Provably fair raffle execution powered by Chainlink VRF. Designed to replace opaque centralized draw systems with publicly verifiable on-chain settlement.
01 — Problem
The $284B global prize promotions market operates almost entirely on centralized, unverifiable random number generation. This creates systemic trust risk for operators, regulators, and participants.
Operators control the RNG environment. No mechanism prevents result selection before commitment finalization. Audit trails exist only within the platform's own systems.
Proprietary black-box algorithms cannot be independently verified. Third-party audits are periodic, not continuous, leaving systemic gaps in verifiability.
Jurisdictional inconsistency across prize promotion regulations creates compliance overhead. Lack of verifiable execution logs makes regulatory reporting burdensome.
Participants must trust the operator entirely. There is no independent path to verify draw outcomes. This fundamentally limits the trust model of any centralized system.
| Centralized Systems | FairDraw |
|---|---|
| Private RNG — unverifiable | Chainlink VRF — cryptographically provable |
| Opaque execution environment | On-chain verifiable draw execution |
| Platform trust required | Protocol-level trust — no party can manipulate |
| No public audit trail | Immutable commitment log on-chain |
| Post-hoc manual audits | Continuous real-time verifiability |
| Operator controls outcome window | Commit-reveal separation — outcome locked at start |
02 — Market Opportunity
The opportunity is not consumer-facing lottery participation — it is the infrastructure layer that operators, creators, and enterprise marketing teams require to run verifiable, compliant prize campaigns at scale.
Four convergent market segments underpin this: online raffle platforms needing RNG compliance infrastructure; creator economy prize campaigns requiring transparent audience-facing verification; enterprise promotional budgets seeking auditable campaign execution; and Web3 ecosystem integrations building native on-chain prize mechanics.
03 — Protocol Architecture
FairDraw operates as a layered protocol stack. Each layer has a distinct security boundary, enabling composability without compromising the integrity of the randomness guarantee.
Application Screens
Three core views across the FairDraw protocol stack
3.5 — Live VRF Draw Sandbox
SIMULATION MODEStep through the complete Chainlink VRF draw lifecycle — from commitment creation to winner derivation. Every value is cryptographically derived and independently verifiable. No wallet required in simulation mode.
04 — Competitive Positioning
FairDraw does not compete with casinos or consumer lottery apps. It operates as an infrastructure provider to businesses that run prize campaigns — occupying a defensible layer that none of the existing alternatives address.
| Category | Traditional Raffle SaaS | Gambling Operators | RNG APIs | Smart Contract Lotteries | FairDraw |
|---|---|---|---|---|---|
| On-chain verifiability | ✗ | ✗ | ✗ | ~ Partial | ✓ Full |
| Non-custodial architecture | ✗ | ✗ | N/A | ~ Varies | ✓ |
| Chainlink VRF integration | ✗ | ✗ | ✗ | ✗ | ✓ |
| B2B SDK / API layer | ~ Limited | ✗ | ✓ | ✗ | ✓ Full |
| Enterprise compliance tooling | ~ | ✓ Regulated | ✗ | ✗ | ~ Roadmap |
| Regulatory positioning | Operator | Licensed operator | Tool provider | Protocol | Infrastructure |
| Marginal cost per raffle | High | High | Low | Low | Very Low |
05 — Business Model
Per-raffle protocol fee on total prize volume processed through the smart contract layer.
Annual SLA agreements with enterprise clients requiring guaranteed throughput, dedicated support, and custom compliance configurations.
Developer-facing SDK with usage-based pricing for B2B platforms integrating FairDraw's commitment and randomness layer.
Full protocol stack licensing for operators who need a branded, customized raffle infrastructure without building from scratch.
Optional KYC/AML integration modules, jurisdictional compliance reporting, and licensed fiat bridge partner integrations.
The protocol processes any additional raffle at essentially the cost of VRF gas (~$0.40–$2.00 per draw on current Ethereum L2 pricing). This creates strong operating leverage as volume scales — fixed infrastructure costs are amortized across a growing raffle count while gross margin on incremental volume approaches 90%.
06 — Unit Economics
| Period | Raffles/mo | Monthly Rev | ARR Run Rate |
|---|---|---|---|
| Year 1 | 50 | $75K | $900K |
| Year 2 | 250 | $375K | $4.5M |
| Year 3 | 1,000+ | $1.5M | $18M |
07 — Risk & Regulatory Framework
FairDraw's regulatory positioning derives from its architectural design, not from legal creativity. As an infrastructure provider — not a prize operator — the protocol maintains meaningful separation from regulatory classifications that apply to gambling and prize promotions operators.
| Risk Factor | Level | Mitigation Strategy |
|---|---|---|
| Regulatory ambiguity | MEDIUM | Infrastructure-layer positioning; not a prize issuer or operator. Compliance toolkit roadmap. |
| Smart contract failure | MEDIUM | External audit (planned Q2 2026); limited upgradeability scoped to fee parameters only. |
| Oracle dependency (Chainlink) | LOW | Chainlink operates decentralized oracle network with 99.9%+ historical uptime. No single point of failure. |
| Market adoption pace | MEDIUM | B2B SDK-first strategy. Revenue-generating before full protocol launch. Enterprise pipeline established. |
| Fee compression | LOW | Enterprise services and compliance add-ons protect margin floor. Execution fee is a small share of client value. |
| Gas cost volatility | LOW | L2-first deployment (Polygon, Arbitrum). VRF costs predictable. Passed through to clients at cost. |
FairDraw does not hold prizes, select winners on behalf of operators, or maintain custodial control over funds. Operators use the protocol as a tool — analogous to how businesses use payment processors without payment processors being classified as merchants.
Prize funds are held within operator-controlled smart contracts, not by FairDraw. The protocol executes draw logic only — fund custody and prize disbursement remain entirely with the operator or a licensed fiat partner.
Tiered market entry: initial B2B focus on jurisdictions with established sweepstakes infrastructure (US, EU, APAC). Optional KYC/AML integrations enable compliant deployment in regulated markets.
External smart contract audit scheduled Q2 2026 with a top-tier Web3 security firm. Bug bounty program and formal verification of core VRF integration logic planned for Q3 2026.
Contractual separation between the randomness infrastructure layer and the prize issuance layer is architecturally enforced. FairDraw emits verifiable randomness outputs; prize allocation logic is operator-defined and separately auditable.
08 — Moat & Defensibility
Defensibility in infrastructure is built through accumulation: data, integrations, compliance tooling, and switching costs that compound over time. No single moat is claimed — but the combination forms a durable competitive position.
Every draw committed through FairDraw is indexed in an immutable on-chain registry. As volume grows, this becomes the largest public record of verifiable raffle execution — a reference standard competitors cannot replicate without running the same volume.
The public audit explorer becomes a trust signal for end participants. Operators who build on FairDraw inherit this trust layer. Migrating away means losing the audit trail — a significant reputational and contractual switching cost.
Jurisdiction-specific compliance modules represent months of legal and engineering work. Enterprise clients prefer to extend an existing compliant architecture rather than rebuild. This tooling accumulates value with each new jurisdiction covered.
Deep integrations into existing operator platforms (via SDK) create technical stickiness. Raffle logic embedded in a live platform is not typically switched mid-campaign cycle. Integration contracts run 12–24 month terms.
Enterprise procurement involves legal review, security audit review, and compliance sign-off. Once completed for FairDraw, this sunk cost creates inertia. The onboarding process itself is a moat against frequent switching.
Draw patterns, fee structures, participation rates, and VRF performance data accumulate over time. This dataset informs pricing, product decisions, and risk modeling — creating a compounding information advantage over new entrants.
09 — Future Layer
Governance Layer: Protocol parameter voting — fee ranges, supported chains, VRF provider selection — could be delegated to a governance token if aligned with decentralization objectives at scale.
Fee Governance: Protocol-level fee parameters currently managed by a multisig could transition to token-weighted governance as the operator ecosystem matures and sufficient decentralization is achieved.
ERC-1155 Ticket Standard Evolution: Future iterations of the ticket standard may incorporate cross-chain portability, composable prize structures, and enhanced metadata for complex multi-prize configurations.
Protocol Revenue Distribution: A portion of protocol fees could be allocated to governance participants as an alignment mechanism — contingent on legal analysis and jurisdictional compliance review.
10 — Vision
The long-term objective is to establish FairDraw as the verifiable digital prize allocation standard for the internet — the layer that any prize promotion, raffle, or draw system can integrate to guarantee cryptographic fairness.
B2B SDK launch. Pilot enterprise clients. 50 raffles/month. Revenue-generating operations. Smart contract audit. Explorer v1 public launch. SDK developer documentation complete.
SDK ecosystem growth across creator and enterprise segments. 250+ raffles/month. Multi-chain deployment (Arbitrum, Polygon). Compliance modules for EU and APAC markets. $4.5M ARR run rate.
1,000+ raffles/month across integrated operators. Third-party builders extend the protocol. FairDraw becomes a verifiable draw infrastructure standard recognized by enterprise operators globally.
We are raising a pre-seed round to execute Phase 1 and establish the B2B infrastructure foundation. We welcome conversations with investors who understand infrastructure-layer value creation.