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The Delphi Podcast

Austin Federa: From Solana Foundation to Double Zero's Fiber Revolution

Thursday, 25 September 2025 · 2 min read · Listen to the episode ↗

Austin Federa, CEO of Double Zero, discusses creating a dedicated high-performance network to overcome public internet limitations for blockchain and decentralized applications. The project leverages multicast technology and a unique proof of utility mechanism to enhance data distribution among validators. It aims to support the Solana network's decentralization and replace traditional IP addresses with cryptographic identities, ultimately fostering improved efficiency and performance in high-frequency trading and distributed systems.

Austin Federa, co-founder and CEO of Double Zero, explores the limitations of the public internet for high-performance distributed systems, particularly in blockchain technology. He notes that major tech companies have developed parallel networks to enhance their services, highlighting the need for a dedicated high-performance network. Double Zero aims to create a network managed by independent entities, providing performance comparable to major tech firms and high-frequency trading operations. This initiative stems from Austin's experiences at Solana, where he witnessed the challenges blockchain protocols face due to internet constraints.

Double Zero is categorized as a Decentralized Physical Infrastructure Network (D-PIN) project, offering higher performance than the public internet, albeit with lower access and reach. The network utilizes multicast technology, which allows efficient data transmission to multiple recipients simultaneously, enhancing data distribution among validators and improving bandwidth efficiency. The network's unique reward distribution mechanism, proof of utility, contrasts with traditional proof of stake systems, focusing on fair rewards based on actual work done.

The network emphasizes physical fiber connections, with validators acting similarly to ISPs by providing high-performance bandwidth. To ensure continuous data flow, Double Zero implements redundancy through multiple pathways organized into global rings. The project aims to alleviate validators from managing infrastructure issues, with the transition from testnet to mainnet underway, expanding fiber connections significantly.

Key features of Double Zero include technology that allows for higher data throughput capacity, crucial for reducing latency in high-performance applications. The implications for trading are substantial, as reliable latency and execution times enable traders to make informed decisions. Early metrics from the testnet indicate improvements in performance for validators using Double Zero.

The tokenomics of the Double Zero ecosystem will include a payment token named "2Z," with validators paying a percentage of their earnings for network connection. The economic model is designed to adapt to different protocols, allowing for customization based on service requirements. The conversation also touches on the implications of staking models and the importance of user awareness regarding Double Zero.

Federa discusses the decentralization plans for the Solana network, emphasizing the need for multiple independent contributors and transparency in data movement. The future roadmap anticipates a transition to a more decentralized structure, with a focus on involving diverse use cases for true decentralization. The long-term vision includes replacing IP addresses with cryptographic identities and developing public-private key routing protocols to enhance security.

Current adoption of Double Zero stands at 62% of the Solana network, with a target of 85% to encourage protocol developers. The conversation highlights the potential of the cloud for rapid resource deployment and the ambition to replicate this efficiency in high-performance networking. The overarching goal is to create a parallel internet tailored for high-performance systems, addressing current internet bottlenecks and enhancing functionality.

This summary was generated from the episode transcript and can contain mistakes.