Technical Hiearchy

Technical Hierarchy

SensorVM follows a structured system design that balances simplicity, modularity, and security. Each layer in the hierarchy serves a distinct function β€” from handling device input all the way to issuing smart contract-based outputs.


🧱 Layered Architecture Overview

Layer
Component
Purpose

1

Device Input Layer

Captures real-world signals (motion, temperature, events, etc.)

2

SensorVM Execution Layer

Processes raw input through logic modules, validates actions

3

Grid Logic Layer

Tokenized logic blocks housed in containers, versioned and optionally public

4

Scrappy AI Layer

Offers optimization suggestions, flow validation, and logic debugging

5

Smart Contract Bridge

Sends results, proofs, or hashes to blockchain for action (e.g., payments)

6

Access Control Layer

Uses $SVM token holdings/locks to gate usage tiers, assign permissions

7

Dashboard/API Layer

External interface for users, devs, and partners to interact with deployed logic


πŸ” Flow Example (End-to-End)

Device triggers β†’ Logic runs β†’ AI assists (optional) β†’ Output validated β†’ Proof sent β†’ Payouts/actions issued

This layered model ensures:

  • Data flow is deterministic and traceable

  • Security is enforced at each transition point

  • Machines can be both users and validators of network actions


SensorVM isn’t a monolith β€” it’s a stack of precise components designed to turn autonomous machine logic into verifiable blockchain events.

It’s hierarchy with purpose. Built for execution, not abstraction.

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