MintCraft Glossary
Date: 2025-01-12 Audience: All users (especially beginners) Reading Time: 15 minutes
How to Use This Glossary
- Ctrl+F to search for specific terms
- Terms organized by category for easy browsing
- Cross-references to relevant guides
- Beginner-friendly explanations with examples
Blockchain Basics
Blockchain
A distributed digital ledger that records transactions across multiple computers. Each "block" of transactions is linked to the previous one, forming a "chain" that's nearly impossible to alter.
Why It Matters: MintCraft runs on Solana blockchain, ensuring transparency and security.
Transaction
A single operation on the blockchain, such as transferring tokens, creating a mint, or updating data. Each transaction costs a small fee and is permanently recorded.
Example: Creating a token involves multiple transactions (mint creation, metadata addition, pool creation).
Wallet
A software or hardware tool that stores your private keys and allows you to interact with blockchain applications. Your wallet address is your public identifier.
Supported: Phantom, Solflare, Backpack, Ledger, and 20+ others.
See: Getting Started (01) for wallet setup.
Private Key / Seed Phrase
A secret 12-24 word phrase that gives complete access to your wallet. NEVER share this with anyone.
Critical: If someone gets your seed phrase, they can steal all your funds. MintCraft NEVER asks for seed phrases.
Public Key / Wallet Address
Your wallet's public identifier (e.g., 7xKXtg2CW87d97TXJSDpbD5jBkheTqA83TZRu...). Safe to share publicly - this is how others send you tokens.
Format: 32-44 characters of letters and numbers.
Gas Fees / Transaction Fees
The cost to execute transactions on the blockchain. On Solana, fees are extremely low (~$0.00025 per transaction).
MintCraft Cost: Token creation costs 0.26 SOL (~$20 USD) including all fees.
Block
A collection of transactions bundled together and added to the blockchain. Solana produces a new block approximately every 400 milliseconds.
Finality: Transactions are considered final after ~1-2 seconds on Solana.
Consensus
The mechanism by which the blockchain network agrees on the current state. Solana uses Proof of Stake (PoS) consensus.
Smart Contract / Program
Self-executing code deployed on the blockchain. On Solana, these are called "programs."
MintCraft Program: Handles reflections, jackpot, Auto-LP, and burn features trustlessly.
Solana-Specific Terms
Solana
A high-performance Layer-1 blockchain known for:
- 65,000 transactions per second (TPS)
- $0.00025 transaction fees
- Sub-second finality
- Token-2022 support
Why Solana: Fastest and cheapest blockchain for token creation and trading.
SOL
The native cryptocurrency of the Solana blockchain. Used to pay transaction fees and can be a trading pair for tokens.
Price: Variable (check current price) Required: 0.26 SOL minimum to create a token on MintCraft
Lamport
The smallest unit of SOL. 1 SOL = 1,000,000,000 lamports (1 billion).
Similar to: Satoshis for Bitcoin, Wei for Ethereum.
Cluster
A set of validators working together. Solana has three main clusters:
- Mainnet-Beta: Production network (real money)
- Devnet: Testing network (free test SOL)
- Testnet: For core developers
MintCraft: Supports both mainnet and devnet.
RPC (Remote Procedure Call)
A server that lets you interact with the Solana blockchain. Free public RPCs exist, but paid RPCs (Helius, Shyft) are faster and more reliable.
User Impact: Faster transaction confirmations, better reliability.
Program ID
The unique address of a deployed smart contract on Solana.
MintCraft Program: Hbcw8A9kdqWHt1p5C6XY1864t4PjNWa8zaiysfZMqBn4 (devnet)
PDA (Program Derived Address)
A special type of address with no private key, controlled only by a smart contract. Used for trustless treasury management.
Key Property: No one can access PDAs manually - only the program can sign transactions.
MintCraft Uses: Reflection Treasury, Jackpot Treasury, Auto-LP Treasury, Burn Treasury, Keeper Treasury.
See: Security Guide (07) for detailed explanation.
ATA (Associated Token Account)
A standardized way to derive a token account address for a wallet. Each wallet has one ATA per token type.
Example: Your wallet's ATA for Token X is always the same address, derived from your wallet + Token X mint.
CPI (Cross-Program Invocation)
When one Solana program calls another program's instruction within the same transaction.
MintCraft Example: Our program calls the Token-2022 program to transfer tokens during reflections.
MEV Note: CPI depth is monitored to prevent sandwich attacks. Stack height >2 is blocked.
CPI Allowlist
A list of approved programs that can call MintCraft DBC swap instructions via CPI.
Default Allowlist:
- Jupiter v6, Jupiter DCA
- Raydium AMM v4, CLMM, CP-Swap
- Orca Whirlpool
- Phoenix
Governance: Changes require 24-hour timelock.
See: Security Guide (07), "MEV Protection (DBC Pools)".
Anchor
A framework for building Solana programs (smart contracts). Makes development easier and more secure with built-in checks.
MintCraft: Built using Anchor framework.
IDL (Interface Definition Language)
A JSON file that describes a program's instructions and accounts. Allows explorers and tools to decode transactions.
User Benefit: See human-readable transaction details on Solana Explorer.
Token Standards
Token
A digital asset that represents value, utility, or ownership. Can be fungible (interchangeable, like currency) or non-fungible (unique, like NFTs).
MintCraft Creates: Fungible Token-2022 tokens.
SPL Token (Legacy)
Solana's original token standard. Still widely used but lacks advanced features.
Limitations: No native transfer fees, no on-chain metadata, no extensions.
Token-2022
Solana's next-generation token standard with 14+ built-in extensions:
- Transfer fees
- On-chain metadata
- Interest bearing
- Transfer hooks
- And more
Why Better: Native features, future-proof, better DEX compatibility.
MintCraft Uses: Token-2022 exclusively.
Mint / Mint Account
The account that defines a token's properties:
- Total supply
- Decimals
- Mint authority (who can create more)
- Freeze authority (who can freeze accounts)
Mint Address: The unique identifier for your token.
Supply
The total amount of tokens in existence.
Types:
- Total Supply: All tokens ever created
- Circulating Supply: Tokens available for trading (excludes locked/burned)
- Max Supply: Maximum possible tokens (if mint authority revoked)
Example: 1,000,000 total supply with 6 decimals = 1 million tokens.
Decimals
How divisible a token is. Similar to how USD has 2 decimals (cents).
Examples:
- 6 decimals: 1.234567 tokens (Solana standard)
- 9 decimals: 1.123456789 tokens (like SOL)
- 0 decimals: Only whole numbers (like NFTs)
MintCraft Default: 6 decimals (recommended for most tokens).
Mint Authority
The account with permission to create (mint) more tokens. Can be:
- A wallet (creator can mint more)
- A program (governed minting)
- Null/Revoked (fixed supply, recommended)
Security: Revoking mint authority proves you can't create more tokens (prevents dilution).
Freeze Authority
The account with permission to freeze token accounts. Can prevent transfers.
DEX Compatibility: Must be null/revoked for Meteora pools.
MintCraft: Always revokes freeze authority for compatibility.
Base Units
The smallest indivisible unit of a token, accounting for decimals.
Formula: Amount × 10^decimals
Example (6 decimals):
- 100 tokens = 100,000,000 base units
- 0.000001 tokens = 1 base unit
MintCraft Features
Reflections
Automatic distribution of transfer fees to token holders as rewards.
How It Works: Collected fees are distributed proportionally based on holdings.
Two Modes: Transparent (automatic) and Stealth (claim-based).
See: Reflections Guide (04) for complete explanation.
Transparent Reflections
Automatic hourly distribution of rewards directly to holder wallets. No user action required.
Pros: Automatic, simple, visible on-chain Cons: Expensive ($19.50/day per 1,000 holders)
Best For: Small communities (<100 holders), regulated projects.
Stealth Reflections
Claim-based distribution using merkle tree proofs. Rewards available for claiming on a schedule (weekly/monthly).
Pros: 96% cost reduction, privacy-preserving, scalable Cons: Holders must claim manually
Best For: Large communities (1,000+ holders), privacy-focused projects.
See: Reflections Guide (04), section "How Stealth Reflections Work".
Merkle Tree
A cryptographic data structure that allows efficient verification of large datasets. Used in Stealth Reflections to prove eligibility.
User Experience: Claim your rewards by providing a merkle proof (handled automatically by UI).
Benefit: Constant verification cost regardless of holder count.
Jackpot Lottery
A provably fair on-chain lottery system that randomly selects token holders to win accumulated fees.
Frequency: Every 24 hours (configurable) Eligibility: Min $5 USD value, <2% supply (anti-whale) Odds: Proportional to token holdings
See: Jackpot Guide (05) for complete details.
Auto-LP (Automatic Liquidity Provider)
A system that automatically adds liquidity to your token's pool using collected transfer fees.
Key Features:
- Permanent lock (cannot be removed)
- Grows continuously with trading volume
- Rug-pull prevention
- Funded by transfer fees (12% default)
See: Liquidity Management Guide (06).
Burn / Deflationary
Permanent removal of tokens from circulation, reducing total supply over time.
How It Works: 8% of transfer fees sent to Burn Treasury, then burned periodically.
Effect: Lower supply → potential price increase (if demand constant).
Keeper Bot
An automated system that runs 24/7 executing on-chain operations like:
- Reflection distributions
- Jackpot drawings
- Auto-LP injections
- Burn executions
Permissionless: Anyone can run a keeper bot (decentralized).
Incentive: Gas rebate from Keeper Treasury.
USD Value Filtering
Dynamic filtering of token holders based on real-time USD value rather than fixed token amounts.
Example: Min holder value = $5 USD
- At $0.00001/token: Need 500,000 tokens
- At $0.0001/token: Need 50,000 tokens
- Adjusts automatically as price changes
Data Source: Jupiter API (primary), Meteora (fallback).
See: Reflections Guide (04), section "USD-Based Min Holder Value".
Anti-Whale Protection
Automatically excludes large holders (>2% of supply) from reflections and jackpot to prevent whales from dominating rewards.
Example: 1M supply → wallets with >20k tokens (2%) excluded.
Benefit: Fair distribution to regular holders.
Fee Split Configuration
How collected transfer fees are divided among different treasuries.
Default Split (2.5% total fee):
- Platform: 5% → 0.125%
- Creator: 15% → 0.375%
- Reflections: 40% → 1.0%
- Jackpot: 20% → 0.5%
- Auto-LP: 12% → 0.3%
- Burn: 8% → 0.2%
Immutable: Set at token creation, cannot be changed later.
DeFi & Trading
DeFi (Decentralized Finance)
Financial services (trading, lending, earning) that operate without banks or intermediaries, using smart contracts instead.
MintCraft's Role: Create tokens that plug into DeFi ecosystems.
DEX (Decentralized Exchange)
A trading platform where users trade tokens peer-to-peer without a central authority.
Solana DEXs: Meteora, Raydium, Orca, Jupiter (aggregator).
vs CEX: No KYC, no custody, but you manage your own funds.
Liquidity Pool
A smart contract that holds reserves of two tokens (e.g., Token X and SOL) to enable trading.
How It Works: Traders swap with the pool, paying fees that go to liquidity providers.
MintCraft: Auto-creates Meteora DAMM v2 pools.
Liquidity Provider (LP)
Someone who deposits tokens into a pool to enable trading. In return, they receive LP tokens representing their share.
Risk: Impermanent loss (price divergence). Reward: Trading fees.
MintCraft Auto-LP: Platform acts as LP on your behalf, permanently locking liquidity.
LP Tokens
Tokens that represent your share of a liquidity pool. Can be burned (locked forever) or held (removable liquidity).
MintCraft: LP tokens are burned → rug-pull prevention.
AMM (Automated Market Maker)
An algorithm that determines token prices in a liquidity pool based on supply and demand.
Types:
- Constant Product (x × y = k) - Uniswap style
- Dynamic AMM - Meteora DAMM v2 (what MintCraft uses)
- Concentrated Liquidity - CLMM/DLMM
Slippage
The difference between expected and actual trade price due to market movement or low liquidity.
Example: You expect to buy at $1.00, but price moves to $1.02 → 2% slippage.
Good: <1% slippage Acceptable: <5% slippage Bad: >10% slippage (need more liquidity)
Price Impact
How much your trade moves the market price. Larger trades have higher price impact.
Related to: Liquidity depth (more liquidity = less impact).
Rug Pull
A scam where token creators remove liquidity from the pool and disappear with the funds, leaving holders with worthless tokens.
How It Happens:
- Creator adds liquidity
- Community buys in (pool grows)
- Creator removes liquidity
- Token becomes worthless
MintCraft Prevention: Auto-LP locks liquidity permanently in program PDAs.
See: Security Guide (07), "Rug-Pull Prevention".
Sniper Protection
Mechanisms to prevent bots from buying large amounts immediately at launch and dumping for profit.
MintCraft Implementation: Exponential fee decay
- High initial fee (46.5%) deters snipers
- Decays to low fee (0.25%) over 2 hours
- Normal traders buy after decay
See: Pool Presets in Token Creation Guide (02).
Impermanent Loss
A loss liquidity providers experience when token prices diverge. Called "impermanent" because it only becomes permanent if you withdraw.
Example: Provide 1 SOL + 1000 tokens at $1 each. Token rises to $2. If you had just held, you'd have more value.
MintCraft: Auto-LP accepts impermanent loss in exchange for permanent liquidity lock.
Security & Trust
MEV (Maximal Extractable Value)
Profit that can be extracted from blockchain users by manipulating their transactions. Most commonly through sandwich attacks.
Example: Bots front-run your swap, causing you to get a worse price, then profit from the difference.
MintCraft Protection: DBC pools use hybrid CPI guard with timelocked allowlist.
See: Security Guide (07), "MEV Protection (DBC Pools)".
Sandwich Attack
A type of MEV attack where a bot:
- Sees your pending swap transaction
- Buys tokens before you (front-run)
- Your buy executes at higher price
- Bot sells immediately after (back-run)
Result: You pay more, bot profits from the price difference.
MintCraft Prevention: Unknown programs blocked, multi-swap detection, deep CPI blocked.
Timelock
A governance mechanism that enforces a waiting period before changes take effect.
MintCraft Uses: 24-hour timelock on CPI allowlist changes.
Purpose: Gives community time to react to proposed changes before execution.
No Kill Switch: MEV protection cannot be instantly disabled - only modified via timelock.
Trustless
A system that doesn't require trust in any person or entity. Security comes from cryptography and smart contracts, not reputation.
MintCraft Architecture: Trustless via Program Derived Addresses (PDAs).
Example: Creator cannot access Auto-LP treasury - only the program can.
Permissionless
Anyone can interact with the system without needing approval. No gatekeepers.
MintCraft Features:
- Anyone can trigger reflections
- Anyone can run a keeper bot
- Anyone can verify treasury balances
Immutable
Cannot be changed after deployment.
Examples:
- Smart contract code (once deployed)
- Fee split percentages (set at creation)
- Token decimals (forever fixed)
Why Important: Prevents creator from changing rules later.
Audit
A comprehensive security review of smart contract code by external experts.
MintCraft Status: Internal testing complete, professional audit planned Q1 2025.
Before Audit: Test on devnet, start with small amounts.
Verification
The process of checking on-chain data to confirm claims.
What to Verify:
- Mint authority revoked
- LP locked in program PDA
- Treasury balances increasing
- Fee distributions happening
See: Security Guide (07), "Verifying Your Token".
Phishing
A scam where attackers impersonate legitimate services to steal your credentials or funds.
Common Tactics:
- Fake website URLs (mintcraft-[typo].com)
- DMs claiming to be "support"
- Requests for seed phrases
Protection: Bookmark real site, never share seed phrase, verify URLs.
Multi-Signature (Multi-Sig)
A wallet that requires multiple signatures to execute transactions. Used for team projects or added security.
Example: 2-of-3 multi-sig requires 2 out of 3 team members to approve.
Recommended For: Serious projects, large treasuries.
Technical Concepts
Extension
Additional functionality added to Token-2022 tokens beyond basic transfer/mint.
Token-2022 Extensions:
- Transfer Fee
- Metadata
- Interest Bearing
- Transfer Hook
- And 10+ more
MintCraft Uses: Transfer Fee, Metadata primarily.
Transfer Fee
A percentage fee deducted from every token transfer, collected in a treasury.
Range: 0% to 10% (10,000 basis points) MintCraft Default: 2.5%
Use Case: Fund reflections, jackpot, Auto-LP, burn automatically.
See: Token Creation Guide (02), "Transfer Fee Configuration".
Withheld Amount
Transfer fees that have been deducted but not yet withdrawn from token accounts.
How It Works:
- User transfers 100 tokens (2.5% fee)
- 97.5 tokens arrive at destination
- 2.5 tokens withheld in account
- Keeper bot harvests withheld fees
View: On Solana Explorer in token account details.
Metadata
On-chain information about a token (name, symbol, description, image).
Token-2022: Uses Metadata extension (built-in) SPL Token: Uses separate Metaplex standard
MintCraft: Automatically creates metadata with Metaplex + Token-2022 extension.
IPFS (InterPlanetary File System)
A decentralized file storage network. Used for storing token images and metadata.
Why Not Regular Server: Decentralized, permanent, censorship-resistant.
MintCraft: Auto-uploads images and metadata to IPFS.
Oracle
A service that provides external data (like prices) to smart contracts.
MintCraft Uses:
- Jupiter API for token prices (USD value filtering)
- Meteora as fallback oracle
Discriminator
An 8-byte identifier at the start of instruction data that tells the program which function to execute.
Technical Detail: Derived from function name hash.
User Impact: None (handled automatically).
Epoch
A period of time on Solana (approximately 2-3 days). Used for validator rewards and staking.
MintCraft Relevance: Minimal - our features operate on block/slot timescales.
Fees & Economics
Basis Points (BPS)
A unit equal to 1/100th of a percent. Used for precise percentage measurements.
Conversion:
- 1 BPS = 0.01%
- 100 BPS = 1%
- 10,000 BPS = 100%
Example: 250 BPS = 2.5% transfer fee.
Platform Fee
The one-time fee paid to MintCraft for token creation services.
Cost: 0.26 SOL (~$20 USD) Includes: Token creation, pool creation, all PDA initialization, keeper treasury funding.
Creator Fee
The percentage of transfer fees that go to the token creator's wallet.
Default: 15% of all transfer fees Paid: Automatically to your wallet Control: Fully yours (withdraw anytime)
Trading Fee
The fee charged by the DEX (Meteora) when users swap tokens.
MintCraft Presets:
- Memecoin: 46.5% → 0.25% (exponential decay)
- Community: 25% → 0.5% (exponential decay)
- Utility: 0.75% fixed
vs Transfer Fee: Trading fee ≠ transfer fee (two separate fees).
Gas Rebate
A refund paid to keeper bots for executing on-chain operations.
Purpose: Incentivize permissionless execution. Source: Keeper Treasury (funded during token creation).
Example: Keeper pays 0.000005 SOL gas, receives 0.000024 SOL rebate → profit.
Exponential Decay
A fee reduction curve where the fee drops rapidly at first, then gradually levels off.
Formula: fee = final_fee + (initial_fee - final_fee) × e^(-time/decay_constant)
Visual: Steep drop initially, long tail toward final fee.
Used In: Memecoin and Community pool presets.
Linear Decay
A fee reduction curve where the fee drops at a constant rate.
Formula: fee = initial_fee - (initial_fee - final_fee) × (time/total_time)
Visual: Straight line from initial to final fee.
Less Common: Exponential decay preferred for sniper protection.
Dynamic Fee
An additional fee applied during high volatility to protect liquidity providers.
Meteora Feature: +20% base fee during volatile conditions.
Example: 1% base fee → 1.2% during volatility spike.
Pool & Liquidity Terms
DBC (Dynamic Bonding Curve)
A launch mechanism where tokens are sold on a bonding curve before graduating to a DEX pool.
How It Works:
- Token starts on bonding curve (price rises as supply sold)
- Early buyers get lower prices
- When graduation target reached, token moves to Meteora DAMM v2
- Built-in MEV protection prevents sandwich attacks
Speed Options:
- Lightning: 30 SOL graduation target
- Standard: 85 SOL graduation target
- Slow Cook: 150 SOL graduation target
Benefits: Fair launch, sniper protection, gradual price discovery.
See: Token Creation Guide (02), FAQ (08).
DAMM v2 (Dynamic AMM v2)
Meteora's advanced liquidity pool with dynamic fee adjustment and exponential decay.
Key Features:
- Fee scheduler (time-based decay)
- Dynamic fee (volatility response)
- Single-bin concentrated liquidity
- Balanced liquidity deposits
MintCraft Uses: DAMM v2 for graduated DBC pools and Direct to Pool launches.
DLMM (Dynamic Liquidity Market Maker)
Meteora's previous generation pool type with bin-based liquidity distribution.
Status: Deprecated for new tokens (DAMM v2 recommended).
Why Replaced: DAMM v2 simpler, better balanced liquidity.
Bin Step
In DLMM pools, the price difference between adjacent bins.
Example: 25 bin step = 0.25% price difference per bin.
DAMM v2: Uses single bin (no bin step needed).
Quote Token
The token you trade against. Usually SOL or USDC.
Example: TOKEN/SOL pool → SOL is quote token.
MintCraft: Supports SOL and USDC quote tokens.
Initial Price
The starting price when creating a liquidity pool.
Formula: Price = Quote Token Amount / Base Token Amount
Example: 0.3 SOL / 975,000 tokens = 0.0000003 SOL per token.
Pool Reserve
The actual on-chain account that holds tokens in a Meteora pool. Different from ATAs.
Technical: Meteora uses custom vault accounts (not Associated Token Accounts).
MintCraft: Auto-detects pool reserve from liquidity transaction.
Liquidity Lock
Making liquidity permanently non-removable by burning LP tokens or locking in program PDAs.
MintCraft: 100% liquidity lock via Auto-LP system.
Why Important: Rug-pull prevention.
See: Liquidity Management Guide (06), "100% Liquidity Lock".
Time Lock
A delay enforced before an operation can be executed again.
Auto-LP Example: 1-hour time lock between injections (prevents spam).
Burn Example: 1-hour time lock between burns.
Purpose: Batch operations for efficiency.
Common Abbreviations
- ATA: Associated Token Account
- AMM: Automated Market Maker
- BPS: Basis Points
- CEX: Centralized Exchange
- CLMM: Concentrated Liquidity Market Maker
- CPI: Cross-Program Invocation
- DAMM: Dynamic AMM
- DBC: Dynamic Bonding Curve
- DEX: Decentralized Exchange
- DLMM: Dynamic Liquidity Market Maker
- IDL: Interface Definition Language
- IPFS: InterPlanetary File System
- LP: Liquidity Provider / Liquidity Pool
- MEV: Maximal Extractable Value
- PDA: Program Derived Address
- RPC: Remote Procedure Call
- SPL: Solana Program Library
- TPS: Transactions Per Second
- UI: User Interface
- USD: United States Dollar
Example Use Cases
"What's a rug pull and how does MintCraft prevent it?"
Rug Pull: Creator removes liquidity from the pool and disappears with the funds.
MintCraft Prevention:
- Auto-LP locks liquidity in program PDA
- LP tokens burned (cannot be redeemed)
- Creator has ZERO access to liquidity
- Only program can execute injections
- Verifiable on-chain
Result: Mathematically impossible to rug pull.
See: Liquidity Management Guide (06), "Rug-Pull Prevention".
"What's the difference between Transfer Fee and Trading Fee?"
Transfer Fee: Fee on ANY token transfer (send, receive, etc.)
- Set by token creator (0-10%)
- Collected in treasury
- Funds reflections/jackpot/Auto-LP/burn
Trading Fee: Fee charged by DEX when swapping
- Set by pool creator
- Collected by liquidity providers
- Compensates for impermanent loss
Key: These are SEPARATE fees (both can apply).
Example:
- Buy tokens on Meteora: Pay 1% trading fee (to LPs)
- Send to friend: Pay 2.5% transfer fee (to treasuries)
"What does 'trustless' actually mean?"
Traditional (requires trust):
- Creator says: "I won't rug pull"
- You must believe them
- No guarantees
Trustless (MintCraft):
- Math/code guarantees liquidity locked
- Creator physically cannot access
- Verifiable by anyone on-chain
- No need to trust promises
How: Program Derived Addresses (PDAs) with no private keys.
See: Security Guide (07), "Why MintCraft Is Trustless".
Still Confused?
Quick Reference Guide
I want to...
Create a token → Getting Started (01), Token Creation (02)
Understand reflections → Reflections Guide (04)
Check if a token is safe → Security Guide (07)
Learn about fees → FAQ (08), "Costs & Fees"
Integrate my app → Developer Guide (09)
Understand liquidity lock → Liquidity Management (06)
Know my jackpot odds → Jackpot Guide (05)
Manage my token → Managing Tokens (03)
Community Support
- Discord: Official server (link on website)
- Telegram: Community group
- Twitter: @MintCraftCo (example)
- GitHub: Issue tracker
Contact
- Email: support@mintcraft.co
- Response Time: 24-48 hours
Term Suggestions
Missing a term? Submit via:
- Discord #documentation channel
- GitHub Issues
- Email: docs@mintcraft.co
We'll add it to the next update!
Last Updated: 2025-12-20 Terms Defined: 108+ Categories: 8 Previous: Developer Integration (09) Start Over: Getting Started (01)