learn about aeonix

aeonix is a modular AI network designed to power private, verifiable, and user-aligned AI applications. Unlike general-purpose models such as ChatGPT, aeonix is built on the principle of data sovereignty — meaning all inputs, outputs, and training data remain under the user’s control. This prevents centralized training or capture of sensitive data, ensuring organizations and individuals can operate AI tools without compromising privacy. Its flagship product, the aeonix explorer, is a conversational interface that connects blockchain data with advanced AI tools. Users can query multiple blockchains, automate complex workflows, and manage AI agents directly through a natural language interface. The explorer is evolving into a platform for building and deploying custom AI agents capable of executing financial operations, indexing blockchain data, and interacting with decentralized applications, all secured with decentralized identity (DID) and verifiable credentials (VCs).

The aeonix explorer is the flagship interface of the aeonix network, designed to make complex blockchain interactions and AI-powered tools accessible through a single, conversational dashboard. Rather than navigating multiple fragmented dApps, APIs, and dashboards, users can simply issue natural language commands like “Show me top 20 new projects on Ethereum today,” or “Buy $100 of ETH each time my signal settings are met.” At its core, the explorer acts as a middleware layer between the user and the decentralized web. It interprets queries, determines the relevant blockchain calls or AI processes, and then returns results in a structured, easy-to-read format. This process is enhanced by the modular architecture of aeonix, which allows the explorer to integrate seamlessly with different blockchain networks, DeFi protocols, AI modules, and decentralized identity (DID) systems. Privacy-First Design Unlike many Web3 dashboards or AI tools that collect user input for analytics or model training, the aeonix explorer is built on a data-sovereign architecture. All inputs, outputs, and queries remain in the user’s control and are never used for centralized training. This is critical for enterprise users who need to ensure compliance with privacy regulations, but it also benefits everyday Web3 participants who want to maintain control of their activity history. Verifiable Interactions Every interaction within the explorer can be cryptographically verified. When a user issues a command or an AI agent produces an output, the action can be tied to a decentralized identifier (DID) and accompanied by verifiable credentials (VCs). This means that other parties can confirm that a specific result came from a trusted, credentialed source—whether that’s an agent, a human user, or a combination of both. Custom Agent Integration One of the most powerful features of the aeonix explorer is its support for custom AI agents. These agents can be created to perform specific roles such as automated market analysis, on-chain data indexing, liquidity monitoring, or even interacting with NFT marketplaces. Once created, agents can be managed directly within the explorer, allowing users to view their actions, adjust their parameters, or connect them to new data sources. Agents are sandboxed to ensure they operate only within the permissions granted to them. For example, a trading agent may be authorized to read market data and execute simulated trades, but not to access a user’s private keys or make on-chain transactions unless explicitly permitted. Multi-Chain and Multi-Platform Reach The explorer is multi-chain by design. It can connect to different blockchain networks without requiring separate tools for each, streamlining workflows for users who operate across Ethereum, Binance Smart Chain, Polygon, and other ecosystems. Integration with messaging platforms like Telegram allows lightweight access to explorer capabilities through dedicated AI bots, enabling real-time monitoring and alerts without needing to keep the full dashboard open. The aeonix explorer is currently in a pre-alpha release featuring a multichain AI search & trading demo. Try aeonix here

aeonix was developed by Dragon Labs after several years of applied research in three key areas: AI privacy, decentralized identity, and sustainable tokenomics. The project began as an experimental proof-of-concept to show that AI could operate with full user data control. Early prototypes of the aeonix explorer demonstrated the ability to run AI queries and blockchain interactions without central data storage. Over time, the platform grew into a modular network with interoperable AI agents, DID-backed identity layers, and a token economy designed for long-term stability. Today, aeonix serves as both a user-facing AI tool and a developer-friendly infrastructure for creating verifiable, trustworthy AI systems. DSWW-P6SY

aeonix AI is designed as a modular, privacy-preserving, and verifiable intelligence layer for Web3. At its core, it combines a data-sovereign architecture with a mesh network of specialized AI tools, allowing it to handle everything from natural language queries to deep market analysis without exposing user data to centralized storage or training pipelines. When a user issues a request—whether through the aeonix explorer, a Telegram agent, or an integrated application—the system dynamically routes that request through a network of AI modules, each optimized for a particular type of task. Some modules specialize in blockchain indexing, others in market sentiment analysis, and others in language processing or decision support. This mesh approach means aeonix can break down complex problems into smaller parts, process each part with the best-suited AI tool, and then merge the results into a coherent, verifiable output. Pattern Recognition Across Massive Datasets One of aeonix’s unique strengths lies in its ability to identify hidden patterns and actionable signals across millions of data points. The platform draws from a combination of on-chain data—such as transaction flows, liquidity shifts, and governance activity—and off-chain sources, including social media posts, news articles, developer updates, and community forums. Using machine learning techniques like time-series analysis, clustering, and anomaly detection, aeonix can spot relationships that may not be visible through manual inspection. For example, it might detect that a sudden increase in developer commits on a specific protocol, combined with a surge in positive sentiment on social media, correlates historically with token price movements. These patterns can then inform automated agent actions or generate alerts for human review. Privacy and Data Sovereignty in AI Processing All of this processing happens under aeonix’s data-sovereign model, meaning the raw data a user provides—such as wallet addresses, private datasets, or analysis queries—never leaves their control. Even when aeonix agents draw from public data sources, the user’s identity and specific interests are shielded from third-party observation. This privacy layer is reinforced with decentralized identifiers (DIDs) and verifiable credentials (VCs). When aeonix produces an output, it can be cryptographically signed to prove that it came from a trusted, credentialed AI agent, and that it was generated according to the parameters defined in the request. Adaptive Multi-Tool Processing Because aeonix uses a mesh of AI tools rather than a single monolithic model, it can adapt to the unique requirements of each request. For example, a query to “Find early signals of a potential DeFi protocol exploit on ETH this week” might route through: An on-chain analytics module to scan for unusual contract interactions. A social sentiment module to detect sudden spikes in negative discussion from credible sources. A correlation engine to compare current activity against known exploit patterns. The results from each of these modules are then aggregated, verified, and presented in the Explorer or delivered via another integrated channel. This multi-perspective approach gives aeonix a higher chance of catching subtle but important signals that might be missed by a single AI model. Continuous Improvement Without Centralized Training While many AI systems rely on constant centralized retraining with user data, aeonix takes a federated and permissioned approach. Improvements to its AI modules can be made using decentralized training campaigns, where users contribute anonymized, verifiable datasets in exchange for ecosystem rewards. This ensures the AI grows smarter over time while respecting privacy and giving contributors direct benefits for their participation. In short, aeonix AI works by combining privacy-first architecture, a decentralized trust layer, and a flexible network of specialized AI tools. This enables it to uncover hidden market signals, process vast amounts of blockchain and social data, and deliver verifiable, actionable intelligence to its users—without compromising the sovereignty of their data.

aeonix’s roadmap focuses on expanding functionality while keeping privacy, verifiability, and sustainability intact. The immediate priority is to upgrade the aeonix explorer into a multi-agent conversational dashboard. This will allow users to manage multiple AI agents in a single interface, assign them specialized roles, and have them collaborate on complex workflows. Another key development is integrating decentralized applications (dApps) and third-party modules directly into the platform. This will allow an agent in aeonix to not only analyze blockchain data but also execute transactions, interact with DeFi protocols, and manage NFT assets—all through natural language prompts. On the automation side, aeonix is preparing to launch automated trading agents and blockchain indexing modules. These will enable near-real-time tracking of market conditions, on-chain analytics, and execution of predefined trading strategies. To increase accessibility, Telegram-based AI agents will be deployed, giving users lightweight access to AI tools directly in their messaging apps. Additionally, aeonix will roll out a digital achievement and collectible series that ties directly to verifiable user actions. Alongside this, decentralized AI training campaigns will be introduced, allowing users to contribute trusted data to improve AI capabilities in exchange for ONIX rewards. Each of these roadmap items is designed to expand the network’s capabilities while reinforcing its principles of trust and user control. Q2RC-91SK

The ONIX token is the native digital asset of the aeonix network, serving as both the economic backbone and a participation key for the ecosystem. More than just a medium of exchange, ONIX is designed as a multifunctional resource that aligns network growth, governance, and sustainable usage through the Sustainable Token Economic (STE) framework. At its most basic level, ONIX grants access to the tools, agents, and services available in aeonix. Holding and staking ONIX allows users to unlock enhanced platform capabilities, priority access to compute resources, and exclusive achievement rewards. Beyond platform utility, ONIX also plays a governance role, enabling its holders to participate directly in shaping the network’s policies, upgrades, and long-term roadmap through on-chain voting. Designed for Sustainability, Not Inflation Many token economies rely on inflationary models—continuously minting new tokens to reward participation—which can lead to long-term dilution and economic instability. ONIX is different. Under the STE framework, ONIX has a fixed supply and avoids issuing new tokens as rewards. Instead, network contributors and participants receive ecosystem benefits in the form of Credits (the universal compute fuel for aeonix) or other verifiable rewards tied directly to their contributions. All ONIX reward tokens are always backed by liquidity, ensuring protocol growth never increases user risk. This means the circulating supply remains predictable, ensuring the ecosystem incentive structure isn't compromised. From ONIX to Network Utility While ONIX is the governance and value layer, it can be converted into Credits, which power all operational functions within aeonix. Credits are non-transferable utility units used to run AI processes, deploy agents, query blockchain data, and access premium modules in the aeonix Explorer. By separating the governance/economic token from the compute resource unit, aeonix ensures that ONIX retains its market role while Credits provide stable, predictable access to network capabilities. This separation also benefits contributors: when they earn Credits through ecosystem rewards—such as contributing to decentralized AI training, building useful agents, or achieving verifiable milestones—they gain direct, usable access to the network’s AI resources without needing to first purchase additional tokens. Incentives and Network Alignment ONIX’s design ensures that incentives remain tightly aligned with network health. Staking ONIX not only grants enhanced capabilities and governance rights, but it also signals long-term commitment to the network. Staked ONIX can unlock higher agent execution priority, larger concurrent compute allowances, and eligibility for limited-edition digital collectibles tied to verified contributions. By making ONIX the primary key to both governance and access, aeonix creates a positive feedback loop: as the platform’s AI capabilities and integrations grow, the demand for ONIX-based participation grows alongside it. This approach ties the token’s value directly to the utility and adoption of the network, rather than external speculation alone. A Token Built for the Long Term In essence, ONIX is more than a digital asset—it is the economic foundation for a privacy-first, verifiable AI ecosystem. It gives users and organizations the ability to guide the network’s future, access cutting-edge AI tools, and earn tangible benefits for meaningful contributions. By combining a fixed-supply economic design with a dual-token utility structure (ONIX for governance and Credits for operations), aeonix ensures that the token economy remains sustainable, transparent, and intrinsically linked to the network’s real-world utility. Contract Address 0x3d16a8bd2806dc7907abbe36911cff779474a694 The ONIX contract has been verified and published. View the ONIX contract here Supply The ONIX token has a total supply of 47,000,000. Blockchain The ONIX token is on Binance Smart Chain which uses the native token BNB. Swap SOL/S/ETH/EVM to BNB here Trading The ONIX token is available on pancakeswap (BSC) Trade ONIX here Liquidity ONIX liquidity has been locked for 5 years, until March 2030. View the lock transaction here Tax The ONIX token has a 1% tax on all transactions which fuels community rewards, growth, and operations.

Sustainable Ecosystem The ONIX token has a 1% tax applied to each transaction, meaning any interaction with the token generates a 1% tax. Traditional tax models require using a specific DEX pool to generate the tax events which introduces complexity to renouncing/managing the smart contract. This means if a new pair is added or the token lists on an exchange, the tax mechanism for supporting growth breaks at a critical time. By introducing the tax at the transaction event all future interactions with ONIX are aligned to the growth/rewards treasury channels - Even if the pools change or exchanges list ONIX! While taxing transactions might be uncommon, we believe this is a far more sustainable approach to token taxes and has a significant net benefit to the community. Treasury Address 0x9b5cdE263CfDeE4E04Dfe1Eb97aF8E1D45b0c5e9 Tax Breakdown 25% | ONIX Staking Rewards 15% | Community Rewards 25% | Ecosystem LP 25% | Operations 10% | Treasury Taxed ONIX tokens are converted into BNB using a rolling coefficient which is influenced by ONIX volume and growth. Taxes are routed through the above split after being converted into BNB with public documentation and reports published by the aeonix team.

ONIX staking is the process of locking ONIX tokens within the aeonix network to gain enhanced access, earn ecosystem benefits, and participate in governance. By staking, users signal long-term commitment to the network, which in turn grants them priority in resource allocation and eligibility for exclusive rewards. The primary incentive for stakers is sharing in the ONIX token taxes. A portion of each ONIX transaction is added to the community staking fuel, ensuring staking incentives are always proportional to network utilization. When ONIX is staked, it can unlock higher agent execution priority, expanded compute allowances, and access to premium modules in the aeonix explorer. Stakers also receive governance rights, enabling them to vote on proposals that shape the platform’s roadmap, trust infrastructure, and token economy. In addition to governance influence, staking often grants eligibility for verifiable digital achievements and collectibles, which serve as permanent, on-chain records of a user’s contribution to the network. Some staking tiers may also yield ecosystem rewards in the form of Credits, giving stakers direct operational fuel to deploy agents, run AI processes, and access premium tools. By combining utility, governance, and verifiable recognition, ONIX staking ensures that those who contribute to the network’s stability and growth are directly empowered to use and help guide it. ONIX staking is projected to launch late 2025 - Stay tuned for more details!

BNB can be purchased from an exchange, or bridged from most blockchains. We recommend using Portal Bridge for ETH/SOL/S/EVM: https://portalbridge.com/

ONIX liquidity grows in multiple ways: Trades Each swap into the ONIX pool adds 0.25% to the liquidity pool. Taxes Each interaction with the ONIX token has a 1% tax. From the tax treasury conversions, 25% is added to ecosystem liquidity. Platform Usage 20% of all platform payments are added to ecosystem liquidity. 50% of all ONIX payments are burned NFTs 20% of platform NFT trading fees are added to ecosystem liquidity.

ONIX has: No pre-sale tokens. No VC tokens. No KOL tokens. No team tokens. We've intentionally built the ONIX token model to eliminate dilution and give the maximum possible incentives to users to help grow and improve the aeonix ecosystem.

In the aeonix network, Credits are the universal unit of compute and service access. They function as the practical fuel that powers all AI processes, agent operations, and integrated tools within the ecosystem. Whether a user is running a blockchain query in the aeonix explorer, deploying a custom AI agent, or generating a complex data analysis, Credits are the resource that makes it possible. Unlike the ONIX token—which is the governance and value-transfer asset of the network—Credits are non-transferable utility units. They are created by converting ONIX or by earning them through ecosystem contributions, such as participating in decentralized AI training campaigns, completing verifiable achievements, or staking ONIX in support of network operations. This design ensures that Credits are tied directly to active network use and value creation, rather than speculation or trading. Conversion from ONIX When a user converts ONIX into Credits, the process locks in the value of their compute power at the moment of conversion. This means the cost of AI operations, data requests, or agent deployments is stable in terms of Credits, regardless of ONIX’s price volatility in the open market. This separation between the governance/economic token (ONIX) and the operational fuel (Credits) ensures predictable access to resources for both individuals and enterprises. All Credits have a fixed rate of $0.10. Earning Credits through Ecosystem Rewards Credits can also be earned through active participation in the aeonix ecosystem. This includes contributing high-quality, verifiable data to decentralized AI training loops, creating and sharing useful AI agents, or achieving milestones that are recognized by the network’s credentialing system. In these cases, Credits serve as a direct reward for value-added activity, meaning that participants don’t just earn governance influence—they also gain the ability to deploy that value into additional AI-driven tools and services. How Credits Are Used Every operation in aeonix consumes a certain number of Credits based on the complexity, duration, and resource intensity of the task. For example: A simple blockchain lookup might require a small Credit cost. Deploying and running a portfolio-monitoring agent over a week would require more. Training a custom AI model with a specialized dataset could consume the largest Credit amounts. Because Credits are consumed rather than traded, they encourage efficient use of compute resources and help prevent spam or abusive workloads on the network.

Beyond platform utilization, Credits can also be redeemed for account upgrades, unique digital collectibles, and other ecosystem benefits. Credits cannot be directly redeemed for other tokens.