and allocate NEOS rewards based on the following factors:

1. Normal operation time and reliability: Nodes with higher availability will receive a larger share of rewards.

II. Entrusted Staking: Nodes with more staked NEOS tokens will receive higher rewards in proportion.

3. Verify Accuracy: Accurately and timely verifying research submissions can lead to performance bonuses.

Research shows (PoR)

Research has shown that the Proof of Research (PoR) consensus mechanism is the foundation of the Neos platform, promoting trust, transparency, and efficiency in validating scientific contributions. PoR is specifically designed for the decentralized scientific (DeSci) ecosystem, ensuring that all submitted research undergoes rigorous evaluation without bias or duplication, and aligns with the platform's objectives.

PoR combines decentralized governance, AI-driven validation, and trust-based staking to create a consensus mechanism optimized for researching integrity and accountability.

PoR Verification Process and Reward Mechanism

Submit Content Verification Process

1. Artificial Intelligence Algorithm: Using AI to compare existing data, check the originality of submitted content, and prevent duplication and redundancy.
2. Expert Committee: A committee composed of scientists conducts manual review to ensure that the content meets the goals and standards of RIP.

Result: Only high-quality original contributions can receive rewards.

Redundancy Prevention Mechanism

• Purpose: Avoid duplicate work and ensure efficient use of resources.
• Implementation: AI checks the submitted content for overlapping parts with existing research, and marks duplicate items for rejection or modification.

Transparent Validation

• Purpose: Maintain trust and responsibility in the research validation process.
• Implementation: All verification decisions, including AI evaluations and committee reviews, are recorded on the chain to ensure public transparency.

Anti-Communist Conspiracy Mechanism

• Purpose: To prevent validators or council members from manipulating the validation process.
• Mechanism: using staking and a sigmoid-based voting model to punish collusion behavior and reward honest validators.

PoR Key Components

1. AI-driven evaluation

• Purpose: Analyze the scientific rigor, originality, and relevance of the submitted work.
• Process: Text and data analysis cross-checked with blockchain records to detect redundancy or plagiarism.

1. Scientific Committee Supervision

• Purpose: Provide expert judgment, assess the scientific value and feasibility of the submission.
• Process: approve or reject contributions based on consensus.

1. Stake-driven trust mechanism

• Roles: Validators and Council members pledge NEOS tokens to maintain network integrity.
• Mechanism: Misjudgment or malicious behavior will result in the loss of partial equity, and honest validators will be rewarded based on performance.

1. On-chain record

• Purpose: All verification decisions and supporting data are permanently recorded on the blockchain to ensure transparency and auditability.

Reward Mechanism

• Resolver Reward: Researchers who successfully solve RIP receive a 50% NEOS reward.
• Validator Rewards: Validators and stakers supporting RIP share the remaining 50%, distributed based on participation and accuracy.
• Penalty System: Validators or council members who submit incorrect or low-quality content will lose a portion of their NEOS staked, ensuring platform alignment and preventing malicious behavior.

Research has shown that (PoR) is not just a consensus mechanism; it is the cornerstone of decentralized science. By ensuring the integrity and transparency of research contributions, PoR enables Neos to fulfill its mission of driving global innovation while rewarding meaningful participation. Through PoR, the Neos network becomes a model of trust, efficiency, and inclusive collaboration in the field of scientific discovery.

Token Economics

The NEOS token is the foundation of the Neos ecosystem, with a total issuance of 100 million. It aims to promote collaboration, incentivize meaningful contributions, and ensure the smooth operation of the platform, enabling researchers, validators, and community members to actively participate in driving innovation while aligning their efforts with the growth and sustainability of the network.

The distribution of NEOS tokens is as follows:

• 80% - NEOS Initial Liquidity (NEOS Initial Liquidity)
• 10% - Proof of Stake Emissions
• 10% - Centralized Exchanges

100% Circulating Supply

NEOS token main usage

NEOS tokens transform passive supporters into active participants, creating a decentralized and collaborative research environment that enables users to contribute to governance, drive innovation, and share in the success of the platform, whether through addressing global challenges, validating research, or supporting initiatives that incentivize users. NEOS ensures that efforts are rewarded.

• Governance: NEOS holders are the decision-makers of the ecosystem.
• Staking: NEOS tokens allow users to stake and earn rewards, creating a shared incentive model.
• RIP Distribution: NEOS tokens allow users to actively engage in research challenges.
• Incentive-driven Collaboration: NEOS creates a collaborative, reward-driven ecosystem through the following means.

Summary

Neos is the first decentralized platform that changes the way global scientific research and technological innovation are conducted, integrating blockchain technology, advanced artificial intelligence (AI), and a powerful global network of experts to create a secure and transparent framework to address humanity's most complex challenges. The platform is set to redefine decentralized science and promote influential collaboration and innovation in 2025 and beyond, combining its unique architecture and mission to become a leader in the decentralized scientific field, driving innovation to create a better future.