Virtuals Protocol ecosystem continues to grow and become a place where diverse AI agents are created. Not only that, the project is still active in delivering innovations today. In this article, we will discuss the latest developments, innovations, and the ecosystem.
Article Summary
- 💡 Virtuals Protocol: Infrastructure for creating AI Agents with various functions and characteristics.
- 🔗 Agent Commerce Protocol: The latest development of Virtuals Protocol that allows AI Agents to take autonomous actions.
- 🌍 Virtuals Protocol Ecosystem: There are 16,197 AI Agents already created in the Virtuals Protocol ecosystem, all belonging to 10 sectors such as Lifestyle, Trading Alpha, DeFAI, Prediction Markets, Infrastructure & Data, Developer Tooling, Marketing & Content, Gaming, Investment DAOs, Sports & Entertainment, and Unique Offerings.
Virtuals Protocol Overview
Virtuals Protocol is a decentralized infrastructure that allows developers to build AI Agent-based projects on the Base network, while facilitating users to participate from the early stages of launching various AI Agent projects.
In fact, each AI Agent created within Virtuals has a character, a goal, and the ability to make decisions based on the context and actions available. This is possible thanks to the use of a framework called Agentic Framework (GAME).
Read the full article on What is Virtuals Protocols at Pintu Academy
Virtuals Protocol Latest Developments
Virtuals Protocol is an infrastructure that enables the creation of AI Agents with various functions and roles. Their latest development, the Agent Commerce Protocol (ACP), is a framework that allows AI Agents to communicate, coordinate, and execute tasks and transactions autonomously through a client-provider-evaluator mechanism.
Agent Commerce Protocol (ACP): Home to Virtuals Ecosystem
Imagine a technology that allows multiple AI Agents to work together to carry out a single mission. For example, two or more AI Agents can coordinate with each other, determine their respective roles, and execute transactions on-chain, thanks to ACP.
Each participating Agents has their own roles, which includes:
- Client: Provide funding and work to other AI Agents who will be appointed and coordinated.
- Provider: AI Agent appointed to execute and complete the task.
- Evaluators: AI Agents who review and verify the work performed by the Provider. If the work meets the set standards, the Evaluator will give approval. Otherwise, they may request revisions or reject the result.
How ACP Works
Butler (Client) is in charge of assigning work to AI Agents that specialize in certain tasks. As an example in the picture above, Other’s Butler (Client) assigns the task of “Analyze Portfolio” to ZyFAI Agent (Provider), this is an AI Agent project in Virtuals ecosystem that focuses on Decentralized Finance and Artificial Intelligence (DeFAI). Here are the details:
- Butler gave ZyFAI the task of analyzing the portfolio in exchange for $0.01 USDC. Notes: This reward is locked in the smart contract until the task is completed.
- ZyFAI completes the task, then the Evaluator reviews the results through internal mechanisms before the system marks the job as “accepted”.
- After that, the smart contract releases the payment to ZyFAI and the status changes to “Payment made”.
In fact, it is just one of the many types of jobs or tasks performed by AI Agents according to their specialization that run autonomously.
Virtuals Protocol Ecosystem
If traced deeper, Virtuals Protocol has developed into an ecosystem that accommodates various AI Agents from various categories, ranging from Lifestyle to Infrastructure and Data Agents. Moreover, with this diversity, Virtuals acts as an infrastructure that brings together various narratives in one unified ecosystem.
Based on information on the official Virtuals Protocol website, currently 16,197 AI Agents have been created through the platform. Here are some selected Virtuals Protocol ecosystems.
1. Unique Offering Agent
Unique Offering Agents is a category of AI Agents that have unique characteristics and values, both in terms of usability, purpose, and how they interact with users. Projects in this category are generally designed to fulfill certain specific functions, but are not limited to a single use case. In other words, this category includes various AI Agent projects in the Virtuals Protocol ecosystem that offer unique uses compared to other categories.
For example, ArAIstotle (FACY) is one of the AI agents developed by AI Seer. The project focuses on fact-checking information in various formats, such as text, voice, and video. Specifically, FACY can answer user queries on X (Twitter) by providing factual explanations along with the source of reference.
On the other hand, there are AI agents like TIBBIR that fall into the same category, but have different characteristics from FACY. TIBBIR comes as a parody AI Agent from Ribbit Capital, one of the leading venture capital companies.
Furthermore, not just a parody, this AI Agent managed to capture the attention of the X community after autonomously purchasing one of the most expensive NFTs, CryptoPunks. TIBBIR used ViT-L/14’s CLIP to curate the entire CryptoPunks collection to find the NFT that best suited its character. As a result, TIBBIR chose CryptoPunk #9098 with a price of 89 ETH.
2. Trading Alpha / Investment Insights
Besides that, Trading Alpha / Investment Insights is a category of AI Agents designed to detect trends and provide insights on specific markets or projects based on their data analysis.
One of the most prominent examples is AIXBT, a pioneer in the field of autonomous AI agents capable of responding to user interactions on X. AIXBT can respond to community questions or tweets in a contextual manner, staying relevant to the market or project topic at hand.
So far, AIXBT is still the AI Agent that dominates this category, thanks to the innovations it has developed, ranging from providing in-depth market information through chat on their platform, relevant interaction with the community on X, trend data analysis, to integration with hotly discussed technologies such as x402.
3. Infrastructure & Data
As the Virtuals ecosystem grows, categories such as Infrastructure and Data become critical components. Both play a role in facilitating AI Agents to be able to plan actions and make decisions independently and autonomously, one example is the GAME project.
The presence of GAME complements the diversity of the Virtuals ecosystem by providing a modular framework that is low-code and plug-and-play, so that anyone can create and run AI Agents more easily.
How to Buy VIRTUAL Tokens at Pintu
After knowing the latest development of Virtuals, you can start investing in VIRTUAL tokens by purchasing them on the Pintu app. Here’s how to buy VIRTUAL on the Pintu app:
- Create a Pintu account and follow the process of verifying your identity to start trading.
- On the homepage, click the deposit button and top up your Pintu balance using your preferred payment method.
- Go to the market page and search for VIRTUAL.
- Click buy and fill in the amount you want.
- You now have VIRTUAL tokens!
Besides VIRTUAL, you can also invest in other crypto assets such as BTC, ETH, and others without having to worry about fraud through Pintu. In addition, all crypto assets on Pintu have gone through a rigorous assessment process and prioritize the principle of prudence.
Download Pintu crypto app on Play Store and App Store! Your safety is guaranteed because Pintu is regulated by Bappebti and Kominfo.
In addition to making transactions, on Pintu app, you can also learn more about crypto through various Pintu Academy articles that are updated weekly!
Disclaimer: All articles from Pintu Academy are intended for educational purposes and do not constitute financial advice.
Conclusion
Virtuals Protocol is one of the AI Agent infrastructures that still survives and provides the latest innovations as the narrative changes so quickly. In summary, ACP is an innovative product released by Virtuals Protocol by utilizing smart contracts that allow AI Agents to run their economic models independently through on-chain assignment, evaluation, and payment mechanisms. While the technology looks very futuristic, there are some risks to consider, such as the potential for smart contract exploitation, unintended transaction execution, and various other technical risks.
Reference
- Virtuals Protocol Whitepaper, https://whitepaper.virtuals.io/.
- Virtuals Protocol Official X Account, “Agent Commerce Protocol (ACP) – Time to find the AllSpark“, accessed on November 11, 2025.
- X account @tengyanAI, “ACP Virtuals: Powering Agentic Payments Before It Was Cool“, accessed on November 11, 2025.
- GAME documentation, https://docs.game.virtuals.io/.