FRT Smart Contract Documentation

Version: 1.1
Last Updated: January 2026

Overview

This document provides comprehensive technical documentation for the FortisArena smart contract ecosystem, consisting of three core contracts:

FortisToken.sol: The main FRT token contract (BEP-20)
TokenVesting.sol: Vesting contract for token locks
FRTStaking.sol: Staking contract for rewards

All contracts are written in Solidity ^0.8.20 and use OpenZeppelin v5 libraries.

Architecture Overview

Contract Summary

Contract	Purpose	Standard
FortisToken	Main utility token	BEP-20
TokenVesting	Lock tokens with cliff and linear vesting	Custom
FRTStaking	Stake tokens to earn rewards	Custom

1. FortisToken Contract

Basic Information

Property	Value
Token Name	FRT
Symbol	FRT
Decimals	18
Total Supply	200,000,000 FRT (Fixed)
Blockchain	BNB Smart Chain (BSC)
Solidity Version	`^0.8.20`
OpenZeppelin	v5

Security Features

Feature	Description
No Mint Function	Supply is fixed at 200M and cannot be increased
Burnable	Tokens can be permanently burned to reduce supply
Ownable2Step	Two-step ownership transfer prevents accidental loss
Anti-Sniper	Reverts buys in first 3-5 blocks after trading enabled
Max Transaction	1% of supply (2,000,000 FRT) per transaction
Max Wallet	2% of supply (4,000,000 FRT) maximum holding
Launch Helper	`setLaunchAddresses()` configures router and pair safely
Trading Switch	Trading disabled until owner enables (requires launch config)
Blacklist	Block malicious addresses from transferring
Whitelist	Allow specific addresses to transfer before trading
Pausable	Emergency pause all transfers
Reentrancy Guard	Prevent reentrancy attacks
0% Tax	No buy/sell/transfer tax

Key Functions

Launch Configuration (MUST call before trading)

function setLaunchAddresses(address router, address pair) external onlyOwner

Configures the DEX router and pair addresses. Automatically:

Excludes router from limits and maxWallet
Sets pair as AMM pair
Excludes pair from limits and maxWallet
Sets launchConfigured = true

Trading Control

function enableTrading() external onlyOwner

Enables public trading. Requirements:

Can only be called once
launchConfigured must be true
Cannot be disabled once enabled

Anti-Sniper Configuration

function setAntiSniperBlocks(uint256 blocks) external onlyOwner

Sets anti-sniper duration (3-5 blocks). Can only be called before trading is enabled.

Limit Controls (One-Way)

function disableAntiSniper() external onlyOwner
function disableMaxTx() external onlyOwner
function disableMaxWallet() external onlyOwner

Permanently disable protection features. Cannot be re-enabled.

Address Management

function setExcludedFromLimits(address account, bool excluded) external onlyOwner
function setExcludedFromMaxWallet(address account, bool excluded) external onlyOwner
function setWhitelisted(address account, bool whitelisted) external onlyOwner
function setBlacklisted(address account, bool blacklisted) external onlyOwner
function setAMMPair(address pair, bool status) external onlyOwner

Emergency Functions

function pause() external onlyOwner
function unpause() external onlyOwner
function recoverTokens(address token, uint256 amount) external onlyOwner
function recoverETH() external onlyOwner

Owner Capabilities

Action	Possible	Notes
Configure launch addresses	Yes	Once only
Enable trading	Yes	Once only, requires launch config
Set anti-sniper blocks (3-5)	Yes	Before trading only
Disable limits	Yes	Cannot re-enable
Blacklist addresses	Yes	For bots only
Whitelist addresses	Yes	For presale/team
Pause transfers	Yes	Emergency only
Transfer ownership	Yes	Two-step process

Owner Restrictions (What Owner CANNOT Do)

Action	Possible	Reason
Mint new tokens	No	No mint function exists
Increase supply	No	Fixed supply constant
Set tax	No	No tax function exists
Blacklist owner	No	Hardcoded protection
Blacklist contract	No	Hardcoded protection
Re-enable disabled features	No	One-way disable only
Enable trading without launch config	No	Safety check enforced

Custom Errors

Error	Description
`ZeroAddress()`	Address cannot be zero
`InvalidAmount()`	Amount cannot be zero
`TradingNotEnabled()`	Trading is not yet enabled
`AlreadyEnabled()`	Feature is already enabled
`AlreadyDisabled()`	Feature is already disabled
`AlreadyConfigured()`	Launch already configured
`LaunchNotConfigured()`	Must call `setLaunchAddresses` first
`InvalidAntiSniperBlocks()`	Blocks must be 3-5
`AddressIsBlacklisted()`	Address is blacklisted
`SniperDetected()`	Sniper bot detected
`ExceedsMaxTransaction()`	Amount exceeds max TX
`ExceedsMaxWallet()`	Balance would exceed max wallet
`BatchTooLarge()`	Batch size exceeds 100
`CannotBlacklistOwner()`	Cannot blacklist owner
`CannotBlacklistContract()`	Cannot blacklist contract
`ETHTransferFailed()`	ETH transfer failed

2. TokenVesting Contract

Purpose

Locks tokens with configurable cliff periods and linear vesting. Used for team, advisor, and presale token locks.

Features

Feature	Description
Multiple Schedules	Multiple vesting schedules per beneficiary
Configurable Cliff	Set cliff period before any tokens unlock
Linear Vesting	Tokens unlock linearly after cliff
Revocable	Optional ability to revoke unvested tokens
Batch Creation	Create multiple schedules in one transaction
Transparent	All schedules viewable on-chain

Vesting Categories

Category ID	Type
0	Team
1	Advisor
2	Presale
3	Other

Key Functions

Create Vesting Schedule

function createVestingSchedule(
    address _beneficiary,
    uint256 _totalAmount,
    uint256 _startTime,
    uint256 _cliffDuration,
    uint256 _vestingDuration,
    bool _revocable,
    uint8 _category
) external onlyOwner returns (bytes32 scheduleId)

Release Tokens

function release(bytes32 _scheduleId) external
function releaseAll(address _beneficiary) external

View Functions

function getReleasableAmount(bytes32 _scheduleId) external view returns (uint256)
function getVestedAmount(bytes32 _scheduleId) external view returns (uint256)
function getBeneficiarySchedules(address _beneficiary) external view returns (bytes32[] memory)

3. FRTStaking Contract

Purpose

Allows FRT holders to stake tokens to unlock platform features and access tiers. Staking provides utility benefits, not financial returns.

Access Tiers

Tier	Lock Duration	Minimum Stake	Unlocks
1	Flexible	1,000 FRT	Higher withdrawal limits
2	90 Days	5,000 FRT	Verified badge, fee discounts
3	180 Days	25,000 FRT	Tournament hosting rights
4	365 Days	50,000 FRT	Organization registration
5	730 Days	100,000+ FRT	Premier partner status

Features

Feature	Description
Utility Staking	Stake for platform access, not yield
Flexible Options	No-lock tier available
Tier Progression	Unlock higher tiers with more stake
Early Unstake	Withdraw early with 20% penalty
Governance Weight	Voting power based on stake tier

Key Functions

Staking

function stake(uint256 _poolId, uint256 _amount) external
function unstake(uint256 _stakeIndex) external
function claimRewards(uint256 _stakeIndex) external
function compoundRewards(uint256 _stakeIndex) external
function emergencyWithdraw(uint256 _stakeIndex) external

View Functions

function pendingRewards(address _user, uint256 _stakeIndex) external view returns (uint256)
function getUserStakes(address _user) external view returns (Stake[] memory)
function getPoolInfo(uint256 _poolId) external view returns (Pool memory)

Admin Functions

function createPool(uint256 _lockDuration, uint256 _apy, uint256 _minStake) external onlyOwner
function updatePool(uint256 _poolId, uint256 _apy, bool _active) external onlyOwner
function depositRewards(uint256 _amount) external onlyOwner
function withdrawRewards(uint256 _amount) external onlyOwner

4. Deployment Guide

Prerequisites

npm install @openzeppelin/contracts@^5.0.0

Deployment Order

Deploy FortisToken: FortisToken.deploy(ownerAddress)
Deploy TokenVesting: TokenVesting.deploy(frt.address, ownerAddress)
Deploy FRTStaking: FRTStaking.deploy(frt.address, ownerAddress)

Launch Sequence

5. Security Recommendations

Audit: Get professional audit before mainnet deployment
Multi-Sig: Transfer ownership to Gnosis Safe multi-sig
Timelock: Consider adding timelock for major operations
Testnet: Thoroughly test on BSC Testnet first
Verification: Verify all contracts on BscScan

6. License

All contracts are released under the MIT License.

FortisArena - Building the Future of Competitive Gaming

​FRT Smart Contract Documentation

​Overview

​Architecture Overview

​Contract Summary

​1. FortisToken Contract

​Basic Information

​Security Features

​Key Functions

​Launch Configuration (MUST call before trading)

​Trading Control

​Anti-Sniper Configuration

​Limit Controls (One-Way)

​Address Management

​Emergency Functions

​Owner Capabilities

​Owner Restrictions (What Owner CANNOT Do)

​Custom Errors

​2. TokenVesting Contract

​Purpose

​Features

​Vesting Categories

​Key Functions

​Create Vesting Schedule

​Release Tokens

​View Functions

​3. FRTStaking Contract

​Purpose

​Access Tiers

​Features

​Key Functions

​Staking

​View Functions

​Admin Functions

​4. Deployment Guide

​Prerequisites

​Deployment Order

​Launch Sequence

​5. Security Recommendations

​6. License

FRT Smart Contract Documentation

Overview

Architecture Overview

Contract Summary

1. FortisToken Contract

Basic Information

Security Features

Key Functions

Launch Configuration (MUST call before trading)

Trading Control

Anti-Sniper Configuration

Limit Controls (One-Way)

Address Management

Emergency Functions

Owner Capabilities

Owner Restrictions (What Owner CANNOT Do)

Custom Errors

2. TokenVesting Contract

Purpose

Features

Vesting Categories

Key Functions

Create Vesting Schedule

Release Tokens

View Functions

3. FRTStaking Contract

Purpose

Access Tiers

Features

Key Functions

Staking

View Functions

Admin Functions

4. Deployment Guide

Prerequisites

Deployment Order

Launch Sequence

5. Security Recommendations

6. License