GoPlausible achieves permanence using CrustNetwork

Crust Network
CrustNetwork

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As decentralized applications (dApps) grow in scale and complexity, reliable data storage remains a critical challenge. The InterPlanetary File System (IPFS) has pioneered a decentralized approach to file storage, but enhancing its reliability and permanence is essential for enterprise-level adoption and consumer confidence. GoPlausible addresses this need by developing an advanced IPFS storage gateway that integrates CrustNetwork’s double-pinning capabilities alongside Pinata, delivering a powerful, multi-layered solution for data permanence and accessibility.

This article explores the benefits and unique architecture of GoPlausible’s IPFS storage gateway, a solution designed to maximize decentralization, permanence, and accessibility for NFTs, DIDs, and Verifiable Credentials.

CrustNetwork’s decentralized storage with permanence and Algorand integration via C2C ABI calls makes it the best choice for mission-critical content pinning and storage.

The Core Components of GoPlausible’s IPFS Storage Gateway

1. CrustNetwork: A Foundation for Decentralization and Permanence

CrustNetwork provides a decentralized, Web3-native solution for secure and distributed file storage. Built to support IPFS, it ensures data persistence by storing files across a globally decentralized network of nodes. Unlike traditional centralized storage solutions, CrustNetwork leverages oracles and on-chain mechanisms to verify and manage IPFS pinning, replacing blind trust with decentralized consensus.

In GoPlausible’s architecture, CrustNetwork serves as the primary layer of redundancy and permanence for mission-critical content through decentralized re-pinning. This second layer of data anchoring reinforces data availability and accessibility, even in cases of network interruptions or node failures.

The Crust-Algorand integration in GoPlausible allows direct smart contract interactions with CrustNetwork’s systems through C2C (contract-to-contract) calls. This link provides three key benefits:Enhanced Decentralization: Content is spread across CrustNetwork’s nodes globally, protecting against censorship and regional restrictions.

  • Assured Permanence: Files pinned on Crust are persistent, eliminating the risk of accidental loss.
  • Reliable Accessibility: Decentralized storage enhances content availability and mitigates risks associated with single-layer IPFS solutions.

2. Pinata + Cloudflare IPFS Gateways: Rapid Pinning for Speed and Agility

Pinata, a well-known IPFS pinning service, has been a foundational component of GoPlausible’s IPFS gateway for the past three years. Known for its speed and reliability, Pinata allows for quick, API-driven pinning that instantly makes content accessible. However, as a centralized, permissioned service, Pinata alone cannot meet the needs of trustless and decentralized requirements.

To bridge this gap, GoPlausible has architected its storage gateway to handle initial, fast access through Pinata. When content is uploaded, GoPlausible initiates rapid pinning through Pinata, allowing users to retrieve their data almost immediately without waiting for backend redundancy processes. The integration of a Cloudflare IPFS gateway instance adds an additional layer of high-speed access to data.

While effective, this setup alone was insufficient to meet requirements for trustlessness, permissionlessness, and decentralized continuity. To address these needs, GoPlausible implemented CrustNetwork as a second layer for decentralized storage, ensuring data resilience without relying solely on a centralized service.

3. GoPlausible’s Backend: Enforcing Double-Pinning with a Queued Task System

Beyond Pinata’s immediate access layer, GoPlausible’s backend ensures reliable, redundant storage through a background task that re-pins content on CrustNetwork. Once the content is pinned on Pinata, GoPlausible’s backend initiates a fail-safe task to re-pin the same CID (Content Identifier) on CrustNetwork. This task leverages a GoPlausible smart contract on Algorand to coordinate with CrustNetwork’s infrastructure, creating a robust double-pinning system.

Algorand’s efficient blockchain processes these transactions with under-3-second finality, enabling GoPlausible to deliver a fast, decentralized solution for re-pinning tasks. This backend system provides users with:

  • Resiliency through Crust: Even if nodes or services become unavailable, CrustNetwork ensures a fallback copy of the content across decentralized nodes.
  • Integration across Ecosystems: With Crust’s cross-chain compatibility (EVM and beyond), GoPlausible can meet decentralized storage requirements seamlessly, regardless of dApp expansion into new ecosystems.

The flow and sequence diagrams of full IPFS pinning process in GoPlausible backends:

Advantages of GoPlausible’s layered Architecture

GoPlausible’s layered approach to IPFS storage introduces unique advantages for users:

1. Enhanced Decentralization

By combining CrustNetwork with IPFS, GoPlausible achieves a high level of decentralization, ensuring resilience to localized network issues. The integration with Algorand adds a decentralized ledger that transparently records every pinning operation, reinforcing trust through immutable records.

2. Predictable Reliability with Fast Finality

Algorand’s sub-3-second transaction finality secures GoPlausible’s re-pinning tasks, critical for applications that demand an auditable and rapidly confirmed data storage layer. Each re-pinning transaction on GoPlausible’s backend is verifiable on the Algorand blockchain, bolstering data reliability and integrity.

3. Re-pinning for Data Resilience and Performance

While centralized single-layer IPFS pinning risks data loss if nodes become unavailable or service payments are missed, GoPlausible’s double-pinning architecture ensures permanence. Files are initially pinned on Pinata for fast pinning, then get re-pinned on CrustNetwork for everlasting permanent storage, delivering:

  • Enhanced Data Durability: Crust’s decentralized network keeps files resilient against network conditions.
  • Fallback Redundancy: In cases of Pinata outages, data remains securely stored and accessible through CrustNetwork.

4. Rapid Data Access

Cloudflare’s infrastructure powers GoPlausible’s fast IPFS access, while CrustNetwork provides a reliable guarantee of pinned data availability, essential for applications that require both speed and decentralized data persistence (e.g., NFTs, DIDs, VCs).

5. Time Efficiency in Full Decentralized Context

By managing both real-time and queued pinning tasks, GoPlausible balances high performance with the benefits of decentralized storage. This efficiency enables immediate data access with a longer-term decentralized fallback, optimizing both response times and reliability.

Future Implications for Decentralized Storage and dApp Development

GoPlausible’s advanced IPFS storage gateway represents a significant step forward for the Web3 ecosystem. Integrating CrustNetwork’s pinning through Algorand smart contracts, this architecture supports a robust data permanence solution without sacrificing speed or decentralization. It opens new possibilities for dApps across industries — from finance to social media — that require reliable decentralized storage.

By making decentralized storage more accessible and resilient, GoPlausible’s architecture transforms how decentralized storage networks can support dApps, combining Pinata’s rapid access and CrustNetwork’s redundancy with Algorand’s fast and secure ledger. This model sets a new standard for performance, resilience, and decentralization in next-generation dApps.

Conclusion

GoPlausible’s Crust-Cloudflare-Pinata IPFS architecture combines the strengths of speed, accessibility, and decentralization. Utilizing CrustNetwork for resilient, redundant storage, Pinata for immediate access, and Algorand for fast finality, GoPlausible has crafted a balanced solution designed to support data-intensive, decentralized applications.

A good storage architecture’s implications

This architecture not only elevates the IPFS storage experience but also underscores the potential of blockchain-based storage solutions for making decentralized data both reliable and high-performing, which is now accessible through future-proof archiecture and CrustNetwork service.

The original text is from: https://medium.com/@emg110/goplausible-achieves-permanence-using-crustnetwork-7549dc691cd6

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Crust Network
Crust Network

Written by Crust Network

Crust Network is a decentralized cloud storage provider which was designed to realize our three core values: decentralization, privacy, and assurance.

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