ACTIVE DEVELOPMENT
NEBA Protocol

The First AI-Adaptive Reward Protocol

Neural Economy Blockchain Adapter

Intelligent tokenomics powered by Claude AI, built on Solana for lightning-fast, adaptive rewards.

Traditional Rewards Are Broken

The current state of token distribution fails to capture the dynamic nature of modern digital economies

Static Distribution

Traditional reward systems use fixed allocation models that cannot respond to changing market dynamics or user behavior patterns.

No Adaptation

Legacy protocols lack the intelligence to optimize rewards based on real-time network conditions and participant activity.

Inefficient Allocation

Resources are distributed uniformly regardless of contribution quality, leading to misaligned incentives and wasted potential.

One-Size-Fits-All

Current systems treat all participants identically, ignoring the nuanced differences in engagement patterns and value creation.

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AI-Powered Intelligence

NEBA Protocol leverages advanced machine learning to create truly adaptive reward mechanisms

Dynamic Calculation

Neural networks analyze market conditions in real-time to optimize reward distribution algorithms.

  • Multi-model AI consensus (Claude, GPT-4, Llama)
  • Behavioral pattern recognition
  • Adaptive learning from network state

Real-time Analysis

Continuous monitoring of on-chain activity enables instant adaptation to network state changes.

  • 30-60 minute epoch cycles
  • On-chain data aggregation
  • Market sentiment integration

Optimized Distribution

AI-driven allocation ensures rewards flow to participants who generate the most ecosystem value.

  • Personalized multipliers (0.8x-2.5x)
  • Quality-weighted contributions
  • Anti-gaming mechanisms

Adaptive Tokenomics

Self-adjusting economic parameters maintain protocol health across all market conditions.

  • Circuit breaker protections
  • Deflationary pressure controls
  • Emission rate optimization

Built on Cutting-Edge Infrastructure

A powerful technology stack combining the best of AI and blockchain innovation

Claude AIPowered by Anthropic
Solana65,000 TPS
Neural NetworksCustom ML Models
ChainlinkOracle Network
Multi-chainETH L2 Ready
Sub-second Finality
Rust Smart Contracts
Decentralized Oracles

Technical Architecture

How NEBA calculates and verifies AI-powered rewards

Three-Layer Verification System

NEBA implements a three-layer verification system for AI-powered reward distribution:

  1. 1

    Data Aggregation Layer

    The protocol monitors Solana blockchain activity via RPC nodes, collecting participant behavioral metrics across 30-60 minute epochs. Wallet addresses are SHA-256 hashed before processing. Transaction patterns, holding duration, and interaction frequency are vectorized into anonymized statistical features.

  2. 2

    AI Computation Layer

    Vectorized data is submitted to the LLM provider API (currently Claude AI via Anthropic's API, with fallback to GPT-4 or self-hosted Llama 3). The model analyzes contribution quality across multiple dimensions and generates reward multipliers ranging from 0.8x to 2.5x baseline rates. Computation requests include cryptographic commitments to source data.

  3. 3

    Decentralized Verification Layer

    AI outputs undergo two-tier validation:

    • Tier 1 - Optimistic Rollup: Stake-bonded proposers submit results on-chain with a 10-minute challenge period. Verifiers can submit fraud proofs, slashing proposer stake if results differ.
    • Tier 2 - Oracle Consensus: Minimum 5-of-7 independent oracle nodes must agree on AI outputs. Outlier detection removes anomalous responses. Median aggregation ensures Byzantine fault tolerance.

Circuit Breaker Security

Multiple safeguards prevent AI-driven economic exploits:

  • Hard-coded emission caps:

    Smart contracts enforce monthly token limits calculated as (Remaining Allocation / Remaining Months). AI recommendations exceeding this cap are automatically rejected and scaled down.

  • Statistical anomaly detection:

    Distribution automatically pauses if recommendations exceed 2.5 standard deviations from rolling 30-day average. Requires governance approval to proceed.

  • Rate limiting:

    Epoch-to-epoch variance capped at ±20%. Individual multiplier changes limited to ±0.3x between consecutive epochs.

  • Multi-signature emergency controls:

    Critical parameter modifications require 5-of-7 governance multisig with 7-day timelock. Emergency pause requires 3-of-7 without delay.

Implementation Stack

Smart Contracts

Rust via Anchor Framework, deployed on Solana devnet (testnet March 2026)

Oracle Network

Chainlink Functions with custom Actively Validated Services (AVS)

AI Provider

Anthropic Claude API (primary), OpenAI GPT-4 (fallback), Meta Llama 3 (self-hosted backup)

Data Pipeline

Solana RPC → Preprocessing → Vector database → Encrypted API calls

Real-World Applications

NEBA Protocol adapts to serve diverse industries and use cases

E-Commerce

Dynamic loyalty rewards that adapt to shopping patterns, seasonal trends, and customer lifetime value predictions.

Gaming

Intelligent in-game reward systems that balance player engagement, skill progression, and economic sustainability.

DeFi

Adaptive yield optimization and liquidity incentives that respond to protocol health and market conditions.

Creator Economy

Fair compensation models that recognize content quality, audience engagement, and creator growth trajectories.

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Tokenomics

Fair distribution with built-in security mechanisms

Token Distribution

Total Supply: 1,000,000,000 NEBA

1BTotal Supply
Ecosystem Rewards40%

4-year vesting, epoch-based unlock

Protocol Development20%

4-year linear vest, 6-month cliff

Strategic Partnerships15%

Milestone-based unlock

Community Treasury15%

12-month lock, then governance-controlled

Liquidity Provision7%

Time-locked LP tokens

Team & Advisors3%

4-year vest, 1-year cliff

Fixed Supply

Immutable 1B token maximum with no inflation beyond schedule

Deflationary Mechanisms

Transaction burns, fee burns, and buyback program reduce circulating supply

Circuit Breakers

Hard-coded emission caps prevent AI-driven hyperinflation exploits

Transparent Vesting

All vesting schedules on-chain and publicly auditable

Built for Developers

Comprehensive documentation and open-source resources

Active Repository
Open Source
MIT License
Security Audits Q2 2026

Audited Architecture: Multiple independent security audits by Trail of Bits and Zellic scheduled for Q2 2026. All audit reports will be published publicly before guarded mainnet launch in Q3 2026.

Roadmap

Accelerated development timeline — mainnet by Q4 2026

ACTIVE
NOWDecember 2025 - February 2026

Foundation Phase

Protocol Architecture Finalized
Whitepaper Published (26 pages)
Website & Branding Launch
GitHub Repositories Live
Community Building Initiated
Pre-Seed Funding Rounds
Strategic Partnership Discussions
Smart Contract Development
Q1 2026

Testnet Launch & AI Beta

March 2026

Q2 2026

Public Testnet & Security

May - June 2026

Q3 2026

Guarded Mainnet Launch

July - September 2026

Q4 2026

Full Public Mainnet

October - December 2026

2027+

Multi-Chain Expansion

2027 and beyond

Frequently Asked Questions

Technical details about NEBA Protocol

NEBA is an AI-adaptive reward protocol that uses large language models (Claude AI, GPT-4, Llama) to optimize token distribution based on on-chain participant behavior and market conditions. It's the first LLM-agnostic reward system built on Solana with decentralized oracle verification.

Start Building with NEBA Protocol

Join our community and be among the first to test the AI-adaptive reward system

Follow @neba_token for Testnet Updates

Testnet launching March 2026 • Mainnet Q4 2026 • Building in public