As blockchain infrastructure continues to mature, a new class of Layer 1 networks is emerging with a focus on real-world adoption, and Pharos is positioning itself at the center of that shift. Designed as an EVM-compatible chain, Pharos aims to bridge traditional finance and on-chain systems by enabling high-performance, compliant, and verifiable financial applications at scale.
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With an architecture built for parallel execution, fast finality, and support for real-world assets, the network is focused on making blockchain usable not just for developers, but for institutions and capital markets looking to move on-chain. We caught up with Alex Zhang, the co-founder of Pharos to learn more about how Pharos is positioning themselves in the ever-evolving Web3 industry.
Defining The Mission of Pharos
The interview begins with a brief introduction on the importance of Pharos as we enter the second quarter of 2026. Alex does not hesitate to highlight the performance of Pharos as an EVM-compatible chain. He elaborates by explaining how they can reach real time finality within 0.2 seconds. In addition to the finality speed, their processing capacity is able to go beyond 1 GS per second, which gives them the highest scalability.
“So our mission is to build the brand new liquidity network, the transaction network, and the ultimate settlement layer.” - Alex Zhang
Alex emphasizes that this level of performance is not just about speed for its own sake, but about enabling a new class of applications that can operate seamlessly between Web2 and Web3 environments. He points out that most existing blockchain infrastructure still struggles to meet the expectations of traditional systems, where users are accustomed to instant transactions, high throughput, and minimal friction.
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By delivering near-instant finality and scalable execution, Pharos aims to remove those barriers and create an environment where Web2 applications can transition on-chain without sacrificing performance or user experience.
He also highlights that bridging Web2 and Web3 is ultimately a matter of infrastructure, not just innovation. For developers and enterprises to adopt blockchain technology, the underlying systems must feel reliable, predictable, and capable of handling real-world demand.
Pharos is designed with that in mind, positioning itself as a network where traditional applications can integrate blockchain components without needing to fully redesign their architecture. In this way, Alex sees Pharos not just as another Layer 1, but as a foundational layer that allows both ecosystems to converge into a single, unified financial and application stack.
The AI Component To Pharos
Beyond performance and scalability, Alex points to AI as a key pillar in Pharos’ long-term vision. The network is already positioning itself for an AI-native economy, highlighted by its integration of the x402 AI module, which enables large-scale agent interactions directly on-chain.
This integration allows AI agents to not only process information, but also transact, hedge, predict, and settle value in real time. In practice, this means autonomous systems can operate as active participants within the network, executing financial actions without human intervention while still benefiting from the speed and reliability of Pharos’ infrastructure.
For Alex, this is where the convergence of Web2, Web3, and AI becomes tangible. As more applications adopt AI-driven workflows, the need for systems that can support machine-to-machine transactions at scale becomes critical. Pharos is building toward that future, where intelligent agents are not just tools, but economic actors within a fully on-chain environment.
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The Most Important Problem That Pharos Solves
When asked about the core problem Pharos is addressing, Alex brings the conversation back to a fundamental limitation that continues to hold the industry back: scalability. While blockchain technology has made significant progress over the years, most networks still struggle to handle the level of throughput and speed required for real-world applications.
He explains that without true scalability, many of the promises of Web3 remain theoretical. Applications cannot operate at the level users expect, transactions become bottlenecked, and costs increase under demand. This creates a gap between what blockchain is capable of today and what is needed to support global financial systems, consumer applications, and AI-driven interactions.
Pharos is designed to solve this by delivering both high throughput and near-instant finality, allowing the network to process massive volumes of transactions without compromising performance.
For Alex, scalability is not just a technical improvement, it is the foundation that makes everything else possible. Without it, bridging Web2, Web3, and AI at scale simply cannot happen.
Beyond scalability, Alex highlights that Pharos is focused on solving fragmentation across the entire user journey, from onboarding to liquidity. In today’s landscape, users and institutions often have to navigate multiple disconnected systems for identity verification, compliance, transactions, and settlement, which introduces friction and slows adoption.
Pharos aims to streamline this by supporting a more integrated ecosystem that spans KYC, compliance layers, asset issuance, and ultimately liquidity. Instead of treating these components as separate verticals, the network is designed to bring them together within a single infrastructure layer, allowing applications to operate more seamlessly from start to finish.
This end-to-end approach is particularly important for institutions and real-world assets, where regulatory requirements and access to deep liquidity are essential. By aligning identity, compliance, and capital flow within one network, Pharos positions itself as a foundation where assets can move efficiently from onboarding all the way to active markets, without the fragmentation that defines much of today’s Web3 experience.
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Blockster’s Thoughts
Pharos is approaching blockchain infrastructure with a clear focus on what has historically been missing: performance, integration, and real-world usability. Rather than optimizing for a single feature, the network is being designed as a full-stack foundation where scalability, compliance, liquidity, and now AI can coexist within one system.
What stands out is how these pieces connect. High throughput enables real-time applications, integrated compliance reduces onboarding friction, and deep liquidity allows those applications to function in real markets. Combined with support for AI-driven interactions, Pharos is positioning itself for a future where both users and autonomous systems can operate seamlessly on-chain.
With an estimated mainnet launch expected toward the end of the second quarter, the next phase will be execution. If Pharos can deliver on its performance claims while maintaining reliability and developer adoption, it could emerge as a serious contender in the race to bring real-world financial systems fully on-chain.
