Nodle Documentation
  • Introduction
  • Vision and Mission
  • Nodle IoT
  • Nodle App
  • Nodle Client
  • Nodle Portal
  • NODL Token
  • NFT Minting Tool
  • Nodle Explorer
  • Participate
  • Subquery Indexer
  • Nodle APIs
  • Nodle Parachain
  • Parachain Modules
  • Nodle SDK
  • Nodle Android SDK
  • Nodle iOS SDK
  • Smart Missions
  • Appendix
  • Glossary
Nodle Documentation
Nodle Documentation
Vision and Mission

Vision and Mission

Getting Started

IntroductionIntroductionVision and MissionVision and Mission

For Users

Nodle IoTNodle IoTNodle AppNodle AppNodle ClientNodle ClientNodle on zkSync EraNodle on zkSync EraNodle PortalNodle PortalNODL TokenNODL TokenNodle ExplorerNodle ExplorerParticipateParticipate

For Developers

SubQuery IndexerSubQuery IndexerNodle APIsNodle APIsNodle SDKNodle SDKNodle Android SDKNodle Android SDKNodle iOS SDKNodle iOS SDKSmart MissionsSmart Missions

More Info

AppendixAppendixGlossaryGlossary

Network Goals

The Nodle network aims to achieve two goals:

  • To create an economic and technical layer that enables smartphones to be rewarded for performing work. This means leveraging the existing infrastructure of smartphones to execute applications, such as a decentralized edge computing platform, a crowdsourced sensing network, or rewarding users to perform tasks without a middle man.
  • To become a force of democratization for the crypto space, i.e. distributing a crypto token to a large number of participants.

Nodle: A Network of Smartphones

Edge Nodes provide connectivity in the physical world and processing related to this connectivity. A smartphone is "in the world." Unlike a computer in a data center, a smartphone can be anywhere - in the countryside or the middle of a city.

The Nodle network takes advantage of four things:

  1. A smartphone is a computing machine: it is, in many cases, as powerful as a laptop computer. It can run processes at the "edge." In many parts of the world, the smartphone is the most powerful computing machine a person owns.
  2. A smartphone is connected and can access many different networks: Wi-Fi, LTE, Bluetooth, and NFC.
  3. A smartphone has many sensors: camera, microphone, accelerometer, gyroscope, and GPS, with new sensors regularly being added.
  4. There is typically a one-to-one relationship with its owner, that is a smartphone belongs to a single person.

A Force for Democratization

The smartphone is the most commonly distributed technology ever invented. As of 2021, the number of smartphone users was 6.378 billion, according to Statista. This translates to about 80% of the world's population. There are few things in computing as simple as downloading an app and running it - it’s what smartphones are built to do.

On the Nodle network, participants are not given "free share" - rather they are rewarded for a service they provide, or more precisely, for a service their smartphone offers. You can compare it to cloud platforms: cloud providers create an infrastructure that can be "rented" by developers. Amazon, Google, and Microsoft are getting paid by developers for the cloud platform service they provide.

In the Nodle network, the participants, i.e., the Nodes running the piece of code inside the Nodle SDK, get rewarded in NODL tokens for their service. So, in this case, the infrastructure is the swarm of smartphones.

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Nodle IoT

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  • Network Goals
  • Nodle: A Network of Smartphones
  • A Force for Democratization
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