RedCloud Technical Specification

Protocol Reference: v2.1.0-Core | Native Asset: $RCLOUD

1. Protocol Core Thesis

To eliminate ongoing cloud corporate subscription frameworks, storage infrastructure must achieve complete decentralisation down to the data block layer. RedCloud functions as a consumer-centric Decentralised Physical Infrastructure Network (DePIN) abstraction model, wrapping highly complex, distributed data networks into a seamless, subscription-free client software environment.

2. Zero-Knowledge Client-Side Pipeline

RedCloud operates under a strict cryptographic mandate: data security is established on-device prior to network transmission. Platform operators and distributed storage nodes possess zero algorithmic knowledge of user master keys or file contents.

2.1 AES-256 Symmetric Local Encryption

Every inbound file stream initiates a local client process where data blocks are encrypted using an ephemeral key matrix generated directly by the client client runtime. The encryption handshake maps locally to ensure absolute operational security.

2.2 (50, 20) Reed-Solomon Erasure Coding

Following local cryptographic encryption, files are dynamically sharded using an immutable (50, 20) threshold Reed-Solomon erasure coding matrix. The raw payload is compiled into 50 distinct mathematical parity shards. Under threshold reconstruction logic, any 20 shards retrieved from the global network are mathematically sufficient to completely rebuild the original asset archive, guaranteeing structural high availability even during extreme node outages.

3. High-Availability Storage Routing

RedCloud acts as an intelligent software-layer aggregator, routing client payloads across established, enterprise-grade decentralized storage networks via secure backend custodial APIs. This architectural abstraction decouples user application logic from the volatile maintenance of physical data blocks on-chain, enabling programmatic multi-region file caching and automated validation without client friction.

4. The Programmatic Fiat-to-Asset Translation Engine

To eliminate traditional Web3 onboarding friction, RedCloud permits end-users to secure lifetime storage allocations using traditional flat fiat payment clearing networks. A dedicated server-side webhook automates continuous value alignment with the native network asset:

// Programmatic Architectural Flow Sequence
[User Stripe Checkout] ➔ Triggers Encrypted Server Webhook Event
                       ➔ Programmatic Order Rout via Jupiter API
                       ➔ Executes Open-Market Buy of $RCLOUD
                                │
        ┌───────────────────────┴───────────────────────┐
        ▼                                               ▼
[50% Deflationary Inflow]              [50% Protocol Staking Pool]
  - Dispatched to NULL Addr              - Locked into Validator Nodes
  - Permanent Supply Scarcity            - Compounding Yield Sustains Leases

5. Operational Security Parameters