The CaryPact Learning Hub
Master CaryPact decentralized supercomputing, BOT Chain Layer 1, CA tokenomics, dynamic parity mechanics, and PoS staking models before participating.
What Is BOT Chain?
BOT Chain is an AI-native, EVM-compatible Layer 1 blockchain built for high-frequency applications, decentralized compute and verifiable on-chain settlement.
An AI-Native Layer 1 Blockchain
Developers can build with familiar EVM tooling while connecting AI agents, compute resources and digital assets to a shared blockchain network.
Infrastructure Designed for Intelligent On-Chain Applications
Built from the ground up for verifiable autonomous agents, low-latency micro-settlements, and physical decentralized computing networks.
EVM-Compatible Execution
Build and deploy Solidity smart contracts with familiar Ethereum development tools and workflows.
Fast, Predictable Settlement
Support frequent on-chain interactions with a network designed for low-latency execution and efficient transaction processing.
Dual-Driven Network
Combine staking-based network security with DePIN participation to connect on-chain activity with physical compute infrastructure.
Infrastructure for AI Agents
Give AI-agent applications a verifiable foundation for contract execution, payments, coordination and auditable on-chain outcomes.
What is CaryPact?
The first benchmark protocol running on BOT Chain
CaryPact integrates the value of BOT Chain, allowing global users to participate in the construction and earnings of BOT Chain through the protocol, achieving value growth.
Why Choose CaryPact?
Built on non-speculative compute mechanics, mathematical fair distribution, and sustainable long-term value alignment.
Real & Sustainable Computing Infrastructure
CaryPact does not pursue short-term explosive incentives, but builds a real and sustainable computing power infrastructure network.
Serving Next 20 Years of AI Compute
CaryPact's design goal is to serve the AI and decentralized computing needs for the next twenty years.
Fair Competition Without Platform Monopoly
Computing power is no longer controlled by a single platform; the protocol is the rule, and all participants compete fairly within the same system.
Continuous Real Computing Power Output
Users no longer rely on market speculation, but continuously obtain cash flow from real computing power output.
How to Earn on CaryPact & BOT Chain
Jump straight into the 5 official earning mechanisms. Whether you prefer liquid BOT Pledge with auto-compounding, protocol PoS staking, permanent computing power dividends, physical AI node servers, or native Layer 1 BOT mining.
CA Hashrate / Computing Power
1 USDT = 1 Computing Power Unit. Tokenized computing power backed by decentralized physical GPU/CPU clusters.
Protocol PoS Mining / CA Staking
Proof-of-Stake mining powered by depositing your accumulated or purchased CA tokens into protocol PoS contracts.
Mining Server / Machine Presale
Direct reservation of physical high-performance AI GPU/CPU compute servers hosted in institutional tier-3/4 data centers.
BOT Hashrate Mining
Direct hashrate mining producing BOT, the native gas and governance Layer 1 cryptocurrency of BOT Chain.
BOT Pledge / Bot Staking
Stake BOT to earn rewards with flexible entry and exit. Deposit native BOT tokens into the protocol pledge vault with complete self-determination.
Looking for In-Depth Mathematical Formulas, Lockup Schedules & ROI Calculators?
Visit our dedicated /earn directory for a complete breakdown of hashrate compounding factors, PoS duration weight multipliers (30d–360d), node presale tiers, and interactive calculators.
Transparency & Risk Disclosures
We believe in honest, thorough education. Read and understand these critical structural parameters before committing digital assets.
Affiliate Monetization Statement
Clear statement of site independence and compensation
The CaryPact Learning Hub is an independent educational and analytics resource. We are not the official company entity. If you choose to register on CaryPact through the links and invitation codes provided on this site, we may receive a referral commission. This compensation does not influence our objective presentation of mathematical rules, permanent hashrate locks, slippage mechanics, or risks.
1. Permanence of Hashrate Units (No Principal Exit)
When purchasing computing power at the rate of 1 USDT = 1 Hashrate Unit (minimum 100 USDT), the capital allocated is locked permanently into protocol computing reserves. There is no principal refund, exit, or redemption mechanism. Your return is solely derived from ongoing daily CA mining distributions.
2. Market Volatility & Price Fluctuation
The exchange value of CA, BOT, and related cryptographic tokens can fluctuate significantly based on open market conditions, liquidity depth on BDEX, and broader digital asset sentiment. Token prices may rise or fall substantially.
3. Illustrative vs. Guaranteed Yield Projections
Projections depicted in ecosystem marketing presentations (e.g. compounding 360-day staking models) assume specific mathematical parameters such as sustained daily price appreciation and steady network activity. These are hypothetical simulations and must not be construed as guaranteed investment yields.
4. Multi-Tier Referral (VIP) Incentive Structure
The 10-tier VIP reward system (V1–V10) is funded by the 14,000 CA/day Active Reward Pool and relies on personal investment (500 USDT) combined with team downline ‘leg’ performance. Rewards depend on active team participation and network expansion.
5. Smart Contract Execution & 5% Slippage
All token sales on BDEX carry a mandatory 5% slippage distribution (1.8% buyback & burn, 3.2% node operator distribution). While smart contracts are deployed on BOT Chain, blockchain interactions carry inherent technical and execution risks.
6. Self-Custody & Key Management Responsibility
CaryPact and BO Wallet are decentralized and non-custodial. You are solely responsible for safeguarding your 12-word seed phrase and private keys. Protocol administrators and learning hub staff can never recover lost credentials or reverse transactions.