Senzo Node Network (SNN) Architecture Overview
The decentralized physical infrastructure network (DePIN) bridging senzolab.xyz and launch.senzolab.xyz.
1. Why a Decentralized Observer Network?#
In conventional launchpads and Web3 platforms, health checks rely on centralized cloud servers. If those servers experience load spikes or DDoS attacks, users lose access to trading terminals and Telegram Mini Apps.
Senzo solves this via DePIN (Decentralized Physical Infrastructure Network): hundreds of distributed computers worldwide perform parallel contract pings and API validations, establishing 24/7 consensus on system health.
2. Dual-Tier Topology: Workers vs. Providers#
The SNN network operates on a two-tier node hierarchy:
| Specification | Worker Node (Lightweight Worker) | Provider Node (RPC Provider) |
|---|---|---|
| Primary Role | TMA uptime validation, RPC latency pings, capsule audits | High-throughput TON Liteserver, private RPC endpoints |
| Hardware | Any standard PC / Laptop (2+ cores, 100MB RAM) | Dedicated Server (8–16 vCPU, 32GB RAM, NVMe) |
| Network | Standard residential broadband | 1 Gbps static IP uplink (sub-35ms benchmark) |
| Rewards | SNN Points + 80% subscription reward pool share | Elevated multiplier (up to 3.5x) in TON/USDT |
3. Economic Synergy with Launchpad#
Every project capsule deployed on launch.senzolab.xyz pays an infrastructure defense subscription ($20–$250/month).
80% of all aggregated protocol subscription revenue flows directly into the Operator Reward Pool, distributed to active node operators based on verified uptime and telemetry benchmarks.