pal-docs
  • Abstract
    • What is PAL
      • Social Relevance of Phygitality
      • Phygital Abstraction Conceptual Framework (PACF)
        • Primitives
          • Phygital Object
          • LINK
    • PAL Overview
      • PAL Network Architecture
        • Common Architecture Flow
      • Phygital Entity Providers (PEPs)
        • Phygital Entity Register (PEPRegistry)
      • Phygital Entity Agent (PEA)
        • PEA Process Overview
        • Issuing New Entity
    • Phytgital Services
      • Phygital Object Resolution as process
      • Default Phygital Resolution
        • PAL NFC Resolution and Validation Process
        • Off-Chain Data Fetching
        • Resolution Data Encoding
        • Resolution States
      • Reverse Phygital Resolution
  • Core protocol
    • PAL Contracts
      • PAL Agent Register Contract
      • PAL Entity Registry Contract
  • Enhansion
    • Additional Use Cases: Phygital Abstraction Layer Enhansion
      • Phygital Authentication
      • Advanced Resolvers
      • Gasless Phygital Resolution
      • Multichain Address phygital resolution
      • EVM compatible Chain Address phygital resolution
  • Application
    • PAL Guidlines
      • Front-End Design Guidelines
      • Guide for DApp Developers
      • Deployment Guidelines
      • Layer 2 & Offchain Resolution
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  1. Abstract

What is PAL

General principles and background of PAL

NextSocial Relevance of Phygitality

Last updated 5 months ago

The Phygital Abstraction Layer (PAL) represents the practical implementation of the Phygital Abstraction Conceptual Framework (), designed to bridge the gap between physical and digital environments.

This implementation focuses primarily on the main initial component, LINK, leveraging Web 3 primitives to create a robust, decentralized phygital infrastructure. PAL aims to facilitate seamless integration and interaction between physical objects and digital systems, harnessing the power of blockchain technology, smart contracts, nfc-driven dApps, by employing these Web 3 primitives on L2 stack.

A core functionality of this L2 system is phygital resolution, which bridges the physical and digital realms, enhancing the integration and interaction between physical objects and digital systems.

This documentation provides an in-depth overview of the conceptual foundations of PACF, the , and the technical specifications for the implementation of in terms of EVM smartcontracts. It serves as a comprehensive guide for developers and researchers interested in the deployment and advancement of phygital technologies within a decentralized ecosystem.

PACF
architectural design of PAL network
LINK