Sudo Lab Whitepaper
  • ℹ️ About Us
  • 🎯Mission Statement
  • ⚙️Utility
  • 💻Technical Architecture
    • 🤖AI Agent Interface
    • ⚙️Service Layer
    • 💻Decentralized Hosting Infrastructure
    • 🖧 Blockchain Node Deployment and NaaS (Node as a Service)
    • 📡IoT and Decentralized Data Collection
  • 💰Tokenomics
  • #️⃣Social
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  1. 💻Technical Architecture

💻Decentralized Hosting Infrastructure

Sudo Lab uses a hybrid data architecture to ensure optimal data handling, combining the efficiency of object storage with the speed of Content Delivery Networks (CDNs). This setup ensures fast, secure access to data, with low latency for users around the globe.

Decentralized Resource Network: Sudo Lab’s decentralized hosting network allows users to contribute excess resources, such as bandwidth, CPU power, and storage - creating a collaborative, efficient environment. A distributed ledger ensures transparency and accountability, while machine learning models analyze resource utilization patterns to optimize network performance and resource allocation.

$SUDO Token Rewards: Users who contribute resources are rewarded with $SUDO tokens, thanks to an automated system of smart contracts that calculate and distribute rewards. Sudo Lab uses machine learning to fine-tune the rewards distribution based on real-time network data, ensuring fair and efficient compensation for every contribution.

Data Integrity and Availability Protocols: Sudo Lab maintains high standards for data integrity and availability. A distributed ledger tracks all resource contributions and activities, while cryptographic hashing ensures the consistency and security of data across nodes. Nodes periodically cross-check data to identify and resolve discrepancies, keeping the network reliable and trustworthy.

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Last updated 5 months ago