In 2026, Anoma (XAN) continues to advance its DOS (Decentralized Operating System) roadmap, steadily building out its ecosystem around Intent, Protocol Adapter, Solver Network, and cross-chain coordination capabilities. After the crypto market’s cycles of modular blockchains, Layer 2 expansion, and competition among cross-chain infrastructure, developers are increasingly focused on a new question: As the number of blockchains and applications keeps growing, what kind of foundational infrastructure will Web3 need in the future?
Over the past few years, most industry innovation has centered on performance. From boosting TPS to lowering gas fees, from rollups to modular architectures, infrastructure projects have aimed to solve scalability by making networks faster and cheaper. However, as more chains and applications emerge, users are facing a new challenge—not transaction speed, but how to interact within an increasingly complex multi-chain environment.
This shift has brought the concept of a "coordination layer" into the spotlight. Anoma’s vision for a Web3 OS is being re-examined in this context.
Anoma’s Recent Progress on DOS Roadmap and Intent Infrastructure
Over the past year, Anoma’s core narrative has evolved from a traditional Layer 1 project to focus on Intent infrastructure and decentralized operating systems.
According to its official roadmap, Anoma DOS is divided into three phases: Galileo, Dagon, and Ahra. The Galileo phase is now LIVE, featuring key modules such as the XAN governance system, Protocol Adapter, Intent support, Programmable Privacy, AnomaPay, and Solver Services. At the same time, Anoma is pushing forward with cross-chain coordination and Bridgeless Interoperability, aiming to build a coordination network that connects different chains and applications.
From a market perspective, this means Anoma is no longer trying to be just another Layer 1. Instead, it’s tackling higher-level challenges. While past Layer 1 competition focused on consensus mechanisms, performance, and developer experience, Anoma is zeroing in on how users express their needs and how the network can automate execution.
This shift signals a broader adjustment in the infrastructure landscape. As the number of Layer 1 and Layer 2 networks grows, it’s clear that simply offering faster blockchains no longer provides a lasting competitive edge. What truly impacts user experience is often the efficiency of coordination across different networks.
Why Web3 Infrastructure Competition Is Shifting from Layer 1 to the Coordination Layer
Looking back at the evolution of infrastructure over the past few years, it’s clear the industry has undergone significant changes.
Initially, the focus was on Layer 1 performance, then shifted to rollups and modular architectures, and later to DA layers and cross-chain interoperability. Each phase aimed to solve the problems left by the previous one.
However, as the multi-chain ecosystem has matured, a new bottleneck has emerged: user experience.
For most users, the underlying chain holding their assets isn’t important—they don’t want to navigate complex cross-chain paths. What users really want is to achieve their goals, such as buying assets, making payments, participating in an application, or executing a strategy.
But in today’s Web3 environment, achieving these goals often requires multiple steps:
- Choosing a network
- Preparing gas fees
- Completing cross-chain transfers
- Finding liquidity
- Executing transactions
As the ecosystem expands, this complexity only grows.
As a result, more projects are trying to build new coordination layers that abstract away the underlying execution logic, letting users simply express outcomes without worrying about the process.
From this perspective, the importance of the coordination layer is rising rapidly. In the future, Web3 competition may shift from being between blockchains to being between different coordination networks.
Why User Experience Has Become the Bottleneck After Multi-Chain Expansion
Over the past few years, multi-chain strategies have greatly enhanced scalability, but they’ve also introduced new challenges.
Assets are now scattered across different networks, applications run in separate ecosystems, and both liquidity and user activity have become fragmented. While technical capabilities have improved, user experience hasn’t kept pace.
Many developers have realized that what’s keeping mainstream users out of Web3 isn’t performance—it’s complexity.
Users have to understand bridging, signing, network switching, asset mapping, and many other concepts—steps that are virtually nonexistent in traditional internet products.
Because of this, the industry is rethinking the goals of infrastructure. In the past, infrastructure primarily served developers; in the future, it may need to serve end users just as much.
This shift in thinking also explains why the Intent architecture is gaining attention. Intent isn’t just about efficiency—it’s about redefining how users interact with blockchains.
Users express their intentions, and the network handles execution.
While this logic sounds simple, if realized, it could dramatically lower the barriers to Web3 adoption.
How Intent Architecture and Protocol Adapters Are Changing the Game
Intent has become one of the hottest topics in infrastructure over the past two years.
At its core, Intent allows users to describe the outcome they want, instead of specifying the execution process.
For example, traditional transaction flows require users to manually select the path, network, and liquidity source. With the Intent model, users simply state their end goal, and the Solver Network takes care of the rest.
Anoma’s Protocol Adapter is a key component of this framework.
As the number of blockchains grows, each with its own rules and standards, the Protocol Adapter aims to create a unified coordination layer across systems, enabling Intent to execute across different protocols and networks.
This capability is becoming increasingly important.
In the future, applications likely won’t be limited to a single chain—they’ll tap into resources from multiple networks. Whoever can coordinate these resources most efficiently stands the best chance of becoming the new infrastructure gateway.
Why Web3 OS Is the Next Big Topic After Modular Blockchains
In the past two years, modular blockchains have been one of the most important topics in infrastructure.
Projects like Celestia and EigenLayer have pushed the market to rethink blockchain architecture by separating execution, settlement, and data availability. However, modularity solves internal system structure—not user experience.
As modularity matures, the market’s attention is shifting to higher-level coordination.
That’s why the Web3 OS concept is gaining traction.
If you think of modular blockchains as hardware, Web3 OS is more like an operating system. It doesn’t have to execute every task, but it does coordinate resources, assign tasks, and optimize interactions.
For developers, this means a simpler application development experience; for users, it means a lower learning curve.
So, Web3 OS isn’t a replacement for Layer 1 chains—it’s a coordination layer built on top of existing infrastructure.
Why the Rise of AI Agents Is Refocusing Attention on Automated Execution Networks
Another key reason Anoma is drawing attention is the rapid advancement of AI Agents.
There’s growing discussion about whether future on-chain interactions will be handled automatically by AI. Whether it’s automated trading, payments, or strategy execution, AI Agents need an environment that can coordinate execution across different protocols and networks.
This is precisely what Intent networks aim to solve.
If, in the future, users only need to tell an AI what they want to achieve, and the AI uses the Intent network to execute it, the entire Web3 interaction paradigm could shift.
That’s why the market is increasingly discussing Intent in the context of AI Agents.
In this framework, Anoma isn’t just another infrastructure project—it could become the crucial coordination layer between AI Agents and the on-chain world.
This is also one of the main reasons the Intent sector continues to attract market attention.
Why Developer Ecosystems Are the Key Variable in Web3 OS Competition
Technical innovation can generate short-term buzz, but long-term value depends on ecosystem development.
For Web3 OS, the developer ecosystem is even more important than the technology itself.
Any coordination network ultimately needs applications, protocol support, and ongoing developer participation. Without ecosystem support, even the most advanced architecture can’t achieve network effects.
Currently, Anoma is pushing forward with Protocol Adapter, Solver Framework, and Intent SDK, all aimed at lowering the barrier to entry and attracting more applications to its ecosystem.
In the future, competition among Web3 OS platforms will likely focus less on performance and more on who can attract the most developers to build applications.
Historically, whether it was Android, iOS, or cloud computing platforms, the ultimate winners built the strongest developer ecosystems.
This pattern holds true in Web3 as well.
Can Anoma Build the Next-Generation On-Chain Coordination Network?
Anoma’s biggest opportunity lies in its direct response to several long-standing industry challenges.
Multi-chain complexity, user experience bottlenecks, the need for AI Agent automation, and fragmented cross-chain liquidity all require new coordination mechanisms.
Supporters believe that if Intent becomes the standard for Web3 interactions, Anoma could grow into the next-generation coordination layer infrastructure.
But there are still questions.
Intent is still in its early stages, user education costs remain high, the developer ecosystem isn’t fully mature, and the Solver Network’s economic model needs further validation.
So, Anoma’s challenge isn’t just technical—it’s about whether it can truly establish network effects.
If more protocols, applications, and developers join the Intent network, its value will continue to rise. Conversely, if ecosystem growth lags, the Web3 OS narrative could face headwinds.
Conclusion
Anoma’s push for DOS and Intent reflects a new stage in Web3 infrastructure competition.
Previously, the focus was on building more blockchains. Now, the market is thinking about how to coordinate an ever-growing number of chains. With the expansion of multi-chain ecosystems, the rise of AI Agents, and ongoing user experience challenges, the importance of the coordination layer is steadily increasing.
For Anoma, its true value isn’t in becoming another Layer 1, but in serving as the coordination network connecting applications, protocols, and users. If Intent becomes the mainstream interaction model for Web3, then Web3 OS may not just be a new narrative—it could become a new infrastructure paradigm.
FAQ
What is Anoma’s DOS (Decentralized Operating System)?
Anoma DOS is a Web3 operating system framework built around Intent, coordination networks, and automated execution, designed to simplify multi-chain interactions.
Why has Intent become a hot topic in infrastructure?
Intent reduces Web3 complexity by letting users "express goals instead of specifying execution steps," which is why it’s drawing growing interest from infrastructure projects.
How does Web3 OS differ from traditional Layer 1 blockchains?
Web3 OS focuses on resource coordination and user interaction, while traditional Layer 1 blockchains primarily handle execution, consensus, and settlement.
Why do AI Agents need an Intent network?
AI Agents need to automate on-chain tasks, and an Intent network provides coordination and execution capabilities across protocols and chains.
What is Anoma’s biggest competitive advantage right now?
Anoma’s advantage lies in its simultaneous focus on Intent, Protocol Adapter, Solver Network, and the Web3 OS roadmap, aiming to solve coordination challenges in the multi-chain era.
