Version 2.0.0 March 2026

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1. Executive Summary
2. Platform Overview
3. Technology Architecture
4. Authentication & Identity
5. Streaming Infrastructure
6. Content Delivery Network
7. Monetization Systems
8. Token Gating
9. XP Reward System
10. Advertisement System
11. Community Features
12. Security Architecture
13. Widget Ecosystem
14. Database Architecture
15. Performance & Scalability
16. Technical Specifications
17. Glossary

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1. Executive Summary

Circuit is a production-grade video streaming platform built on modern cloud-native infrastructure with native Base (Coinbase L2) blockchain integration. Released in early 2026, the platform combines live streaming, Video-on-Demand (VOD) delivery, and creator monetization with blockchain-native payment rails and token-gated content access.

Core Value Propositions

For Viewers:

• Watch-to-Earn rewards through the XP system
• Token-gated exclusive content access
• Native wallet authentication (browser wallets or social login)
• Real-time interactive features

For Creators:

• Multiple revenue streams (tips, PPV, advertising, ticket sales)
• 100% of base tip amounts (platform fee added on top)
• Token-gated content for premium experiences
• Comprehensive analytics dashboard
• Automatic stream archiving to VOD
• Subscription tiers with usage-based billing

For the Ecosystem:

• Base-first payment infrastructure
• Multi-token support (USDC, ETH)
• On-chain transaction verification
• Transparent, immutable payment records

Platform Highlights

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2. Platform Overview

2.1 Feature Summary

Live Streaming

• Professional RTMP ingest infrastructure
• HLS delivery via global CDN
• Secure publish token authentication
• Multi-camera broadcasting with Director controls
• Automatic stream archiving
• Single-cam adaptive bitrate support; multicam ABR is capacity-gated by AMS CPU
• Roadmap: WebRTC ultra-low latency and broader multicam ABR after infrastructure upgrade

Video on Demand

• Direct-to-cloud upload (up to 2GB)
• Global CDN delivery
• Signed URL protection
• Automatic thumbnail generation
• View tracking with analytics

Monetization

• Pay-Per-View (PPV) with Base USDC payments
• Creator tipping (USDC and ETH support)
• Watch-to-Earn advertising
• Token-gated premium content
• Event ticketing with on-chain NFT minting
• Creator subscription tiers with Stripe billing
• Creator payout system

Social Features

• Real-time live chat
• Threaded comments on VOD
• Follow system
• Content moderation tools
• Creator-assigned moderators

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3. Technology Architecture

3.1 Core Technology Stack

3.2 Application Structure

The platform follows a modular architecture with clear separation of concerns:

• App Router - Next.js pages and API routes
• Components - 174+ reusable React components
• Libraries - Core utilities and integrations
• Hooks - Custom React hooks for state management
• Contexts - React Context providers
• Widget App - Separate embedded widget application

3.3 API Architecture

The platform exposes a comprehensive REST API organized into functional domains:

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4. Authentication & Identity

4.1 Wallet-First Architecture

Circuit implements a wallet-first authentication system where every user has an EVM wallet. This approach provides:

• Simplicity: Single identity model - all users have wallets
• Web3-Native: True wallet ownership for all users on Base
• Web2 UX: Social login provides familiar onboarding experience
• Security: Industry-standard cryptographic verification via SIWE (Sign-In with Ethereum)

How Users Connect

Circuit supports two authentication rails — both produce a fully-functional EVM wallet on Base:

All wallets are fully functional EVM wallets capable of:

• Sending and receiving ETH and ERC-20 tokens (USDC)
• Signing transactions for tips, PPV purchases, and token operations
• Holding tokens for gated content access
• Full EIP-1193 compatibility

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4.2 Smart Wallet & Social Login

Circuit removes blockchain friction for mainstream users through two onboarding paths beyond traditional browser extensions.

Coinbase Smart Wallet

Smart Wallet enables users to create a passkey-based EVM wallet instantly — no extension, no seed phrase. Authentication still uses SIWE (Sign-In with Ethereum), so the underlying security model matches MetaMask and WalletConnect.

For Users:

• Zero friction onboarding — no wallet extension installation required
• Passkey-based wallet creation (biometric or device PIN)
• Gasless transactions via paymaster sponsorship (where supported)
• Built-in fiat on-ramp for purchasing USDC directly

For the Platform:

• Dramatically lower barrier to entry for mainstream audiences
• Full feature parity with browser extension wallet users

CDP Embedded Wallet (Social Login)

For users who want to sign in with Google or email — the lowest possible friction — Circuit integrates Coinbase Developer Platform's embedded wallet service. CDP provisions an EVM wallet automatically and authenticates via access-token validation rather than SIWE signing.

For Users:

• Sign in with Google OAuth or Email OTP — no wallet UI required
• EVM wallet provisioned automatically on Base
• Email captured by default (used for Stripe billing compliance)

For the Platform:

• Familiar Web2 sign-in flow for non-crypto-native users
• All payments and on-chain features remain available — wallet is real, just embedded

Authentication Flow

``` User clicks "Connect / Sign In" │ ▼ ┌─────────────────────────────────┐ │ Auth modal opens │ │ • Browser wallet (SIWE) │ │ • Smart Wallet (SIWE) │ │ • Google / Email (CDP) │ └─────────────────────────────────┘ │ ├──── SIWE path ─────────────┐ │ ▼ │ ┌────────────────────────┐ │ │ User signs SIWE │ │ │ message via wallet │ │ │ Server verifies ECDSA │ │ └────────────────────────┘ │ │ └──── CDP path ──────┐ │ ▼ │ ┌──────────────────┐ │ │ Google/Email → │ │ │ CDP issues access│ │ │ token; server │ │ │ validates via │ │ │ CDP SDK │ │ └──────────────────┘ │ │ │ ▼ ▼ ┌─────────────────────────────────┐ │ Session created with: │ │ - evmAddress │ │ - walletSource (INJECTED / │ │ SMART_WALLET / CDP_EMBEDDED)│ │ - session cookie │ └─────────────────────────────────┘ ```

Feature Parity

All wallet types have complete feature parity:

Email & Stripe Billing

Users who want Stripe subscriptions can add an email address in Settings. This email is stored and used for:

• Stripe subscription billing (required for compliance)
• Usage alerts and notifications
• Account recovery communications

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4.3 EVM Wallet Authentication (SIWE)

For users who prefer browser extension wallets, Circuit supports any EIP-1193 compliant EVM wallet.

Officially Supported Wallets

Authentication Flow (SIWE)

``` User selects wallet from connection modal │ ▼ ┌─────────────────────────────────┐ │ 1. SIWE Message Generation │ │ Server creates nonce and │ │ SIWE-formatted message with │ │ domain, URI, and chain ID │ └─────────────────────────────────┘ │ ▼ ┌─────────────────────────────────┐ │ 2. Signature Request │ │ Wallet prompts user to sign │ │ SIWE message via │ │ personal_sign │ └─────────────────────────────────┘ │ ▼ ┌─────────────────────────────────┐ │ 3. Signature Verification │ │ Server verifies ECDSA │ │ signature and recovers │ │ signer address │ └─────────────────────────────────┘ │ ▼ ┌─────────────────────────────────┐ │ 4. Session Creation │ │ 7-day session created │ │ HttpOnly cookie set │ └─────────────────────────────────┘ ```

Security Features

4.4 Session Management

Session Characteristics:

• Duration: 7 days with sliding-window renewal on activity
• Concurrent Sessions: Up to 5 active sessions per user (across devices)
• Storage: Database-backed
• Cookie Type: HttpOnly, Secure, SameSite=Lax
• Identifier: UUID session ID
• Cross-Tab Sync: BroadcastChannel keeps all browser tabs in agreement on auth state

4.5 User Roles & Permissions

Role Hierarchy

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5. Streaming Infrastructure

5.1 Live Streaming Architecture

``` Broadcaster (OBS / vMix) │ ├─ RTMP (TCP 1935) — single-camera streams ├─ SRT (UDP 4200) — multi-camera streams ▼ ┌───────────────────────┐ │ Streaming Server │ │ ├─ HLS Packaging │ │ └─ Token Validation │ └───────────────────────┘ │ ▼ HLS ┌───────────────────────┐ │ Global CDN │ │ Edge Distribution │ └───────────────────────┘ │ ▼ Signed URLs ┌───────────────────────┐ │ Viewers │ └───────────────────────┘ ```

Ingest Protocols: Single-camera streams use RTMP over TCP 1935. Multi-camera streams use SRT over UDP 4200 — SRT's lower latency and better packet recovery make it well-suited to synchronized angle delivery from professional encoders like vMix.

Current Delivery: HLS via BunnyCDN. Single-cam streams can use AMS ABR where enabled. Multicam is production-ready as SRT-to-HLS passthrough; multicam server-side ABR is capacity-gated because each camera adds another AMS transcode job.

Roadmap: Broader multicam adaptive bitrate delivery after dedicated AMS CPU capacity is available. WebRTC ultra-low latency delivery is also planned.

5.2 Stream Security

Security Model:

• Cryptographically random publish tokens
• Secure hashed storage (irreversible)
• Webhook validation before broadcast
• One-time token display with regeneration support

5.3 Streaming Specifications

Current Delivery:

• HLS at broadcaster output quality for passthrough streams
• Single-cam ABR support where per-broadcast AMS encoder settings are enabled
• Multicam ABR is capacity-gated on the current small AMS droplet
• Recommended broadcast settings: 1080p at 4000-6000 kbps
• MPEG-TS segment format via HLS

ABR Profiles / Capacity Note:

The current production ladder intentionally favors a single low proxy rung plus source passthrough. That is viable for single-cam. For multicam, the same ladder means one transcode per camera, so it should stay disabled or feature-gated until AMS has dedicated CPU headroom.

HLS Specifications:

• Optimized segment duration
• MPEG-TS segment format
• Configurable live window

5.4 Stream Archiving

Automatic conversion of live streams to VOD:

Archive Retention by Tier

Note: Published archives are never auto-deleted regardless of tier.

Entitlement Migration: Users with live stream access automatically receive archive access.

5.5 Multi-Camera Broadcasting

Circuit supports multi-camera live streams, allowing creators to broadcast multiple camera angles simultaneously with real-time switching.

How It Works

``` Creator configures cameras in Creator Studio │ ▼ ┌─────────────────────────────────┐ │ Each angle → separate SRT │ │ stream to Ant Media Server │ │ (UDP 4200, low-latency ingest) │ └─────────────────────────────────┘ │ ▼ ┌─────────────────────────────────┐ │ HLS packaging per angle │ │ CDN delivery via BunnyCDN │ └─────────────────────────────────┘ │ ▼ ┌─────────────────────────────────┐ │ Viewer player preloads all │ │ angles as hidden <video> │ │ elements with HLS.js │ └─────────────────────────────────┘ │ ▼ ┌─────────────────────────────────┐ │ Camera switch = CSS visibility │ │ swap (no rebuffering) │ └─────────────────────────────────┘ ```

Viewer Experience

• Single Camera Mode: Watch one angle at a time with numbered camera buttons
• Grid Mode: View all cameras simultaneously in a mosaic layout
• Camera Switching: Click any camera button to switch instantly
• Grid Exit: Clicking a camera in grid mode switches to single view

Director Widget

Creators and assigned directors can control the broadcast in real-time via the Director widget:

• ATEM-style camera switching interface
• Grid/mosaic toggle for multi-view monitoring
• Camera status indicators (broadcasting, pending, offline)
• Secure postMessage bridge between widget iframe and player

Technical Details

• Buffer Management: Active camera gets full buffer, preloaded cameras get minimal buffer, stopped cameras load nothing
• PDT Synchronization: Uses `#EXT-X-PROGRAM-DATE-TIME` HLS tags to sync angles. Nudges playback rate ±3% for small drift (200ms-2s), hard seeks for larger drift (>2s)
• Device Adaptation: No artificial limits on modern devices. Only restricts on genuinely slow connections (2G/slow-2G via Network Information API)
• Billing Deduplication: Angle streams share the parent stream's billing period. A 2-hour broadcast with 4 cameras = 2 live hours, not 8

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6. Content Delivery Network

6.1 CDN Integration

Architecture:

• Pull zone configuration from object storage
• Global edge distribution via BunnyCDN's worldwide network
• Token authentication for protected content
• Separate zones for VOD and live streaming

Security:

• Cryptographically signed URLs
• Time-limited access tokens
• Anti-hotlinking protection

6.2 Playback Gateway

Three-layer security for content access:

Heartbeat System:

• Regular client-server communication
• Session extension on activity
• Watch time tracking for analytics

6.3 Concurrent Stream Limiting

Strategy: Newest Device Wins

When a user watches on multiple devices:

1. Detect active sessions
2. Terminate older sessions
3. Allow newest to continue
4. Notify terminated sessions gracefully

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7. Monetization Systems

7.1 Base Payment Architecture

All payments are processed on Base (Coinbase L2) using USDC or ETH:

Benefits:

• Low gas fees via L2 scaling
• Near-instant transaction finality
• On-chain fee transparency
• Immutable payment proof

Wallet Cash-Out Via Coinbase Offramp

Circuit supports user-directed USDC cash-out through Coinbase Offramp where Coinbase supports the user's region and withdrawal method. The flow is non-custodial from Circuit's perspective:

1. Circuit creates a hosted Coinbase Offramp session.
2. The user completes Coinbase's sell flow.
3. Circuit helps the user sign the exact USDC transfer from their Circuit wallet to Coinbase's managed destination address.
4. Circuit verifies and records the on-chain send status.

Coinbase handles bank account or Coinbase account connection, sell execution, KYC/compliance, and fiat payout. Circuit never receives or holds the user's cash-out funds.

7.2 Deployed Smart Contracts (Base Mainnet)

All Circuit smart contracts are deployed on Base L2 (chain ID 8453) and are publicly verifiable on Basescan.

Payment Token: USDC on Base — 0x833589fCD6eDb6E08f4c7C32D4f71b54bdA02913

All contracts are written in Solidity 0.8.24, built with Hardhat + Ignition, and use OpenZeppelin v5.2+ as the security baseline. Platform fees are enforced on-chain in basis points (e.g., 1000 bps = 10%).

7.3 Supported Tokens

PPV and ticket payments use USDC exclusively. Tips support both USDC and ETH.

7.4 Pay-Per-View (PPV)

Fee Structure:

• Platform fee: 10% (added on top)
• Creator receives: 100% of base price
• User pays: base price + 10%

Example ($10 USDC content): ``` Base price: $10 USDC → Creator (via CircuitPaymentSplitter) Platform fee: $1 USDC → Platform (min $1, enforced on-chain) Total paid: $11 USDC ```

Transaction Verification:

• 1-confirmation finality on Base (no reorgs)
• On-chain verification via viem (decodes PaymentSplit event)
• Automatic entitlement creation on confirmation

7.5 Tipping System

Two-Step Flow:

1. Payment info generation (no DB record until confirmed)
2. Record creation after wallet submission
3. On-chain verification and confirmation

Fee Structure:

• Base fee: 5% (added on top)
• Minimum fee: $1 USDC / 0.0005 ETH
• Creator receives: 100% of tip amount

Example ($20 USDC tip): ``` Tip amount: $20 USDC → Creator (via CircuitTipSplitter) Platform fee: $1 USDC → Platform (5% = $1, matches minimum) Total paid: $21 USDC ```

Tip Settlement Models

USDC and ETH tips settle differently because of how each token interacts with smart-contract escrow:

Both flows are server-verified against the on-chain transaction before the tip is recorded as confirmed and the creator notified.

7.6 Creator Subscription Tiers

Creators can subscribe to paid tiers for increased resource limits and professional features.

Tier Comparison

Overage Billing

Paid tier creators can opt-in to overage billing to exceed their limits:

Spend Cap: Creators can set a maximum monthly overage spend to prevent unexpected charges.

Usage Tracking

• Real-time usage dashboard
• Alerts at 50%, 80%, and 100% thresholds
• Daily usage aggregation from CDN logs
• Prorated billing for mid-cycle tier changes

7.7 Event Ticketing

Creators can sell tickets to scheduled events (concerts, premieres, watch parties) with on-chain NFT minting for ticket proof-of-purchase.

Purchase Flow

``` Viewer browses event page │ ▼ ┌─────────────────────────────────┐ │ Select ticket tier │ │ (e.g., General, VIP, Premium) │ └─────────────────────────────────┘ │ ▼ ┌─────────────────────────────────┐ │ Approve USDC to │ │ CircuitTicketSale contract │ └─────────────────────────────────┘ │ ▼ ┌─────────────────────────────────┐ │ Call purchase(eventId, tierId) │ │ Atomic: USDC split + NFT mint │ │ If anything fails, tx reverts │ └─────────────────────────────────┘ │ ▼ ┌─────────────────────────────────┐ │ Entitlement created │ │ Viewer can access stream │ └─────────────────────────────────┘ ```

ERC-721 Ticket Metadata

Each ticket NFT includes OpenSea-compatible metadata:

• Event name and description
• Tier name and tier-specific imagery
• Event date and time
• Unique ticket number
• Creator information

Fee Structure

• Platform fee: 10% (added on top of ticket price)
• Creator receives: 100% of ticket price
• Buyer pays: ticket price + 10%

Inventory Management

• Creators set per-tier supply caps
• Real-time inventory tracking
• Automatic sold-out detection
• Draft → Active → Ended event lifecycle

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8. Token Gating

8.1 Token-Gated Content

Creators can restrict content access using token ownership or balance requirements:

Gating Types

Verification Flow

1. User requests gated content
2. System retrieves user's EVM address
3. NFT gating: ERC-721 `balanceOf()` checked on-chain via viem
4. Balance gating: ERC-20 `balanceOf()` or ETH balance checked via viem
5. Ticket gating: CircuitTicketSale purchase verified on-chain
6. Entitlement created (24-hour expiry for NFT/balance, permanent for tickets)
7. Access granted or denied

8.2 EVM Address Support

All users have a single EVM address (`0x...`) on Base chain. This address is used for:

• Authentication (SIWE signature)
• Token ownership verification
• Payment transactions
• NFT profile picture verification

8.3 NFT Profile Pictures

Users can set owned NFTs as profile avatars:

• Real-time ownership verification
• Automatic cache invalidation
• Fallback to default avatar

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9. XP Reward System

9.1 Watch-to-Earn Mechanics

The XP system rewards users for watching content, preparing for future native token distribution.

Base Rate: 1 XP per minute watched Daily Cap: 240 XP (4 hours of content)

Earning Sources

9.2 Diminishing Returns

To ensure fair distribution and prevent farming:

Key Feature: Users can rewatch indefinitely at 1% XP - never reaches zero.

9.3 Level Progression

Default Formula (Square Root): ``` Level = floor(sqrt(totalXP / 100)) ```

9.4 Multiplier Tiers

Viewer Multipliers:

9.5 Anti-Abuse Protections

The platform implements layered anti-abuse measures:

• Velocity Monitoring - Flags abnormal earning patterns for review
• Session Integrity - Validates continuous viewing
• Rate Limiting - Prevents automated abuse
• Server-Authoritative Calculations - All XP computed server-side
• Daily Cap Enforcement - Hard limits on daily earnings

9.6 Bootstrap Mode

Status: Currently active in production.

To prevent early-adopter compounding while the platform builds its initial audience, Circuit launches with Bootstrap Mode enabled — all viewer level-multipliers are normalized to 1.00x regardless of XP earned. Users still earn and accumulate XP at full base rate; what's deferred is the bonus multiplier effect from level-ups.

Configuration is database-driven (xp_config table) so exit can happen without a code deploy. Default exit thresholds:

• 100 concurrent active viewers across the platform
• 100,000 watch-minutes per day
• 14 consecutive days meeting both thresholds

When all three are sustained, multipliers re-engage at the levels defined in §9.4.

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10. Advertisement System

10.1 Ad Types

10.2 Placement Types

10.3 Creator Revenue Share

• Creators earn a percentage of XP from ads viewed on their content
• Transparent tracking and attribution
• Stored separately for analytics

10.4 Daily Limits

• Maximum daily XP from ads enforced
• Resets at midnight
• Server-side validation

10.5 Fraud Prevention

The platform implements multi-layer fraud detection:

• Behavioral Analysis - Detects abnormal interaction patterns (rapid actions, click frequency)
• Timing Validation - Identifies impossible user actions (clicks before impressions)
• Session Verification - Ensures valid playback context
• Device Fingerprinting - Flags multiple accounts on the same device
• IP Reputation - Detects IP addresses shared by unusually many accounts

All suspicious activity is flagged and reviewed, with confidence-based scoring to minimize false positives.

10.6 Poll & Survey System

The platform supports comprehensive polling and survey functionality for audience engagement and market research.

Survey Types

Question Types (8 Total)

Features

• XP rewards for survey completion
• Duplicate response prevention
• Live results with real-time polling
• Question randomization option
• Fraud detection (fast response + pattern checks)

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11. Community Features

11.1 Real-Time Chat

Features:

• Character limits for manageable messages
• Rate limiting to prevent spam
• Slow mode (configurable interval)
• Followers-only mode
• Subscribers-only mode
• Profanity filter
• Custom banned words

Message Flow:

1. Authentication check
2. Rate limiting
3. Chat settings validation
4. Ban/timeout check
5. Message creation
6. Automatic broadcast to subscribers

11.2 Comments System

Features:

• Threaded discussions
• Generous character limits
• Rate limiting
• Soft delete with audit trail

11.3 User Badges

11.4 Moderation Tools

Actions:

• Message/comment deletion
• User timeout (temporary)
• User ban (permanent)
• All actions logged for accountability

Protections:

• Cannot ban platform admins
• Cannot ban content creators on their own content
• Audit trail for all moderation actions

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12. Security Architecture

12.1 Security Overview

12.2 Rate Limiting

Comprehensive rate limiting protects all API endpoints:

• Authentication endpoints - Strict limits to prevent brute force
• Sensitive operations - Additional restrictions for high-risk actions
• Payment endpoints - Balanced limits for legitimate transactions
• Public endpoints - Higher limits for general access
• Admin endpoints - Appropriate limits for administrative functions

All rate limits use sliding window algorithms for fair enforcement.

12.3 Input Validation

• Schema validation - Type-safe runtime validation on all inputs
• ORM parameterization - Automatic SQL injection prevention
• Whitelist validation - Strict validation for enums and options
• XSS prevention - Automatic output escaping

12.4 Role-Based Access Control

12.5 Data Protection

Encryption at Rest:

• AES-256-GCM for sensitive data
• Industry-standard password hashing

GDPR Compliance:

• Right to Access: Account settings
• Right to Rectification: Profile updates
• Right to Erasure: Grace period deletion
• Data Anonymization: Complete PII removal

12.6 Security Headers

The platform implements comprehensive security headers:

• Strict Transport Security (HSTS)
• Frame protection
• Content type enforcement
• XSS protection
• Content Security Policy
• Referrer control

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13. Widget Ecosystem

13.1 Architecture

Widgets operate as a separate application embedded via sandboxed iframes:

``` ┌─────────────────────────────────┐ │ Main Application │ │ ┌───────────────────────────┐ │ │ │ Widget Sidebar │ │ │ │ ┌─────────────────────┐ │ │ │ │ │ Sandboxed Widget │ │ │ │ │ └─────────────────────┘ │ │ │ └───────────────────────────┘ │ └─────────────────────────────────┘ ▲ │ │ Secure │ │ Messaging │ └─────────────┘ ```

13.2 Widget Types

13.3 Security Measures

• CORS validation with origin whitelisting
• Short-lived authentication tokens
• Iframe sandboxing
• Message type validation
• Secure cross-origin communication

13.4 SDK Capabilities

The Widget SDK provides:

• Ready state signaling
• Event communication
• Message listening
• Authentication token management
• Authenticated API requests

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14. Database Architecture

14.1 Schema Overview

The platform uses a comprehensive relational database schema:

Core Model Groups

14.2 Key Models

User Model:

• Authentication data (EVM address, wallet source)
• Profile information
• Statistics and metrics
• Billing fields (Stripe, subscription tier)
• Preferences and settings

Video Model:

• Content metadata
• Delivery configuration
• Gating settings
• Analytics data

Stream Model:

• Stream configuration
• Status tracking
• Security settings
• Widget configuration

MultiCam Model:

• Parent stream reference
• Camera angle configuration
• Layout and switching preferences

TicketEvent Model:

• Event metadata and scheduling
• Linked stream reference
• Ticket tiers with pricing and inventory
• Purchase tracking and NFT minting status

14.3 Performance Optimization

• Strategic indexing on frequently queried fields
• Composite indexes for complex queries
• Query optimization for common access patterns

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15. Performance & Scalability

15.1 Caching Strategy

Multi-Layer Caching:

Performance Impact:

• Significant reduction in database queries
• Sub-10ms response times for cached data
• Graceful degradation when cache unavailable

15.2 Database Optimizations

• Connection pooling for efficient resource use
• Singleton client patterns
• Strategic indexing
• Query optimization

15.3 Client Optimizations

• Server-side rendering where beneficial
• Dynamic imports for code splitting
• Image optimization (WebP format)
• Infinite scroll with intersection observer

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16. Technical Specifications

16.1 File Upload Limits

16.2 Supported Video Formats

16.3 Cooldown Systems

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17. Glossary

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Document Information

Blueprint Version: 2.0.0 Platform Version: Circuit v2.0.0 Release Date: March 2026 Status: Production

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Circuit - Where Creators Thrive