🎮 Switch 2 Digital Rental & Virtual Lending System
A proposal for approved vendors and developers
📌 Overview
This repository outlines a proposed Digital Rental and Virtual Lending System for the next-generation Nintendo platform (“Switch 2”). The system is designed to enable:
Time-bound digital rentals
Secure peer-to-peer lending
Vendor-controlled licensing models
Platform-level enforcement and revocation
The goal is to expand access, increase monetization flexibility, and maintain platform security without compromising publisher control or user trust.
🚀 Objectives
Provide a standardized rental API for approved developers
Enable temporary ownership models (rental, lending, trials)
Ensure secure execution and anti-piracy enforcement
Integrate with platform identity and entitlement systems
Allow publishers granular control over distribution terms
🧩 Core Concepts
- Digital Rental
Users can purchase time-limited access to a title.
Features:
Fixed-duration licenses (e.g., 24h, 7d, 30d)
Auto-expiration with optional renewal
Offline grace period support
- Virtual Lending
Users can lend owned titles to other users under controlled conditions.
Rules:
Only one active user per license at a time
Owner access is suspended during lending period
Lending duration configurable by publisher
- License Wrapping
Each digital title is distributed with a license wrapper layer:
Handles entitlement checks
Enforces expiration timers
Self-invalidates on tampering
Interfaces with platform DRM
- Vendor Control Layer
Approved vendors can define:
Rental pricing tiers
Lending permissions (enabled/disabled)
Max lending duration
Concurrent session rules
🏗️ System Architecture
+----------------------+
| Platform Backend |
|---|
| Auth / Accounts |
| License Server |
| Time Authority |
| +----------+-----------+ |
|
v
+----------------------+
| Console Runtime |
|---|
| License Verifier |
| Secure Clock |
| Execution Sandbox |
| +----------+-----------+ |
|
v
+----------------------+
| Game w/ Wrapper |
|---|
| DRM Hooks |
| Entitlement Checks |
| Expiration Handler |
| +----------------------+ |
🔐 Security Model
Signed license tokens tied to user + device
Secure time validation (prevents clock rollback exploits)
Periodic online validation (configurable)
Execution gating (game won’t launch without valid license)
Self-erasing license cache on tamper detection
📦 Developer Integration
Requirements
Must be an approved platform developer/vendor
Use provided SDK modules for license validation
Implement event hooks for:
onLicenseValid()
onLicenseExpired()
onLendingStateChanged()
Example (Pseudo C++)
if (LicenseManager::isValid()) { launchGame(); } else { showError("License expired or invalid."); }
🔄 License States
State Description
Active User has valid access Rented Time-limited access Lent Out Owner cannot play Borrowed Temporary access via lending Expired Access revoked Revoked Manually disabled (fraud, refund, etc.)
💰 Monetization Opportunities
Rental tiers (e.g., “Weekend Pass”)
Try-before-you-buy models
Subscription bundle integrations
Timed demos with conversion incentives
⚖️ Policy Considerations
Publishers retain full control over participation
Lending may be disabled per title
Regional compliance handled at platform level
Refund policies integrated with license revocation
🧪 Potential Extensions
Family/shared libraries
Cross-device streaming access
Dynamic pricing based on engagement
Achievement-based rental discounts
Requires strong DRM enforcement
Potential resistance from publishers
Edge cases in offline play handling
Secondary market concerns (perceived ownership vs license)
🤝 Contribution
This is a proposal repo, not an official implementation.
Contributions welcome from:
Platform engineers
Game developers
Digital rights specialists
Systems/security designers
📜 License
This project is licensed under the MIT License – see the LICENSE file for details.
💡 Closing Note
This system aims to bridge the gap between ownership and access, giving players flexibility while preserving the economic and security needs of developers and publishers.
If you want, I can:
Turn this into a more technical whitepaper version
Add a mock SDK structure (headers + modules)
Or adapt it into something that fits your ESP32 / embedded proof-of-concept direction you mentioned earlier