What Is Janction (JCT)?

One of the biggest bottlenecks in today’s AI landscape is access to high-performance GPU resources and the efficient use of those resources.

Centralized cloud providers are expensive, limited in accessibility, and often come with privacy concerns. This is exactly where Janction (JCT) comes in: the world’s first Layer-2 blockchain network offering verifiable, synergistic, and scalable AI services. Through smart contracts, Janction automates machine learning workflows and brings together essential components such as AI models, GPU computing power, data streams, and labeling into a unified ecosystem.

The core purpose of Janction is to establish a globally distributed GPU marketplace, enabling users to access the computing power they need at low cost. This allows GPU owners to earn revenue, while developers gain affordable access to AI compute capacity.

Key Features of Janction

1. Distributed GPU Pool

Janction aggregates GPUs with varying hardware specifications into vGPU units and brings them together in a single pool.
This pool is automatically managed with:

• Load balancing

• Task parallelization

• Resource verification

• Pricing and usage metrics

2. GPU Marketplace

Users can:

• Rent GPUs

• Lease out their GPU resources

• Select cost-efficient options for their workloads

This structure offers an effective solution for both individual users and institutional AI companies.

3. Layer-2 Solution for AI Workloads

Janction is built on a Layer-2 architecture that ensures AI tasks are:

• Verifiable

• Scalable

• Synchronized

Transactions executed on Layer-2 are later recorded on the main chain and rewarded through a transparent Proof of Contribution mechanism.

Proof of Contribution

Janction uses an advanced evaluation model to measure contributions from both data providers and GPU providers.
This model uses factors such as:

• Individual data value

• Shapley value method

• Usage frequency

• Participant reputation score

This mechanism aims to ensure fair rewards for developers and resource providers across the system.

AI Services Janction Aims to Provide

AI Image Generation

• Create images from text inputs

• Useful for advertising, design, and social media

Speech–Text Conversions

• TTS: Text-to-speech

• STT: Speech-to-text

• Ideal for podcasts, subtitles, customer service, etc.

Video Processing

• Super-resolution

• Noise reduction

• Color enhancement

• Slow motion & frame enhancement

Object Detection and Image Analysis

• Security applications

• Industrial quality control

• Autonomous driving sensor data

Private LLM

Users can run their own private LLM models on Janction, benefiting from:

• Data privacy

• Regulatory compliance

• Enterprise-grade AI solutions

Janction Architecture

The network consists of three main layers:

1. Blockchain Layer

• Transaction records

• Data availability

• Reward distribution

• On-chain data ingestion

2. Distributed Resource Pooling

• vGPUs

• Task routing

• API-based AI microservices

• Horizontally scalable GPU clusters

3. GPU Marketplace

• Resource tracking

• Price comparison

• Renting & revenue model

• User rating (reputation system)

Roles in the Janction Ecosystem

• GPU Provider: Supplies GPU resources and earns revenue

• Aggregator: Discovers, manages, and distributes GPU resources

• User: Rents GPUs and processes AI workloads

• Node Operators: Participate in verification and balancing processes

Janction Partnerships

Janction expands its ecosystem and strengthens its infrastructure through strategic partnerships with leading Web3 projects such as Arichain, DMC-Dao, AltLayer, TEN, Humanode, Etarn, and Chainlink. These collaborations provide the platform with multi-layered technological support in areas such as data verification, secure identity infrastructure, Layer-2 scaling solutions, AI-focused execution layers, and reliable oracle integrations.

This partner network forms a powerful technological backbone that brings Janction’s DePIN- and AI-focused vision into real-world applications.

Janction Team – HARA

HARA, one of the key figures behind Janction, stands out as a versatile executive combining financial expertise with technology leadership. As the CFO of Jasmy, he leads the vision of “IoT-based data democracy,” while as the CEO of Janction, he develops the decentralized GPU pool powered by an EVM-compatible Layer-2 architecture. With a background at KPMG, CPA certification, and extensive IPO and corporate consulting experience, HARA provides the project with strong leadership in both financial transparency and sustainable growth strategies.

Official Links

• Website
• X (Twitter)
• Whitepaper

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What is Audiera (BEAT)?

Audiera (BEAT) is an innovative “Dance to Earn” project that brings classic rhythm games into the Web3 world. With AI-powered music creation, social interaction, fitness integration, and a multi-layered reward system, it offers not just a game but an entertainment ecosystem.
For users who want to dance, create, and share to earn, Audiera represents the future of the musical metaverse experience.

Audiera aims to create a Web3-based interactive entertainment ecosystem that combines music, dance, and artificial intelligence. With the “Dance to Earn” model, it allows players to transform their physical activity, rhythm skills, and creativity into economic value.
The project makes dance a part of the digital age with social interaction, customizable characters, AI-powered music creation, and a cross-platform gaming economy.

How Does Audiera Work?

Audiera operates through two main platforms: a mobile game and a Telegram mini-game. Both platforms are connected to the same economic system, and users can convert the points they earn into the native token, $BEAT.

Main Components:

1. Mobile Game:
   Through rhythm-based dance battles, players tap the screen in sync with the music to collect points.

   Real Dance Support: With the Bluetooth-supported “Smart Fit Mat,” it is possible to physically dance, burn calories, and earn tokens.

   Fashion and Social System: Players customize their virtual avatars, form dance teams, and participate in multiplayer competitions.

2. Mini Game (Telegram):
   AI-powered characters Kira and Ray interact with players. Users can chat with these virtual dancers, request songs, or dance together. This system adds a social dimension to the game.

3. AI Music Production:
   Players can create their own music by choosing the music genre, vocalist (Kira, Ray, or other artists), and lyrics. With BPM selection, AI produces the song within minutes.

4. Dance to Earn Economy:
   In-game activities are balanced through the stamina system.

   Easy: 10 stamina
   Normal: 20 stamina
   Hard: 30 stamina

Stamina renews daily at UTC 00:00 or can be purchased with TON.

Audiera Use Cases

• Dance to Earn: Players earn tokens by dancing.

• AI Music Production: Users create their own songs using AI.

• Social Interaction: Communities can be formed through Telegram and in-game chat systems.

• VIP and Mission System: Players increase VIP levels to earn extra stamina and rewards.

• Pet and Stylist Systems: Characters can be customized through clothing and pet development options.

• Web3 Fitness: Physical exercise with Fit Mat integration is converted into token rewards.

Advantages of Audiera

• AI-Powered Experience: Virtual dancers and music production are fully supported by artificial intelligence.

• Real Movement, Real Earnings: “Move to Earn” mechanism with the Bluetooth dance mat.

• Cross-Platform: Integration across mobile, web, and Telegram.

• Community-Focused Economy: Invitation system, ranking rewards, and voting mechanism.

• Creative Freedom: Users can create content by producing their own music.

Audiera Tokenomics

• Token Name: BEAT

• Total Supply: 1,000,000,000 BEAT

Distribution Plan:

• Community: 40% (gradual release over 4 years)

• Foundation: 15% (monthly release over 4 years)

• Advisors & Angel Investors: 17% (12-month lock + 4-year release)

• Team: 8% (12-month lock + 4-year release)

• Marketing & Operations: 10% (10-month release)

• Liquidity: 5% (unlocked at TGE)

• Early User Airdrop: 5% (unlocked at TGE)

Audiera Ecosystem

veBEAT System:

Users stake $BEAT tokens to obtain veBEAT and participate in weekly voting.

• 1st Place: 1,000 BEAT

• 2nd Place: 500 BEAT

• 3rd Place: 200 BEAT

• 4th–10th Place: 1,000 points

VIP Subscription Plans:

• Standard Plan: 100 BEAT/month — 500 credits, 5 simultaneous music productions

• Pro Plan: 300 BEAT/month — 2000 credits, 10 simultaneous music productions, early access

Credit Types:

• Tap Credits: Earned through mobile and mini-game activities.

• Step Credits: Obtained through Fit Mat usage.

7% of the total supply is allocated for mobile, 28% for Telegram, and 3% for Step Credits.

Audiera Team and Technology

The Audiera team is derived from the Audition Reborn project and consists of developers specialized in Web3-based gaming, artificial intelligence, and fitness technologies.
The technical infrastructure is built on the TON blockchain. Token transfers, voting systems, and music production processes are verifiable on-chain.

Audiera’s Future Plans

• Increasing the number of AI-powered virtual dancers

• Expanding the Web3 Fitness ecosystem

• Metaverse integration

• DAO-based music voting system

• NFT-based costume and music assets

Official Links

• Website
• X (Twitter)
• Whitepaper

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What is Bluwhale (BLUAI)?

Bluwhale is a decentralized artificial intelligence (AI) personalization protocol built on a shared intelligence layer. It empowers users to retain full control over their data, identities, and intelligence, ensuring digital capital flows back to its creators. Having indexed over 700 million wallets, Bluwhale leverages on-chain signals to deliver precise personalization, serving more than 3,000 enterprises across gaming, DeFi, social media, and content sectors. It provides solutions like Sybil detection, intent mapping, and user retention. Over 3 million verified contributors are rewarded based on the reach and relevance of their digital profiles. The BLUAI token drives the protocol, used for gas, node operations, and governance, while BLUP serves as a loyalty program token.

Purpose of Bluwhale (BLUAI)

Bluwhale envisions an internet economy where digital capital belongs to users. It disrupts the traditional model where platforms centralize data for profit, offering data liquidity, intelligence ownership, and rewarded participation. Users control their data, AI models learn from cross-chain shared knowledge, and contributions are directly rewarded. Identities become portable and monetizable. As AI advances faster than data sovereignty, Bluwhale aims to reclaim control before proprietary walls grow stronger, creating a network where users are stakeholders, not products.

How Does Bluwhale (BLUAI) Work?

Bluwhale operates as a decentralized AI personalization protocol, transforming on-chain behaviors into a queryable intelligence layer. User embeddings—portable, composable profiles—enable tailored experiences across applications. Users who share embeddings with dApps earn revenue shares; those who opt out remain anonymous. The protocol functions through three core modules:

Data Verification Module

• Community Engagement: Anyone can run verifier nodes to secure data.

• Node Operations: Verifiers validate data, ensuring the AI network’s integrity.

• Governance: Licensed nodes enforce rules and penalize bad actors.

• Responsibilities: Validate data quality, contribute to the network, and comply with guidelines.

Identity Embedding Module

• Multidimensional Identity: Web2 and Web3 identities are linked to NFTs and Soulbound Tokens.

• Merkle Tree: Identities are structured for selective disclosure, minimizing data leakage risks.

• Benefits: Self-authentication, social interactions, and commercial value creation.

Privacy Inference Module

• Zero-Knowledge Proof (zk-SNARK): Validates data with minimal disclosure.

• Trusted Execution Environment (TEE): Intel SGX ensures secure data processing.

• Rewards: Contributions and demand determine payouts.

• On-Chain Records: TEE attestations and rewards are logged on the blockchain.

Key Features:

• User Control: Data remains with users.

• Shared Intelligence: AI learns cross-chain, not in silos.

• Rewards: Contributions yield revenue shares.

• Portable Identity: Interoperable across applications.

Transaction Process:

1. Users verify Web2/Web3 identities.

2. Data is contextualized via a knowledge graph.

3. Embeddings are shared with dApps optionally.

4. Contributions are rewarded with BLUAI.

Bluwhale (BLUAI) Use Cases

Bluwhale supports:

• Personalization: Tailored UX and recommendations for dApps.

• Data Monetization: Users earn by sharing profiles.

• Gaming and DeFi: User targeting and Sybil detection.

• Social and Content: Enhanced messaging and social dynamics.

Usage Steps:

1. Join the Bluwhale network and verify identity.

2. Aggregate digital footprint and create embeddings.

3. Share data with dApps for rewards.

4. Trade profile tokens on Whale Tank.

Advantages of Bluwhale (BLUAI)

• Data Sovereignty: Full user control over data.

• Shared Intelligence: Cross-chain AI learning.

• Rewards: Direct revenue sharing.

• Privacy: Secured by zk-proofs and TEEs.

Risks of Bluwhale (BLUAI)

• Technical Risk: Smart contract vulnerabilities.

• Regulatory Risk: Data privacy laws.

• Market Risk: Token price volatility.

Bluwhale (BLUAI) Tokenomics

Total Supply: 10 billion BLUAI.

• Distribution:

  • Nodes: 25%

  • Foundation/Treasury: 21%

  • Ecosystem Use: 8.8%

  • Team & Advisors: 7%

  • Airdrop: 6%

  • Exchange Marketing: 2%

  • Future Airdrop: 1%

  • Partner Marketing: 1%

  • Affiliate Marketing: 0.2%

  • Seed Round: 9.16%

  • Private A Round: 6.57%

  • Pre-Seed Round: 4.28%

  • KOL Round: 1%

  • Public Sale: 2%

  • Liquidity: 3%

  • Market Making: 2%

Vesting Schedule:

• Initial Circulation: 12.28%

• T+3M: Marketing and ecosystem initiatives.

• T+6M, T+9M, T+12M: Liquidity and growth releases.

• T+13M onward: 1.2–1.6% monthly emissions.

BLUP Token:

• Loyalty token, launched at 0 FDV on April 20, 2025.

• Tradable on WhaleTank and Uniswap.

• BLU points convert 1:1 to BLUP, locked linearly over 3 years with a 12-month cliff.

Node Types:

• Master Nodes: Limited to 100,000, with 38,000 sold in Q4 2024, 20% token allocation, non-linear over 4 years.

• Common Nodes: Unlimited, 5% token allocation, linear over 4 years.

• Tier 88: Unlocked with 1,000+ referrals, offering exclusive rewards.

Bluwhale (BLUAI) Investors

Bluwhale raised $99.6 million from investors including DWF Labs, SwissBorg Ventures, SBI Investment, gumi Cryptos, MV Global, Arbitrum Foundation, Castrum Capital, GHAF Capital Partners, Sygnum, Animoca Brands Japan, Moon Capital, Movement, CoinBureau, Momentum 6, NxGen, Baboon VC, Primal Capital, MZ Web3 Fund, Cointelegraph, London Real Ventures, Kahuna, Azimut Group, Citizen Capital, Baselayer Capital, Cryptonite Capital, NewTribe Capital, Vitality Ventures, Hub71, Altcoin Daily, and Haseeb Qureshi.

Bluwhale (BLUAI) Team

Led by CEO Han Jin, the Bluwhale team drives a visionary approach to data sovereignty and AI personalization. Jin’s leadership anchors the protocol’s user-centric focus, supported by a skilled team dedicated to redefining digital ownership.

Official Links

• Website
• X (Twitter)
• Whitepaper

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What is DeAgentAI (AIA)?

DeAgentAI is an infrastructure platform operating on the SUI, BSC, and BTC blockchains, supporting AI Agents’ decision-making processes in distributed systems. With the De(cistion)Agent framework, it enables AI models to function reliably and consistently in decentralized environments. AIA tokens form the backbone of the platform’s payment and reward system, allowing users and developers to access decision-making and transaction execution services through autonomous AI Agents. Powered by Large Language Models (LLMs), AI Agents offer autonomous decision-making capabilities, particularly in governance processes. DeAgentAI aims to reduce reliance on centralized systems and build a reliable AI ecosystem by addressing key challenges like consensus, identity, and continuity.

DeAgentAI (AIA) Key Features

DeAgentAI offers innovative features in AI and blockchain integration:

Decentralized Decision-Making

AI Agents make autonomous decisions and execute transactions in distributed systems, providing a structure independent of centralized authorities.

Minimal Entropy Consensus

The minimal entropy mechanism ensures verifiable consensus for AI Agent outputs, enhancing reliability.

Identity and Consistency

Agents have a singular and consistent identity, preventing contradictory decisions and resolving issues similar to double-spending in blockchains.

Continuity

Agents’ memory records past interactions and decisions, consistently informing future actions.

Flexible Tools

Agents are equipped with various tools for external data access, system interactions, and custom actions.

Secure and Transparent Transactions

Decisions supported by Multi-Party Computation (MPC) ensure high security and decentralized execution.

Versatile Applications

From finance to governance, it offers innovative solutions like AlphaX autonomous trading agents and AI DAOs.

How Does DeAgentAI (AIA) Work?

DeAgentAI enables AI Agents to operate in distributed systems through the De(cistion)Agent framework as follows:

1. Agent Creation: Agent creators publish definitions such as Lobe (cognitive engine), memory, and tools to the distributed system.

2. Interaction: Users interact with Agents through transactions (e.g., blockchain transactions) containing payloads like text, images, or audio.

3. Execution: Executors process transactions using the Agents’ Lobe, memory, and tools to generate results.

4. Consensus and Finalization: Committers select a single canonical result using the minimal entropy principle, ensuring identity and continuity.

5. Memory and Tools: Agents’ short- and long-term memory learns from past interactions; tools provide functions like data querying and decision plugins.

6. Agent-to-Agent Communication: The A2A protocol enables Agents to communicate for data exchange, task delegation, and coordinated actions.

7. Secure Execution: MPC ensures secure and decentralized execution of sensitive transactions.

DeAgentAI (AIA) Benefits to Stakeholders

• Users: Gain access to secure, autonomous, and transparent AI services.

• Agent Creators: Develop innovative solutions by creating customized AI Agents.

• Executors and Committers: Earn rewards by participating in transaction and validation processes.

• Communities: Enable transparent and decentralized decision-making through AI Agents in governance processes.

DeAgentAI (AIA) Tokenomics

DeAgentAI operates with AIA tokens, featuring the following:

• Token Name: DeAgentAI (AIA)

• Token Type: Native token in the SUI, BSC, and BTC ecosystems

• Total Supply: Unspecified (subject to updates per platform documentation)

• Use Cases:

  • Platform Access: AIA tokens provide access to AI Agent services.

  • Rewards: Executors and committers are rewarded with AIA for their services.

  • Governance: Token holders can participate in platform decisions.

  • Incentives: Reward programs encourage community participation.

DeAgentAI (AIA) Roadmap

DeAgentAI follows these steps to advance AI and blockchain integration:

• Initial Phase: Laid the foundation for the AI Agent infrastructure with the De(cistion)Agent framework.

• Present: Expanding the ecosystem with autonomous trading agents like AlphaX.

• Future: Global scaling through zkML optimization, entropy function security, and ethical framework research.

DeAgentAI (AIA) Investors and Partners

DeAgentAI has strong investor backing, having raised $6 million:

• Tier 3: Waterdrip Capital, PANONY, Web3.com Ventures, Kernel Ventures

• Tier 4: CatcherVC, GoPlus Security, Vertex Labs, Valkyrie Fund

• Other: Momentum

The platform collaborates with innovative projects, operating seamlessly with the SUI, BSC, and BTC ecosystems.

DeAgentAI (AIA) Team

DeAgentAI is led by an experienced team:

• Yves-Alexandre d’Ouradou (Co-Founder): Expert in artificial intelligence and blockchain technologies.

Official Links

• Website
• X (Twitter)
• Whitepaper

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Building the AI–Blockchain Connection

Led by Ethereum core developer Davide Crapis, the dAI team aims to foster AI-driven solutions within the Ethereum ecosystem while also attracting established AI companies from outside the blockchain space.

“Our goal is to create a bridge between blockchain organizations and AI companies,” Crapis explained, highlighting the team’s broader mission to bring two of the fastest-growing technologies closer together.

First Milestone: ERC-8004 Proposal

In the short term, dAI will concentrate on advancing ERC-8004, a proposed standard designed to allow AI agents to seamlessly discover, verify, and interact with one another on Ethereum. Although still in its early stages, the standard is expected to be presented at the upcoming Devconnect conference in Buenos Aires this November.

A Vision for Decentralized AI

According to Crapis, Ethereum’s investment in AI is critical for ensuring that the technology evolves sustainably. The vision is to prevent AI infrastructure from being dominated by a handful of major corporations, instead leveraging Ethereum to provide a decentralized foundation.

“Until now, Ethereum’s infrastructure has been largely finance-focused. Moving forward, it should also serve as a strong base for artificial intelligence,” Crapis emphasized.

Strategic Partnerships on the Horizon

The Ethereum Foundation also revealed that the dAI team has already begun forming research collaborations with leading Silicon Valley companies. While the details remain under wraps, more information is expected to be released in the coming months.

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What is Tars AI (TAI)?

Tars AI is a decentralized infrastructure protocol on the Solana blockchain that integrates artificial intelligence and blockchain technologies. The platform brings AI-powered applications into the Web3 ecosystem, offering accessible and cost-effective solutions for both individual users and developers. By overcoming the limitations of centralized control, project enables the development of permissionless AI agents and applications. Serving Solana’s over 1 million users, the platform enhances user experience with tools like AI Console, AI Aggregator, and Tars AI Search Engine.

Project’s mission is to make AI and blockchain technologies user-friendly and accessible. It provides a modular solution to ease the transition from Web2 to Web3, capitalizing on Solana’s high transaction throughput (~65,000 transactions per second) and low fees (~$0.00025 per transaction). Partnering with the Solana Foundation, Messari, and various AI research institutions, Tars AI drives innovation in the Web3 AI space.

Key Features of Tars AI (TAI)

Tars AI offers innovative features combining AI and Web3:

1. AI Console

Provides access to AI tools that simplify blockchain interactions.

2. Consumer AI

An AI assistant equipped with Sliding Window Memory and Real-Time Learning, offering market data, insights, and recommendations.

3. AI Aggregator

Connects user queries to the most suitable large language models (LLMs) for accurate, context-specific responses.

4. Tars AI Search Engine

Combines AI-driven insights with blockchain search functionalities.

5. GPU Staking

Users can mint non-tradable GPU NFTs to earn TAI token rewards.

6. Tars AI Hub

Offers a library of popular AI models for Web3, including GPT-4.

7. Sona and Akira Frameworks

Sona automates DeFi operations; Akira supports agent coordination.

How Tars AI (TAI) Works

Project provides a modular ecosystem for AI integration on the Solana blockchain:

1. AI Console: AI tools that simplify blockchain operations for users.

2. Consumer AI: Delivers real-time market analytics and recommendations.

3. AI Aggregator: Directs queries to LLMs like ChatGPT, Grok, and Claude.

4. Search Engine: Merges AI and blockchain data for enhanced search functionality.

5. GPU Staking: Users earn TAI rewards through GPU NFT minting.

6. Sona Framework: Provides AI agents for DeFi operations (swaps, bridging, staking).

7. Web3 and Social Integrations: Supports AI agent interactions on platforms like X, Telegram, Discord, and Farcaster, enabling media creation and smart contract automation.

Tars AI leverages Solana’s Proof of History (PoH) and Proof of Stake (PoS) hybrid consensus mechanism to ensure high-speed transaction finality and low-cost processing. Additionally, it uses a Trusted Execution Environment (TEE) to guarantee secure and private agent operations.

Benefits of Tars AI (TAI) to Stakeholders

• Developers: Build permissionless AI agents using Sona and Akira frameworks.

• Users: Gain AI-driven insights, DeFi automation, and staking rewards.

• Investors: Access governance and passive income opportunities through TAI tokens.

• Community: Contributes to platform development via the DAO.

Tars AI (TAI) Tokenomics

$TAI is Tars AI’s governance and utility token:

• Token Name: TAI

• Total Supply: 1,000,000,000 TAI

• Standard: Solana SPL

• Use Cases:

  • Governance: Token holders vote on protocol updates and agent deployment rules.

  • Staking: Contributes to network security and AI model validation, earning rewards.

  • Transaction Fees: Used for AI model access and ecosystem transactions.

  • Incentives: AI model developers are rewarded with TAI.

• Distribution:

  • Team and Advisors: 15%

  • Staking Rewards: 25%

  • Ecosystem Development: 30%

  • Community Growth: 10%

  • Reserves: 10%

  • Public Sale: 10%

• Circulating Supply: Public sale and ecosystem tokens are released to the market.

Tars AI Roadmap

Project continues to expand the Web3 AI ecosystem:

• 2016: Founded by Ish Jindal and Vinit Agrawal.

• 2021: Partnered with the Solana Foundation.

• 2024: Launched AI Console and Consumer AI.

• 2025: Introduced AI Aggregator, Search Engine, and Sona Framework.

Tars AI (TAI) Partners

Project is supported by the Solana Foundation, Messari, CSP DAO, Dutch Crypto Investors, YBB Foundation, BlackDragon, Contango Digital Assets, OIG Investment Group, Zephyrus Capital, X Ventures, Spicy Capital, Gemhead Capital, NewTribe Capital, TrustFi, and Bybit.

Tars AI (TAI) Team

Tars AI was founded in 2016 by Ish Jindal (conversational AI expert) and Vinit Agrawal (TARS Chatbot developer).

Official Links

• Website
• X (Twitter)
• Whitepaper

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What is Unibase (UB)?

Unibase is a platform that provides a high-performance, decentralized AI memory layer for AI agents. It supports AI agents’ long-term memory storage, cross-platform communication, and autonomous learning and development capabilities. Unibase aims to bring the Open Agent Internet vision to life by creating a modular, verifiable, and composable AI agent ecosystem. The platform is active on the BNB Chain testnet and is integrated with leading protocols like MCP, ElizaOS, Virtuals, and Swarms. The $UB token plays a central role in the platform’s operations, used for protocol fees, governance, and knowledge contributions.

Unibase addresses the challenges of traditional AI systems, such as the lack of long-term memory, cross-platform interoperability, and data sovereignty issues, enabling AI agents to operate securely, transparently, and scalably. With ecosystem projects like BitAgent, TwinX, TradingFlow, and Beeper, Unibase sets a new standard for Web3-based AI applications.

Key Features of Unibase (UB)

Unibase offers a revolutionary infrastructure for AI agents. Here are the platform’s core features:

1. Decentralized Memory (Membase)

Membase provides a secure and scalable long-term memory layer for AI agents. It stores conversation history, interaction records, and knowledge bases, enabling agents to ensure continuity, personalization, and traceability.

2. AIP Protocol

The Agent Interoperability Protocol (AIP) is a Web3-native communication standard. It enables agents to communicate, share knowledge, and interact securely across platforms. It is compatible with MCP and gRPC.

3. Unibase DA

The high-performance data availability layer offers real-time data storage and access with 100 GB/s throughput and low latency. It verifies data integrity using zero-knowledge proofs (ZKPs).

4. Secure Identity Management

Each agent is assigned a verifiable identity on the blockchain, forming the basis for secure interactions and data management.

5. Knowledge Mining

Users can earn $UB tokens by contributing to the knowledge base, enriching the open memory layer.

6. Autonomous Agents

Unibase enables agents to learn, adapt, and evolve autonomously, enhancing their intelligence with each interaction.

7. Scalable Infrastructure

Its horizontally scalable architecture supports exabyte-scale storage and millions of nodes, handling intensive data workloads.

How Unibase (UB) Works

Unibase operates with a layered architecture, ensuring efficient functionality for AI agents:

1. Application Layer: Includes AI agents like Trader Agent, Personal Agent, and Chess Agent, which users directly interact with.

2. Middleware Layer: Connects the application and core layers with Config Hub (customizing agent behavior), Memory Hub (persistent memory management), and Knowledge Base (shared knowledge repository).

3. Core Layer: Manages agent behavior and data exchange with AIP (communication standards), Membase (memory and identity management), and DA (data availability).

4. Infrastructure Layer: Supports the system with blockchain, distributed storage, and LLM APIs, providing a secure and scalable foundation.

Membase Workflow:

• Agents register their identities on the blockchain.

• Agent Hub synchronizes identity and permission data.

• Agents interact with external services via Link Hub.

• Config Hub manages agent configurations.

• Memory Hub stores data and interaction history.

• Unibase DA ensures decentralized and secure data storage.

Benefits of Unibase (UB) to Stakeholders

• Developers: Build decentralized AI agents using AIP and Unibase SDKs.

• Users: Benefit from autonomous, personalized, and secure AI services.

• Token Holders: Stake $UB to participate in governance and earn rewards for knowledge contributions.

• Community: Contributes to an open, transparent, and interoperable AI ecosystem.

Unibase (UB) Tokenomics

The $UB token plays a central role in the platform’s operations:

• Token Name: UB

• Total Supply: 10,000,000,000 UB

• Use Cases:

  • Protocol Fees: Used for agent deployment, memory storage (Membase), and AIP usage.

  • Governance (veUB): Locking $UB enables participation in protocol governance and reward allocation.

  • Agent Staking: Staking $UB activates and promotes agents, with rewards based on agent activity.

  • Knowledge Mining: Contributing to the open memory layer earns $UB.

• Model: Unibase adopts a ve(3,3) model to align long-term governance with active agent usage and knowledge contribution.

Unibase Roadmap

Unibase is advancing toward building the Open Agent Internet:

• August 2025: Mainnet launch on BNB Chain (immortal agent creation and on-chain trading).

• September 2025: TGE, veToken staking, bribe pool, and agent governance launch.

• Q4 2025: On-chain memory verification (ZK-backed Membase layer).

• Q1 2026: “One Million Memory Nodes” initiative to scale storage and retrieval.

• Q2 2026: AIP 2.0 for cross-platform memory synchronization.

Unibase (UB) Partners

Unibase is integrated with leading agent ecosystem protocols like MCP, ElizaOS, Virtuals, and Swarms. Projects such as BitAgent, TwinX, TradingFlow, and Beeper enrich its ecosystem. Collaboration with CARV combines behavioral data with Unibase’s decentralized memory layer, accelerating AI agent development.

Unibase (UB) Team

Unibase is led by a globally distributed team with deep expertise in AI, cryptography, distributed systems, and token economics. Governance will transition to a decentralized DAO with on-chain voting powered by veUB.

Official Links

• Website
• X (Twitter)
• Whitepaper

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What is Zypher Network (POP)?

Zypher Network is a platform designed to build a decentralized AI Agent verification infrastructure based on Zero-Knowledge Proof (ZKP) technology. It focuses on enhancing the reliability, privacy, and verifiability of AI Agents. Launched in 2025, this project addresses core issues such as AI Agents’ dependency on centralized servers, data privacy risks, and black-box execution by leveraging ZKP technology. The $POP token serves as the cornerstone of this ecosystem, supporting multiple functions such as mining rewards, governance, and cross-platform collaborations.

Zypher Network’s mission is to ensure AI Agents operate securely and transparently, creating a trusted ecosystem for industries like finance, gaming, healthcare, and beyond. The platform eliminates the black-box nature of AI Agents through decentralized computation and ZKP-based verification, boosting user trust and delivering reliable results in high-stakes scenarios. With over 500,000 community members and more than 3 million users on its Zytron AI chain, Zypher has already gained significant traction.

Key Features of Zypher Network (POP)

Zypher Network stands out with its innovative technologies tailored to the trust and privacy needs of AI Agents. Here are the platform’s core features:

1. ZK Middleware

Zypher verifies AI model inputs (Proof of Prompt) and outputs (Proof of Inference) without exposing raw data. This is critical for scenarios involving financial transactions or sensitive data processing.

2. Serverless Execution

Zytron is a gasless, high-performance Rollup chain. With parallel processing and low latency, it supports high-volume AI operations, offering a seamless experience comparable to Web2 applications.

3. Decentralized AI Agents

Zypher provides fully autonomous and trustless AI models for finance, gaming, and social applications, operating without reliance on centralized authorities.

4. Open Ecosystem

Zypher offers a permissionless and composable AI infrastructure, allowing easy integration of third-party models and data, providing flexibility for developers.

5. zkPrompt (Proof of Prompt) Protocol

This protocol ensures the privacy and integrity of system and user prompts:

• Developers encrypt system prompts and register them with on-chain commitments.

• Users can verify that the model operates with the correct prompt using ZKP.

• This protects trade secrets and enhances user trust.

6. zkInference (Proof of Inference) Protocol

By compiling AI Agent inference processes into ZK circuits, it verifies their fairness and accuracy. For instance, it eliminates risks of cheating or collusion in DeFi strategies or multiplayer games.

7. DePin Mining Protocol

A decentralized node network facilitates ZK proof generation and validation, reducing computation costs and enhancing network security.

How Zypher Network (POP) Works

Zypher Network enables secure and decentralized operation of AI Agents as follows:

1. Task Submission: Users submit tasks requiring ZK proofs, such as financial transactions or gaming, to an on-chain contract.

2. Miner Bidding: Miners in the PoZK network select tasks based on their hardware capabilities and staked tokens, then generate ZK proofs.

3. Verification: The generated proof is validated by the on-chain contract. If valid, miners are rewarded with $POP tokens.

4. User Incentives: Task initiators may receive rewards or fee rebates based on their staked tokens.

5. Zytron Chain: The gasless Rollup chain processes high-volume transactions at low cost, optimized for ZK verification.

Benefits of Zypher Network (POP) to Stakeholders

• Developers: Can easily integrate secure and private AI Agents, protecting trade secrets.

• Users: Gain trust through transparent and verifiable AI outputs, with reduced privacy risks.

• Miners: Earn $POP rewards by generating ZK proofs, contributing to network security.

• Ecosystem Partners: Develop new use cases in DeFi, gaming, and other sectors.

Zypher Network (POP) Tokenomics

The $POP token is the core value carrier of the Zypher ecosystem, used for mining, governance, and cross-platform collaborations:

• Total Supply: 10 billion $POP

• Distribution:

  • 20%: Investors (6-month cliff, 2.5-year linear vesting)

  • 2%: Advisors (6-month cliff, 2.5-year linear vesting)

  • 5.75%: Liquidity Reserve (released upon exchange listing)

  • 5%: Contributors (6-month cliff, 2.5-year linear vesting)

  • 11.5%: Ecosystem and Community (36.6% at TGE, remainder over 3 years)

  • 10.75%: Protocol Development (39% at TGE, remainder over 3 years)

  • 45%: Mining (linear vesting over 15 years)

Zypher Network Roadmap

Zypher Network focuses on the following goals for 2025-2026:

• 2025 Q3:

  • AI Security Browser beta (PoP scoring and anomaly tagging).

  • Open-source PoP API/SDK and testnet.

  • External prover integration (Boundless, Gevulot, io.net), 1 million proofs/day.

  • 10 PoP-verified Agents for DeFi, governance, and gaming.

• 2025 Q4:

  • Proof of Agent Certificate Marketplace (on-chain reports and certifications).

  • Zypher DAO launch (PoP mining, RWA scoring, certification).

  • Commercial PoP audit APIs (loans, bonds, real estate tokenization).

  • Global PoP task programs (bounties, leaderboards, multi-chain campaigns).

• 2026 Q1:

  • PoP mining expansion (5,000+ nodes, 2 million verifications/day).

  • Advanced developer tools (PoP simulators, dashboards, enterprise SDKs).

  • RWA pilots (PoP-certified audits for bonds, trade finance, settlements).

  • Cross-chain PoP modules (ETH L2, Solana, Cosmos).

Zypher Network Investors and Backers

Zypher Network is supported by leading investors including Signum Capital, UOB Venture Management, DWF Ventures, HongLeong, Cogitent Ventures, Hashkey Capital, CatcherVC, and Hydrogenesis Labs. These strong partnerships enable Zypher to build a broad ecosystem across DeFi, gaming, and AI applications.

Zypher Network Team

Zypher Network is led by an experienced team: Jack Wang (Co-Founder), Giv Parvaneh (CEO), Ethan Cai (CPO), Maggie Wang (COO), and Amber Wang (CMO). With expertise in AI and blockchain technologies, this team drives Zypher’s vision of building a trusted AI ecosystem.

Official Links

• Websitesi
• X (Twitter)
• Whitepaper

You can also freely share your thoughts and comments about the topic in the comment section. Additionally, don’t forget to follow us on our Telegram, YouTube, and Twitter channels for the latest news and updates.

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What is Starpower (STAR)?

Starpower is a decentralized energy network protocol that aggregates renewable energy devices (solar panels, batteries, electric vehicles, household appliances, etc.) on the Solana blockchain. Founded in 2023, Starpower collaborates with leading renewable energy device manufacturers to address the volatility of energy systems and meet the growing energy demands of AI. The $STAR token, as a utility token, enables users to earn rewards by connecting their energy devices to the network. Starpower is currently the largest energy DePIN project on Solana, with over 1 million device connections and more than $1 million in revenue in 2024.

Starpower’s mission is to embrace Web3’s principles of “stakeholders” and “individual sovereignty,” uniting energy devices in a global network to accelerate the transition to a zero-carbon world. The platform enhances energy efficiency, reduces costs, and strengthens the resilience of energy systems through virtual power plants (VPPs) using usage-based algorithms. Users can connect various devices, from household appliances to electric vehicles, to the Starpower network, earning $STAR rewards and actively contributing to the energy ecosystem.

Key Features of Starpower (STAR)

Starpower stands out in the energy sector with its innovative technology and user-centric approach. Here are the platform’s core features:

1. Decentralized Energy Network (DePIN)

Starpower aggregates energy devices such as air conditioners, water heaters, electric vehicle chargers, home batteries, and solar panels to create a global decentralized energy network. This network responds to energy demands through virtual power plants (VPPs), enhancing grid stability and reducing the volatility of renewable energy sources.

2. Virtual Power Plants (VPP)

Starpower creates virtual power plants by aggregating distributed energy resources (DER) without the need for a physical plant. Using smart contracts and AI optimization, these VPPs coordinate energy generation, storage, and demand in real-time. For example, home batteries store excess solar energy and supply it to the grid during peak demand periods.

3. $STAR Token and Rewards

$STAR is the utility token of the Starpower network, incentivizing users to connect their devices. Users earn $STAR rewards by sharing their devices’ energy data or participating in demand response programs. Additionally, the platform’s buyback and burn mechanism reduces token supply to enhance its value.

4. AI and Usage-Based Algorithms

Starpower uses AI-powered algorithms to optimize the charging and discharging processes of energy devices. This increases energy efficiency, reduces bills, and alleviates grid load. For instance, electric vehicles are charged during low-tariff hours, while home batteries supply energy during peak demand periods.

5. Product Portfolio

Starpower offers a range of products to enable users to connect their energy devices to the network:

• Starplug: A smart plug that monitors and controls the energy consumption of household appliances in real-time.

• Starbattery: A home energy storage solution that stores excess renewable energy and provides backup power during outages.

• Starcharger: An electric vehicle charging solution that optimizes charging during low-tariff hours.

• Starpower dAPP: A decentralized application that integrates energy devices and analyzes energy data.

6. Grid Services and Consumer SaaS

Starpower provides demand response programs and stability services to energy grids. Additionally, its Consumer Energy SaaS platform allows users to monitor and optimize their energy consumption. These services simplify energy management for both individual and institutional users.

How Starpower (STAR) Works

Starpower’s operations are built on decentralized energy management and user participation:

1. Device Connection: Users connect devices like Starplug, Starbattery, or Starcharger, or third-party devices (Tesla, BYD, SolarEdge, etc.) to the Starpower network.

2. Data Collection and Verification: Connected devices share energy data every five minutes, which is verified for inclusion in reward calculations.

3. Reward Mechanism: Starpower employs a three-stage reward system:

   • Proof of Connectivity (PoCn): Rewards are earned for keeping devices connected to the network.

   • Proof of Capacity (PoC): Users share their devices’ energy generation or storage capacity.

   • Proof of Response (PoR): Devices respond to VPP demands in real-time.

4. Buyback and Burn: Portions of electricity bill payments, device sales, and SaaS revenues are used to repurchase and burn $STAR tokens, reducing circulating supply.

5. Grid Integration: Starpower collaborates with local VPP providers to coordinate energy demands and enhance grid stability.

Benefits of Starpower (STAR) to Stakeholders

• Individual Users: Connect household appliances or electric vehicles to earn $STAR rewards, reduce energy bills, and contribute to grid stability.

• Institutional Users: Large property owners, hotels, malls, and industrial facilities optimize energy management and generate revenue.

• Grid Operators: VPPs enhance renewable energy integration and grid resilience.

• Investors: The $STAR token’s buyback and burn mechanism offers potential for value appreciation.

Starpower (STAR) Tokenomics

The $STAR token supports the functionality of the Starpower network and incentivizes energy device integration. Its tokenomics are as follows:

• Total Supply: 1 billion $STAR

• Distribution:

  • 55%: Network builders

  • 15%: Core team

  • 15%: Investors

  • 7%: Starpower Foundation

  • 5%: Climate action donations

  • 3%: Airdrop

• Functions:

  • Rewards for connecting energy devices to the network

  • Payments for electricity bills and services

  • Supply reduction through buyback and burn

Starpower Roadmap

Starpower follows a comprehensive plan from 2023 to 2030:

• 2023-2025: Development of Starplug, Starbattery, and Starcharger hardware.

• 2024-2026: API integration with major energy device manufacturers (Tesla, BYD, SolarEdge).

• 2025-2030: Development of a comprehensive energy device network, Consumer Energy SaaS, and grid services.

Starpower Investors and Backers

Starpower is supported by a robust group of investors. Framework Ventures, Solana Ventures, Alliance DAO, Bitscale Capital, Arweave, IoTeX, Bas1s Ventures, Maximillian Jungreis, Sal Gala, and Shen Bo have participated in the platform’s funding rounds, demonstrating confidence in Starpower’s vision.

Starpower Team

Starpower was founded in 2023 by a team experienced in energy and Web3. Darcy MetaLattice (Co-Founder) drives the project with expertise in renewable energy technologies. Laser Ding (Co-Founder and CEO) leads Starpower’s strategic direction with experience from HashKey Group.

Official Links

• Website
• X (Twitter)
• Whitepaper

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What is PinLink (PIN)?

PinLink is a decentralized platform operating on the Ethereum network, tokenizing real-world assets (RWA) to bring together miners, AI developers, and DePIN asset owners. DePINs use token rewards to connect owners of physical infrastructure assets like GPUs, TPUs, CPUs, or cloud storage with users looking to rent these resources. However, existing DePINs have struggled to deliver significant cost savings compared to centralized models, leading to limited adoption in the AI market. PinLink addresses this issue with its RWA-tokenized DePIN model, reducing costs and providing flexible revenue opportunities for asset owners.

PinLink’s innovative approach allows DePIN asset owners to not only rent out their assets but also mint ERC-1155 tokens representing those assets, which can be sold to third parties seeking passive income. This enhances capital efficiency and introduces a new revenue source to the ecosystem. The $PIN token serves as the platform’s payment and governance token, offering a staking mechanism to incentivize users.

PinLink’s Key Features

PinLink stands out in the DePIN ecosystem with its RWA-tokenized model and PinAI performance optimization suite. Here are the protocol’s core features:

1. RWA-Tokenized DePIN Model

PinLink enables DePIN assets to be tokenized as ERC-1155 tokens. Asset owners can sell all or part of these tokens to generate income. For example, a GPU owner can earn regular income by renting out their asset or sell portions of the ERC-1155 tokens for immediate capital. This model offers asset owners flexibility between short-term capital and long-term rental income.

2. Service User Rebate Fund

PinLink takes a 20% commission on RWA ERC-1155 token sales and invests it into the Service User Rebate Fund. This fund is deployed in low-risk, yield-bearing strategies such as DAI Savings Rate, Ondo US Dollar Yield, or Pendle PT-YT. The yields are used as rebates to reduce the rental costs for AI developers, providing a cost advantage.

3. PinAI Performance Optimization Suite

PinLink’s PinAI suite enhances DePIN asset performance using machine learning tools. Neural networks learn from historical data to ensure tasks are distributed efficiently. Adaptive load balancing prevents assets from being overworked or underutilized. Task and data parallelism, along with optimized computational kernels, enable PinLink to deliver enterprise-grade, scalable solutions for AI developers.

4. Dual Revenue Model

PinLink offers DePIN asset owners two revenue streams: rental income and RWA token sales. Asset owners can dynamically balance these options based on their financial goals. For instance, an owner looking to acquire more assets can sell RWA token portions to raise capital, creating an asset accumulation flywheel.

5. Enterprise-Grade Solutions

Unlike existing DePIN marketplaces that rely on idle consumer device capacity, PinLink acquires its own DePIN assets and applies a rigorous vetting process for third-party assets. This ensures low-latency, high-reliability, and energy-efficient computing power tailored to AI developers’ needs.

6. AiFi Ecosystem

PinLink allows DePIN asset owners to use their ERC-1155 tokens as collateral in DeFi protocols. For example, while earning rental income from a GPU, owners can use its token to borrow ETH. PinLink aims to expand the AiFi (AI + DeFi) ecosystem by partnering with lending, yield, and perpetuals platforms.

How PinLink (PIN) Works

PinLink’s operations are optimized for stakeholders’ needs. The process works as follows:

1. Asset Connection: A DePIN asset owner (e.g., Bob) connects their asset, such as a GPU, to the PinLink network.

2. RWA Token Minting: An ERC-1155 token representing the asset is minted and transferred to Bob.

3. Renting: AI developers rent the asset’s capacity using $PIN tokens. Rental income goes to a contract tied to the RWA token.

4. Revenue Distribution: If Bob owns the entire RWA token, he receives all rental income. If he sells shares (e.g., 30% to Mike, 30% to Julia), the income is distributed proportionally.

5. RWA Sales: Bob can sell portions of the RWA token for ETH or USDT. A 20% commission goes to the Service User Rebate Fund.

6. Rebate Fund: The fund is invested in low-risk yield strategies, and the returns are distributed as discounts to AI developers.

PinLink’s Benefits to Stakeholders

AI Developers

• Goal: Access low-cost, enterprise-grade computing power.

• Benefit: Discounted access to low-latency, scalable infrastructure optimized by PinAI.

DePIN Asset Owners

• Goal: Monetize assets with flexible revenue options.

• Benefit: Flexibility to earn short-term capital or long-term rental income.

Passive Income Seekers

• Goal: Earn income without purchasing an entire DePIN asset.

• Benefit: Purchase RWA token shares for perpetual passive income.

PinLink

• Benefit: Earns 2% from rental payments and RWA sales, and 20% from rebate fund yields. The protocol acquires DePIN assets to create a capital accumulation flywheel.

PinLink’s Staged Rollout Plan

PinLink follows a two-stage rollout plan:

1. Stage One: Only protocol-owned DePIN assets are accepted, allowing optimization of the RWA-tokenized model and ensuring enterprise-grade solutions.

2. Stage Two: Third-party DePIN asset owners can join after passing a rigorous vetting process.

PinLink initially focuses on GPU/CPU/TPU and cloud storage capacity for AI developers, later expanding to miners and dApp developers. Long-term, it plans to extend its RWA-tokenized DePIN model to all industries needing physical infrastructure, from IoT sensors to consumer wireless networks.

PinLink (PIN) Tokenomics

$PIN is the core token of the PinLink ecosystem with two main functions:

• DePIN Output Payment: AI developers use $PIN to rent asset capacity.

• Staking Revenue: $PIN holders can stake tokens to earn a share of protocol fees.

Token Details:

• Symbol: PIN

• Total Supply: 100,000,000

• Network: Ethereum

• Token Standard: ERC-20 (RWAs use ERC-1155)

• Distribution:

  • 80% Uniswap Liquidity Pool

  • 10% Staking rewards (vested over 24 months)

  • 10% PinLink treasury (CEX and partnerships)

Revenue Model:

• 2% platform fee (Pinshop purchases)

• 2% RWA sales fee (USDCshop)

• 20% rebate fund yield fee

PinLink Team

PinLink is led by a team of blockchain and infrastructure experts. Lukasz Orlowski (Chief Architect), previously VP of Engineering at Enjin, led a $1B+ blockchain venture and developed enterprise solutions at Intel.

Talal AlAmeen (COO) managed retail operations in Bahrain and specializes in mining and hardware deployment.

Jordan O’Neill (CMO) scaled a Web3 marketing agency to $7M ARR and has experience in AI and RWA fundraising.

Fasih Hader (Lead Blockchain Engineer) is a Solidity expert with 6+ years in DeFi and DApps.

Greg Ivanov (Advisor) spent 12 years at Google in product strategy and developer ecosystems.

Rakhmon Raimovich (Crypto Mining and Energy Specialist) shapes strategic goals with 8+ years of experience in mining and renewable energy.

Official Links

• Website
• X (Twitter)
• Whitepaper

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