Design Rationale

Understanding why RedCarpetHQ is designed the way it is helps you make better decisions as a producer. This document explains the business logic and reasoning behind key platform features.

Core Philosophy

Decentralization + Quality Control

The Challenge:

  • Pure decentralization = anyone can create campaigns (spam risk)

  • Pure centralization = gatekeeping, censorship, single point of failure

    • Our Solution: Hybrid Approach

  • Screener Whitelist: Quality control without centralization

  • Multiple Screeners: Distributed trust, no single gatekeeper

  • Toggle Option: Can disable screening if community prefers

  • On-Chain Operations: All funds and logic on blockchain

    • Why This Works:

  • Protects supporters from scams

  • Maintains platform reputation

  • Preserves decentralization benefits

  • Flexible for future evolution

    • Token-Based Crowdfunding

    Why Tokens Instead of Traditional Rewards?

    Traditional crowdfunding (Kickstarter, Indiegogo):

  • ❌ No secondary market

  • ❌ Backers locked in

  • ❌ No financial upside

  • ❌ Reward fulfillment burden

    • Token-based crowdfunding (RedCarpetHQ):

  • ✅ Tradable on marketplace

  • ✅ Exit opportunities

  • ✅ DeFi utility (lending, borrowing)

  • ✅ Dividend participation

  • ✅ Liquid market for price discovery

    • Benefits for Producers:

  • Attract investment-minded backers

  • Token liquidity increases appeal

  • DeFi features add value

  • Easier than physical reward fulfillment

    • Benefits for Supporters:

  • Trade tokens anytime

  • Earn yield through lending

  • Participate in film success

  • Portfolio diversification

    • Campaign Mechanics

    Floor & Ceiling Model

    Why Not Fixed Goal?

    Floor (Minimum):

  • Ensures project viability

  • All-or-nothing reduces risk

  • Protects both sides

  • Clear success criteria

    • Ceiling (Maximum):

  • Prevents over-dilution

  • Manages token supply

  • Sets realistic expectations

  • Controls project scope

    • Overage Options:

  • No Overage: Fixed budget projects

  • Unlimited: Flexible scope

  • Ceiling: Budget range

    • Real-World Example:
    ``
    Film Budget: $100k minimum, $300k ideal

    Floor: $100k (can make film)
    Ceiling: $300k (ideal production value)
    Overage: Ceiling type

    Result:

  • Must reach $100k to proceed

  • Can accept up to $300k

  • Clear budget boundaries

  • Token supply capped

    • `

    Grace Period (24 Hours)

    Why Not End Immediately?

    Problems Without Grace Period:

  • Campaign ends at random moment

  • Last-minute backers miss deadline

  • No time to assess near-misses

  • Harsh for 99% funded campaigns

    • Grace Period Benefits:

  • Creator can extend if close

  • Supporters can push final stretch

  • Fair assessment window

  • Reduces "just missed it" frustration

    • Why 24 Hours?

  • Long enough to decide

  • Short enough to maintain urgency

  • Prevents indefinite limbo

  • Industry standard

    • Creator Finalize Grace Period (2 Weeks)

    Why Not Auto-Finalize Success?

    Creator Needs Time To:

  • Assess if they can deliver

  • Review final backer list

  • Confirm legal compliance

  • Prepare for production

  • Decide to proceed or refund

    • Why 2 Weeks?

  • Reasonable decision window

  • Consult with team/lawyers

  • Not too long (supporters waiting)

  • After 2 weeks, anyone can finalize

    • Protects Everyone:

  • Creators: No forced commitment

  • Supporters: Campaign won't stay in limbo

  • Platform: Prevents stalled campaigns

    • Extension Limits

    Why Only 1 Extension?

    Without Limits:

  • ❌ Campaigns drag on indefinitely

  • ❌ Supporter fatigue

  • ❌ Looks desperate

  • ❌ Reduces urgency

    • With 1 Extension:

  • ✅ Second chance for near-misses

  • ✅ Maintains urgency

  • ✅ Prevents abuse

  • ✅ Clear boundaries

    • Maximum Duration (270 Days):

  • 9 months total maximum

  • Prevents zombie campaigns

  • Keeps platform active

  • Forces decision making

    • DeFi Architecture

    ERC4626 Vaults (UnifiedVault)

    Why ERC4626 Standard?

    Benefits:

  • Industry-standard interface

  • Compatible with all DeFi tools

  • Auto-integrates with aggregators

  • Wallets show balances automatically

  • Composable with other protocols

    • Why One Vault Per Token?

    Old Approach (5 Contracts):

  • ❌ Complex architecture

  • ❌ Gas-intensive

  • ❌ Hard to audit

  • ❌ Difficult to understand

    • New Approach (1 Contract):

  • ✅ Simple architecture

  • ✅ Gas-efficient

  • ✅ Easy to audit

  • ✅ User-friendly

    • 80/20 Deposit Split

    Why Not 100% Lending?

    Problem:

  • Liquidations need USDC immediately

  • External liquidators slow/unreliable

  • Gas wars during liquidations

  • Bad debt risk

    • Solution: Stability Pool (20%)

  • Instant liquidation USDC available

  • No external liquidators needed

  • Automatic process

  • Protects lenders

    • Why 80/20 Ratio?

  • 80% lending = good capital efficiency

  • 20% stability = adequate liquidation buffer

  • Balanced approach

  • Tested in other protocols (Liquity)

    • User Experience:
    `
    Deposit: 1,000 USDC
    Automatically allocated:

  • 800 USDC → Lending Pool (earn interest)

  • 200 USDC → Stability Pool (liquidation buffer)

    • User sees: 1,000 vault shares
    Complexity hidden, benefits automatic
    `

    Risk-Tiered Interest Splits

    Why Not Fixed Interest Split?

    Problem:

  • Market conditions change

  • Some tokens riskier than others

  • Fixed split doesn't adapt

  • Risk not priced correctly

    • Solution: Dynamic Tiers

    | Tier | Protocol | Insurance | Lenders | When |
    |------|----------|-----------|---------|------|
    | GREEN | 4% | 6% | 90% | Healthy market |
    | YELLOW | 6% | 9% | 85% | Moderate risk |
    | RED | 10% | 15% | 75% | High risk |

    Why This Works:

  • Green: Low risk = lenders get most

  • Yellow: Medium risk = more to insurance

  • Red: High risk = much more to insurance + protocol

    • Risk Factors Assessed:

  • Price staleness

  • Vault utilization

  • Wash trading

  • Market health

  • Dispute activity

    • Benefits:

  • Automatic risk adjustment

  • Insurance fund grows when needed

  • Lenders protected

  • Protocol sustainable

    • Collateral Factors & Liquidation

    Why 50% Collateral Factor (Green)?

    Too High (e.g., 90%):

  • ❌ High liquidation risk

  • ❌ Small price drops = liquidation

  • ❌ Bad debt risk

  • ❌ Lender losses

    • Too Low (e.g., 20%):

  • ❌ Capital inefficient

  • ❌ Low borrowing utility

  • ❌ Unattractive to users

    • 50% Sweet Spot:

  • ✅ Safe buffer

  • ✅ Reasonable utility

  • ✅ Industry standard

  • ✅ Proven in DeFi

    • Liquidation Threshold (60%):

  • 10% buffer above collateral factor

  • Gives time to add collateral

  • Prevents immediate liquidation

  • Fair warning system

    • Example:
    `
    Deposit: 100 tokens @ $10 = $1,000
    Borrow: $500 (50% collateral factor)

    Price drops to $8.33:

  • Collateral value: $833

  • Borrowed: $500

  • Ratio: 60% (liquidation threshold)

  • Position liquidated

    • Buffer: $1,000 → $833 = 16.7% price drop allowed
    `

    Utilization Cap (85%)

    Why Not 100% Utilization?

    Problem:

  • 100% utilized = no withdrawals possible

  • Bank run risk

  • Lenders trapped

  • System instability

    • 85% Cap:

  • ✅ Always 15% available for withdrawals

  • ✅ Prevents bank runs

  • ✅ Maintains liquidity

  • ✅ Protects lenders

    • Interest Rate Curve:
    `
    0-70%: Gradual increase (optimal range)
    70-85%: Steep increase (discourage borrowing)
    85%+: No borrowing allowed
    `

    Why This Works:

  • Low utilization = low rates (encourage borrowing)

  • High utilization = high rates (encourage repayment)

  • Cap = safety valve

  • Self-balancing system

    • Trading & Markets

    Escrow-Based Trading

    Why Not Order Book?

    Order Book Problems:

  • Complex to implement

  • Gas-intensive

  • Front-running risk

  • MEV exploitation

    • Escrow Offers:

  • ✅ Simple and secure

  • ✅ Gas-efficient

  • ✅ No front-running

  • ✅ Funds locked safely

    • How It Works:
    `
    Seller creates offer:
    1. Locks tokens in Market contract
    2. Sets price
    3. Waits for buyer

    Buyer fills offer:
    1. Sends USDC to Market
    2. Market sends tokens to buyer
    3. Market sends USDC to seller
    4. Atomic swap (all or nothing)
    `

    VWAP Price Oracle

    Why VWAP Instead of Last Price?

    Last Price Problems:

  • ❌ Easy to manipulate

  • ❌ Single trade affects price

  • ❌ Wash trading exploits

  • ❌ Not representative

    • VWAP Benefits:

  • ✅ Volume-weighted (manipulation harder)

  • ✅ Reflects true market activity

  • ✅ Smooths out anomalies

  • ✅ Fair liquidation pricing

    • Formula:
    `
    VWAP = Σ(Price × Volume) / Σ(Volume)
    `

    Example:
    `
    Trade 1: 100 tokens @ $10 = $1,000
    Trade 2: 50 tokens @ $12 = $600
    Trade 3: 200 tokens @ $9 = $1,800

    VWAP = ($1,000 + $600 + $1,800) / (100 + 50 + 200)
    = $3,400 / 350
    = $9.71

    Fair price despite $12 outlier
    `

    Trading Contests (6-Hour Epochs)

    Why Trading Contests?

    Goals:

  • Incentivize trading activity

  • Reward active traders

  • Create engagement

  • Distribute fees fairly

    • Why 6 Hours?

  • ❌ Too short (1 hour): Not enough activity

  • ❌ Too long (24 hours): Reduces urgency

  • ✅ 6 hours: Perfect balance

    • 4 epochs per day:

  • Multiple chances to win

  • Global time zone coverage

  • Maintains excitement

  • Sustainable participation

    • 15,000 USDC Threshold:

  • Prevents sybil attacks

  • Ensures serious traders

  • Meaningful qualification

  • Protects prize pool

    • Pro-Rata Distribution:
    `
    Trader A: 50,000 USDC volume
    Trader B: 30,000 USDC volume
    Trader C: 20,000 USDC volume
    Total: 100,000 USDC volume

    Prize Pool: 1,000 USDC

    Trader A: 500 USDC (50%)
    Trader B: 300 USDC (30%)
    Trader C: 200 USDC (20%)

    Fair distribution by contribution
    ``

    2.5% Trade Fee

    Why Charge Fees?

    Platform Sustainability:

  • Development costs

  • Infrastructure

  • Security audits

  • Support team

  • Marketing

    • Why 2.5%?

  • ❌ Too low (<1%): Unsustainable

  • ❌ Too high (>5%): Discourages trading

  • ✅ 2.5%: Industry standard, fair

    • Fee Distribution (40/40/10/10):

  • 40% Protocol: Platform development

  • 40% Contest: Trader rewards

  • 10% Vault: Protocol's allocation

  • 10% Producer: Creator rewards

    • Why This Split?

  • Traders get most back (40% + vault returns)

  • Producers incentivized (10%)

  • Platform sustainable (40%)

  • Balanced ecosystem

    • Revenue Distribution

    Dividend System

    Why Dividends?

    Traditional Film Financing:

  • Complex waterfall structures

  • Opaque accounting

  • Delayed payments

  • High overhead

    • Blockchain Dividends:

  • ✅ Transparent on-chain

  • ✅ Instant distribution

  • ✅ Pro-rata fairness

  • ✅ Low overhead

    • Snapshot-Based:

  • Captures holders at specific time

  • Prevents gaming system

  • Fair to all holders

  • Includes vault depositors

    • Multi-Round Support:

  • Film revenues over time

  • Multiple distributions

  • Flexible timing

  • Ongoing engagement

    • Producer Exit Strategy

    Why Allow Producer Exit?

    Problem:

  • Producers want to cash out

  • Selling tokens dumps price

  • Hurts other holders

  • Creates conflict

    • Solution: Burn for Vault Shares

  • Producer burns tokens

  • Receives protocol's vault allocation

  • No market impact

  • Fair value exchange

    • Requirements:

  • Minimum 10 USDC threshold

  • 25% exit fee

  • Only protocol's allocation

  • Doesn't affect other holders

    • Why This Works:

  • Producer gets liquidity

  • No price dump

  • Fee protects ecosystem

  • Sustainable exit path

    • Security & Risk Management

    Circuit Breakers

    Why Automatic Pauses?

    Triggers:

  • Bad debt > $10,000

  • Utilization > 99%

  • Price stale > 12 hours

    • Purpose:

  • Prevent cascading failures

  • Protect user funds

  • Allow admin intervention

  • Emergency stop

    • Why These Thresholds?

  • Tested in production

  • Balance safety vs. false alarms

  • Industry best practices

  • Adjustable if needed

    • Wash Trading Detection

    Why Monitor Wash Trading?

    Problem:

  • Fake volume manipulation

  • Contest exploitation

  • False price signals

  • Unfair rewards

    • Detection:

  • Same-pair trade tracking

  • Unique participant counting

  • Epoch-based analysis

  • Risk tier adjustment

    • Consequences:

  • Elevated to YELLOW/RED tier

  • Higher insurance allocation

  • Lower collateral factors

  • Contest disqualification

    • Reentrancy Protection

    Why Needed?

    Famous Attacks:

  • The DAO hack (2016)

  • $60M stolen

  • Ethereum hard fork

    • Our Protection:

  • ReentrancyGuard on all functions

  • Checks-Effects-Interactions pattern

  • State updates before external calls

    • Platform Investor Perspective

    Why This Architecture Creates Defensibility

    For investors evaluating RedCarpetHQ as a protocol or business, our design choices are not just engineering preferences — they are competitive moats.

    The Fee Model as a Flywheel

    Our 40/40/10/10 fee split is designed to be self-sustaining:

  • 40% to Contests incentivizes trading volume

  • More volume generates more trading fees

  • More fees grow the contest pool, attracting more traders

  • Result: A self-reinforcing liquidity engine that requires no external subsidy

    • Traditional exchanges spend millions on market maker programs. We recycle our own fees into trader incentives.

    Zero Campaign Fees as Customer Acquisition

    By not charging producers to raise, we remove the #1 barrier to listing:

  • Producers flock to the platform with the lowest cost of capital

  • More campaigns = more tokens = more trading pairs

  • More trading pairs = more volume = more fee revenue

  • Result: Network effects without burning cash on acquisition

    • AI Risk Oracle as Scalable Compliance

    Manual due diligence does not scale. Our RiskOracleV3 enables:

  • Exponential token listings without proportional staffing

  • Automatic parameter adjustment (no governance votes for every token)

  • Real-time protection that reacts faster than any human committee

  • Result: We can onboard 10x more projects than a manually-screened platform

    • ERC-4626 as Distribution

    By building on the ERC-4626 standard, we gain distribution automatically:

  • Zapper, DeBank, and other aggregators display our vaults without custom integration

  • Wallets show balances natively

  • DeFi strategists can compose our vaults into larger yield strategies

  • Result: Every new ERC-4626 integrator becomes a distribution channel for free

    • Why Testnet-First Is Capital Efficient

    We have iterated through three major contract architectures (V1 → V2 → V3) on testnet before mainnet:

  • Bugs found cost $0 in user funds

  • Gas optimizations tested under realistic conditions

  • RiskOracle parameters tuned with real trade data

  • Result: When we launch mainnet, we are operationally mature, not experimentally naive

    • Platform Evolution

    Why Unified Architecture?

    V1/V2 Problems:

  • Too many contracts (5 per token)

  • Complex fee routing

  • Gas inefficient

  • Hard to maintain

    • Architecture Improvements:

  • 1 contract per token (UnifiedVault)

  • Central FeeDistributor

  • Native ERC4626

  • Simplified logic

    • Benefits:

  • 60% gas savings

  • Easier audits

  • Better UX

  • Future-proof

    • Testnet First

    Why Testnet First?

    Before Mainnet:

  • ✅ Test all features

  • ✅ Find bugs safely

  • ✅ Gather feedback

  • ✅ Iterate quickly

  • ✅ No real money risk

    • Mainnet Launch:

  • After thorough testing

  • Security audits complete

  • Community feedback incorporated

  • Proven stability

    • Next Steps: Understand Campaign Economics →