# Generalised DePIN Protocol: A Framework for Decentralised Physical Infrastructure Networks Content type: Research Paper Summary: This preprint introduces a generalized framework for DePIN, aiming to move beyond project-specific implementations toward a unified architectural standard. The authors propose a modular protocol design that decouples the hardware interface from the settlement and incentive layers. By standardizing the communication between physical sensors and decentralized ledgers, the framework seeks to reduce the development overhead for new network entrants. The methodology involves defining universal primit Key concepts: Tushar Behal, Karan Singh, H. M. G. C. P. B. Herath, architecture, protocol design, interoperability, decentralized systems, modular design
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Generalised DePIN Protocol: A Framework for Decentralised Physical Infrastructure Networks

Tushar Behal, Karan Singh, H. M. G. C. P. B. Herath

arXiv preprintJanuary 2023

Abstract

This preprint introduces a generalized framework for DePIN, aiming to move beyond project-specific implementations toward a unified architectural standard. The authors propose a modular protocol design that decouples the hardware interface from the settlement and incentive layers. By standardizing the communication between physical sensors and decentralized ledgers, the framework seeks to reduce the development overhead for new network entrants. The methodology involves defining universal primitives for verification, proof-of-work (as related to physical infrastructure), and dispute resolution. The results demonstrate that a generalized approach enhances interoperability and allows for shared security models across heterogeneous physical networks, such as connectivity, energy, and storage providers. The significance of this work lies in its potential to foster an ecosystem where infrastructure resources can be composed and monetized through common primitives rather than isolated silos, ultimately increasing the agility of the decentralized infrastructure sector.

Key Findings

  • 1Generalized protocols can reduce the barrier to entry for new decentralized infrastructure projects.
  • 2Modular decoupling of hardware and settlement layers increases system resilience.
  • 3Standardization of verification primitives is essential for cross-network interoperability.
  • 4Shared security models improve the feasibility of smaller, domain-specific DePINs.

Topics

architectureprotocol designinteroperabilitydecentralized systemsmodular design
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Citation

Tushar Behal, Karan Singh, H. M. G. C. P. B. Herath (2023). Generalised DePIN Protocol: A Framework for Decentralised Physical Infrastructure Networks. arXiv preprint. https://arxiv.org/abs/2311.00551

BibTeX

@misc{generaliseddepin2023,
  title = {Generalised DePIN Protocol: A Framework for Decentralised Physical Infrastructure Networks},
  author = {Tushar Behal and Karan Singh and H. M. G. C. P. B. Herath},
  year = {2023},
  howpublished = {\url{https://arxiv.org/abs/2311.00551}},
}

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