MetaArena

Dear MetaArena community members,
Starting today, MetaArena enters a new stage. We are officially launching the MetaArena DAO, allowing the community to move from merely “playing the game” to “co-building the ecosystem.”
With the DAO's implementation, $TIMI will assume governance responsibilities, becoming a key driver of the ecosystem’s continuous growth.

Why Establish the DAO
Over the past few months, we have witnessed the vitality brought by over 100,000 Final Glory players, as well as the real on-chain application of AI-NPCs and zero-knowledge verification. Meanwhile, $TIMI launched on Binance Alpha, attracting market attention and strong support.
As more players join, more feedback and suggestions emerge. The community is not only playing but also discussing gameplay, balance, economic models, and even the platform's future direction.
This is precisely the purpose of the DAO.
It allows every $TIMI holder to be not just a consumer but a co-builder of the ecosystem.
You can voice opinions on version direction, decide how to adjust the play-to-earn model, and determine the allocation of the ecosystem fund. The power of the community will become the core driver of the world.
Timeline
2025‑11‑18: This announcement is officially released; MetaArena DAO is establishedBy the end of November 2025: Initial governance framework drafted and publishedMid-December 2025 (estimated): Play-to-earn model officially launches. At that time, player earnings in the game will automatically feed into the $TIMI economic loop.From mid-December 2025: $TIMI holders can initiate votes and participate in proposals within the DAO. The first round of voting will focus on reward distribution for the play-to-earn model, content update priorities, and the use of the ecosystem fund.
How the DAO Operates
The DAO architecture will remain simple and transparent, allowing anyone to easily join.
Governance Assets

Holding $TIMI directly translates into voting power. The more tokens you hold, the greater your influence; the longer you hold, the more weight your vote carries.

If you choose to lock your tokens for a period, you will also receive an additional voting bonus.
Proposal Process

When you have an idea, simply submit a clear draft on the community forum or Discord.

The community will discuss it within a short period, determine the direction, and then enter the official voting stage for all token holders to decide the outcome collectively.
Voting Rules

Basic functional proposals have a lower approval threshold.
Proposals involving economic parameters and fund allocations require higher consensus support.

Different types of proposals will have different passing conditions, ensuring governance is both efficient and secure.
Execution Mechanism

All approved proposals enter a public execution process, led by the team, with progress updates shared to the community.

If deviations or disputes occur, the community can initiate further discussion and re-evaluation.
How to Participate in the DAO
You only need to complete three steps to join governance:
Hold $TIMI in your walletConnect your wallet to the DAO page to become a member.Follow the “Voting Center” to participate in upcoming proposal discussions and votes.
No barriers, no complicated steps. As long as you want to participate, the DAO is always open to you.
Looking Ahead
The launch of the DAO is just the beginning.
In the future, you will see more powers transferred to the community, including AI-NPC behavior parameters, ecosystem fund strategies, cross-chain directions, incentive rules, and even the pacing of new game integrations.
The MetaArena world will continuously evolve with community decisions.
Every vote brings the platform closer to the “best version” envisioned by players and community members.

MetaArena Team
November 18, 2025
The world is created by players, and the DAO is the key that unlocks the future.

Dear MetaArena community members:

Starting today, MetaArena will enter a new phase. We officially launch MetaArena DAO, allowing the community to transition from the role of 'participating in the game' to 'jointly building the ecosystem.'
With the implementation of the DAO, $TIMI will take on the governance power, becoming the key to driving the continuous growth of the entire ecosystem.
Why establish a DAO?

In the past few months, we have witnessed the vitality brought by over 100,000 players of Final Glory, and we have seen the real-world application of capabilities such as AI-NPCs and zero-knowledge proofs on the chain. Meanwhile, $TIMI has also launched on Binance Alpha, gaining market attention and welcome.

In recent years, artificial intelligence has been penetrating the gaming industry at an unprecedented pace. From an overall market perspective, the global AI in Games market was estimated to be around 3.3 billion USD in 2024, and it is expected to grow to approximately 51.26 billion USD by 2033, with a compound annual growth rate of 36.1%. This new growth reflects that game developers and platforms are making large-scale investments in AI technology to achieve higher player engagement, stronger personalized experiences, and smarter gameplay mechanisms.

Data Source: https://www.grandviewresearch.com/industry-analysis/ai-gaming-market-report<br />

In recent years, artificial intelligence has been penetrating the gaming industry at an unprecedented pace. From a market perspective, the global AI in Games market was estimated at around USD 3.3 billion in 2024 and is expected to grow to approximately USD 51.26 billion by 2033, with a compound annual growth rate (CAGR) of 36.1%. This rapid growth reflects that game developers and platforms are heavily investing in AI technology to achieve higher player engagement, more personalized experiences, and smarter gameplay mechanics.

Meanwhile, AI Agents—software entities in games with autonomous perception, decision-making, and action capabilities—are becoming a hot topic in the industry. Industry analysis suggests that AI Agents in games will "fundamentally enhance NPC behavior, making each game world unique compared to the previous session." Additionally, a developer survey published by Reuters in 2025 showed that as many as 87% of game developers have already integrated AI Agents into their workflows for automating tasks, assisting content creation, and improving interactive experiences. These trends indicate that AI Agents are rapidly evolving into core components of game design and operation.
Trust Concerns with AI
In practice, most current AI Agents are semi-autonomous systems—they possess some decision-making and execution capabilities but still require human instructions, feedback, or supervision. When tasks exceed their pre-defined scope, human intervention is often needed to ensure safety and accuracy. This means that most AI Agents heavily rely on prompts for human-machine communication. A prompt is an instruction or description provided by a user to guide the AI in generating output, for example, having ChatGPT write a press release or instructing an autonomous vehicle to plan a route.
However, this is precisely where the problem lies: most existing AI Agent systems rely on centralized servers, making their operational logic and reasoning processes a "black box." Users cannot verify whether prompts are tampered with, whether the reasoning process is secure, or whether the generated outputs are trustworthy. They also cannot ensure that sensitive information contained in prompts—such as private keys, identities, or medical data—is adequately protected.
More critically, centralized AI Agents are often controlled by the server operators who hold the highest privileges, capable of influencing Agent behavior or accessing user assets. The current AI ecosystem is concentrating toward a few companies monopolizing models and computing power, continuously expanding potential risks. Even Web3 projects like AI16z’s Eliza or the Virtuals Protocol place only identity and economic layers on-chain, while core reasoning and interactions still depend on centralized infrastructure.
As a result, when using most AI Agent services, users are effectively "blindly trusting" the system without verification. This structural opacity perpetuates public doubts about the safety and reliability of AI Agents. Against this backdrop, MetaArena leverages zero-knowledge proofs to build a trusted execution and verification framework for AI Agents, providing a cryptographically verifiable solution to the trust challenges of the AI era.
MetaArena’s zkTrace Solution
MetaArena is a trusted execution infrastructure built around zero-knowledge proof (ZKP) technology, designed to provide high-performance, low-cost ZK services for applications requiring verifiable computation and privacy protection.The system consists of a distributed off-chain computation network and an on-chain verification engine: the former is responsible for receiving and executing computational tasks and generating zero-knowledge proofs, while the latter verifies the proofs on-chain, ensuring the authenticity and consistency of data, transactions, and behaviors. Through a distributed network architecture, MetaArena significantly enhances system scalability and task throughput while reducing computational costs.
On this basis, MetaArena has launched the zkTrace solution specifically for large models and AI Agent services, further extending it as a key infrastructure in the field of AI trusted execution and privacy computing. zkTrace embeds ZK proof mechanisms into AI execution paths, allowing models to provide verifiable execution proofs externally without exposing underlying prompts, input data, or inference logic. This mechanism compensates for the shortcomings of traditional encrypted communication protocols (such as TLS) in “verifiability,” enabling data to have proof of computational authenticity while remaining secure in transmission, thereby establishing stronger trust in AI model reasoning and interactions.
Unlike solutions that rely on hardware trusted environments (TEE), MetaArena is fully built on cryptographic security, without dependence on any centralized entity or hardware trust roots. The system supports multiple proof generation modes, including lightweight off-chain proxy verification, distributed MPC (multi-party computation) collaborative generation, and modular pluggable verification modules, allowing developers to flexibly choose optimal execution paths based on performance and privacy requirements.
MetaArena’s on-chain verification engine adopts a modular structure and optimizes performance via an efficient P2P communication network and sharded verification logic. Node communication and task routing are based on a Kademlia algorithm structure, allowing nodes to complete task assignment and proof propagation via the shortest paths, ensuring stable performance and low-latency responses under high load conditions.
Thanks to this architecture, MetaArena employs lightweight proxy verification in zkTrace and zkAction solutions, avoiding the high cost and complexity of multi-party computation while circumventing the closedness and vulnerability risks associated with TEE hardware. This provides AI Agents with a truly decentralized, verifiable, and privacy-protecting execution environment.
zkAction
In addition to zkTrace, MetaArena has pioneered the zkAction framework based on ZKP solutions. This framework uses zero-knowledge proof algorithms to ensure that AI Agents strictly follow predefined rules and model logic during execution, guaranteeing that their decision-making processes are fair, accurate, and secure.
zkAction makes AI Agent behavior verifiable without exposing underlying models, prompts, or execution data, effectively preventing collusion or malicious behavior among multiple intelligent agents and ensuring fairness and security across scenarios such as Web3 games and intelligent interaction systems.
The zkAction framework is particularly suitable for lightweight models executing deterministic tasks, such as AI combat agents in on-chain games or automated adjudication systems. By encapsulating AI behavior as verifiable actions, zkAction cryptographically fixes AI decision paths and outcomes in verifiable circuits, achieving a “what executes is what can be verified” trust logic.
Overall, the zkAction framework features:
Verifiability: Uses zero-knowledge proofs to verify AI Agent behavior logic without exposing underlying models or execution details.Anti-collusion: Prevents cooperative cheating or manipulation among different agents, ensuring fairness in games and interactive processes.Scalable computing power: Provides flexible computing resources via a decentralized computing network for verifiable AI, balancing performance and security.
AI Agent Game Engine Trusted Framework
MetaArena has achieved early deployment in on-chain gaming, launching the AI Game Engine and game integration tools via the MetaArena SDK. Developers can create on-chain games with verifiable execution, intelligent interaction, and player co-creation features. AI Agents execute game operations through smart contracts and ensure fairness, trustworthiness, and auditability between players via zkTrace / zkAction verification mechanisms.
Within the engine framework, developers can continue using mainstream game engines like Cocos Creator, Unity, Unreal, and Godot, integrating on-chain functionality without altering existing workflows. With the MetaArena SDK, game teams can capture key actions (skill activation, shuffling, turn switching, etc.) with one click and automatically convert them into verifiable tasks, significantly lowering the barriers for on-chain integration and behavior verification.
Through interfaces with a decentralized data management layer, core game state management can be updated and verified on-chain in real time, including player input, content generation, and test feedback. All state data is collaboratively processed by multiple AI Agents such as content generation agents, game testing agents, and data insight agents to optimize the game experience and ensure data accuracy and consistency.
AI Agents can be flexibly injected into game roles like NPCs, bosses, or player proxies, implementing personalized strategies and verifiable execution via built-in prompt management and security tools to ensure compliant and safe behavior.
All inputs, states, and feedback generated during gameplay are transmitted to the decentralized data management and storage layer. This data is verified via zero-knowledge proofs integrated through the ZK Game SDK and zkTrace / zkAction modules, ensuring immutability and authenticity of logic and states. Based on a distributed verification network, the system can jointly audit player and AI behavior, prevent cheating, and implement a secure “action-as-proof” closed loop.
MetaArena’s tech stack further integrates an optimized resource layer for efficient scheduling of computing and storage resources, allowing multiple AI Agent types such as content generation, testing, and insight agents to run in parallel with low latency. The system also supports UGC / AIGC player creations: players can generate characters, storylines, or cards via text, with the system automatically generating ZK proofs and minting them as NFTs, directly integrating into the game ecosystem and forming a verifiable creative loop.
Additionally, MetaArena proxy players can participate in staking under an LP structure, sharing game revenues with other stakers to implement a “play-to-earn” economic incentive model. This model supports cross-platform operation (mobile and desktop) and enhances player engagement and retention through revenue sharing mechanisms.
Currently, MetaArena’s zkTrace / zkAction solutions are continuously expanding to more domains, promoting large-scale safe adoption of LLMs and AI Agents through privacy and trusted mechanisms, providing a verifiable, auditable, and sustainable trust foundation for the next-generation AI gaming ecosystem.
Ecosystem Value-Driven Asset $TIMI
$TIMI is the native token of the MetaArena network, serving multiple functions across the ecosystem, including computation incentives, task execution, governance participation, and system staking. It is not only a settlement medium for verification and task execution but also a core value carrier connecting AI behavior verification, node collaboration, and ecosystem incentive cycles. Developers, validator nodes, and players can all participate in network operations through $TIMI: computation nodes receive rewards for completing zero-knowledge tasks, users use $TIMI to trigger task execution or behavior verification, and nodes and users staking $TIMI gain higher task priority and reward rights. Meanwhile, as a key governance credential, $TIMI grants holders the rights to vote on parameter adjustments, module upgrades, and incentive strategies, organically integrating incentives with decision-making.
At the economic model level, $TIMI’s value growth is built upon a continuous cycle of real interactions and verifiable computation. Each trusted AI Agent behavior verification, task execution, or cross-chain invocation is settled in $TIMI, with a portion burned, creating an endogenous deflationary and scarcity mechanism. As core modules like zkTrace and zkAction scale, demand for AI computation, intelligent services, and on-chain reasoning will continue to expand, further increasing $TIMI’s usage frequency and circulation value within the system.
At the same time, governance participants can obtain long-term network incentives and revenue distribution through token holdings, making $TIMI both the “fuel” for network operation and the “stake anchor” for ecosystem growth. As the underlying support connecting AI trusted execution and the gaming economy, $TIMI is driving MetaArena toward a self-circulating, verifiable, and sustainably incentivized intelligent economy.
Conclusion
Overall, the AI field is still in an early stage of rapid evolution. Although LLMs and AI Agents have demonstrated significant potential across multiple domains, the lack of verifiability and traceability caused by their “black-box” nature remains a key barrier to large-scale deployment. The absence of transparent execution and trusted verification makes it difficult for AI systems to gain the trust of users and developers in critical scenarios.
MetaArena, by building a trusted computing and verification framework based on zero-knowledge proofs, establishes verifiable paths for AI Agent execution, ensuring that every decision, interaction, and reasoning can obtain independent proof and traceable verification on-chain.
Especially in complex, highly interactive on-chain gaming scenarios, MetaArena’s zkTrace and zkAction modules ensure fair, trustworthy, and auditable behavior for players and AI agents (NPCs, bosses, automated opponents), eliminating cheating and hack risks. More importantly, this system transforms “AI trusted execution” into a “verifiable entertainment experience,” making AI no longer the product of a closed algorithm but an agent that is verified, trusted, and genuinely accepted by players. With the improvement of the trusted framework and ecosystem expansion, MetaArena is poised to become a key hub for scaling AI Agents in the gaming industry.

MetaArena is a trusted execution infrastructure designed for AI Agents and complex interactive systems, specifically created to accelerate the adoption of AI in various fields, including gaming and finance. It ensures that intelligent behaviors are verifiable, auditable, and scalable through zero-knowledge proofs, bringing a genuinely trustworthy intelligent experience to blockchain gaming.
As one of the few infrastructure projects currently focused on trusted execution for blockchain gaming scenarios, MetaArena has recently attracted significant market attention and successfully completed a new round of strategic financing. This round involved participation from several well-known institutions, including IBC Group, Central Research, SEI Foundation (SEI Network), Sky Wee (Sky Ventures), Stratified Capital, Pacific Meta, LC Academy, Axia8, CIW, LucidBlue, IceTea Labs, ODIG, A1E Omega, and others.

MetaArena is a trusted execution infrastructure aimed at AI Agents and complex interactive systems, designed to accelerate the adoption of AI across various fields including gaming and finance. It ensures that intelligent behavior is verifiable, auditable, and scalable through zero-knowledge proofs, providing a genuinely trustworthy intelligent experience for blockchain games.
As one of the few infrastructure projects currently focused on trusted execution for blockchain gaming scenarios, MetaArena has recently garnered significant market attention and successfully completed a new round of strategic financing. This round saw participation from several well-known institutions, including IBC Group, Central Research, SEI Foundation (SEI Network), Sky Wee (Sky Ventures), Stratified Capital, Pacific Meta, LC Academy, Axia8, CIW, LucidBlue, IceTea Labs, ODIG, A1E Omega, among others.

MetaArena is a trusted execution infrastructure designed for AI Agents and complex interactive systems. It is built to accelerate AI adoption across domains including gaming and finance, ensuring that intelligent behaviors are verifiable, auditable, and scalable through zero-knowledge verification — delivering truly reliable AI experiences for blockchain games.
As one of the few infrastructure projects focusing on trusted AI execution in blockchain gaming, MetaArena has recently gained significant market attention and successfully completed a new round of strategic funding. This round involves multiple renowned institutions, including IBC Group, Central Research, SEI Foundation (SEI Network), Sky Wee (Sky Ventures), Stratified Capital, Pacific Meta, LC Academy, Axia8, CIW, LucidBlue, IceTea Labs, ODIG, and A1E Omega.
This funding round not only reflects strong capital market recognition of MetaArena’s vision but also further validates its potential value and strategic position in the upcoming wave of on-chain intelligent interaction upgrades.
MetaArena: Making AI Agents More Trustworthy
MetaArena is a trusted execution infrastructure centered on zero-knowledge proof (ZKP) mechanisms, designed to provide verifiable computing services for AI gaming and intelligent interaction scenarios that require trustable execution.
MetaArena consists of an off-chain computing network composed of distributed nodes and an on-chain verification engine deployed across multiple chains. When a trusted execution task arises, MetaArena dispatches AI behavior requests to the off-chain nodes for execution, generating a zero-knowledge proof (ZKP) that is subsequently verified on-chain. This mechanism ensures that input data, reasoning processes, and execution results are authentic, trustworthy, and tamper-proof. MetaArena has been validated in the Web3 gaming field and enables AI Agent-driven blockchain games to run efficiently, securely, and auditable without relying on centralized servers.
In its recent upgrade, MetaArena introduced a new trusted execution stack. Through two core capabilities — zkTrace and zkAction — it verifies the consistency of prompt inputs (Proof of Prompt) and the trustworthiness of reasoning behaviors (Proof of Inference), ensuring the authenticity and confidentiality of AI Agents’ prompts and inference paths in a provable manner.
Notably, while many existing solutions attempt to provide trustworthy environments for AI Agents, MetaArena is among the few that achieve trusted execution purely through zero-knowledge cryptography without requiring specialized hardware.
zkTrace: Proof of Prompt Input Trustworthiness
In traditional AI Agent models, a core problem has remained unresolved: how to ensure the trustworthiness of prompts?
This includes, but is not limited to:
Was the prompt tampered with before or during execution?Did the model actually reason according to the intended prompt?Is there a risk of sensitive content in the prompt being leaked?
MetaArena provides verifiable and trusted execution capabilities for prompts at the computation layer through the zkTrace module, ensuring that prompts maintain correctness, consistency, and privacy throughout their lifecycle; there is no need to expose the original content externally. This is a key foundational component for building trustless AI Agents and decentralized application logic.
zkTrace is offered in a developer-friendly SDK form. Its underlying design relies on strong cryptographic mechanisms and ZK primitives, including Pedersen commitments, Poseidon, and zkSNARKs (Plonk), and works closely with the System Prompt initialization process.
During system initialization, the prompt is input into the off-chain computing network to generate a cryptographic commitment and construct a corresponding ZKP.
These ZKPs can be referenced by any user or third-party verifier, and by comparing them with the on-chain prompt commitment, the authenticity and untampered state of the prompt can be confirmed. If the prompt used in execution does not match the audited commitment, verification immediately fails, ensuring transparency and trusted execution without exposing plaintext.
In practice, AI Agent developers or AI prompt application developers can use zkTrace to create and define a System Prompt, ensuring the model executes tasks strictly according to established policies and constraints.
Once the System Prompt is initialized and loaded into the model, zkTrace automatically generates the commitment and proof files, submitting them to the on-chain verification engine. This process records the full lifecycle of the prompt from input to usage, ensuring proofs are traceable and tamper-proof.
For end-users interacting with AI Agents, they can always access the prompt commitments and proofs corresponding to the currently executing model and verify the authenticity of prompt usage:
Does it still match the developer’s intended settings?
Has it been replaced or injected with malicious content during execution?
zkTrace ensures that prompt trust no longer relies on centralized custody or a single service provider endorsement but is instead established through cryptographic proofs, creating a verifiable, auditable, and non-repudiable foundation of trust for system inputs.
zkTrace Interaction Example
zkTrace establishes a reliable interaction mechanism among AI Agents, off-chain computing networks, DApps, and smart contracts, ensuring the integrity and consistency of prompts and providing verifiable trust guarantees for AI model behaviors.
When AI Agent developers define and submit a System Prompt via zkTrace, the prompt is encrypted off-chain and a commitment is generated, while the agent is initialized and bound to the corresponding verification circuit, giving the prompt an immutable attribute throughout the system. The AI Agent also registers the necessary verification keys with the MetaArena off-chain computing network for subsequent verification calls.
When a DApp initiates a message or interaction request, the AI Agent reads the request and delegates execution tasks to off-chain computing nodes. During execution, the usage and logic of the prompt are verified via zero-knowledge proofs, and the behavior path is recorded to generate verifiable proof files. The proof results are then returned to the smart contract or DApp to confirm at the contract level that the action strictly originates from the committed prompt.
MetaArena’s on-chain verification engine is responsible for matching ZKPs with commitments to ensure consistency between input content and executed behavior. If a prompt is replaced or execution policies deviate, verification fails immediately, effectively curbing potential abnormal action chains. This mechanism ensures that the AI Agent’s execution aligns perfectly with the initial settings and provides a transparent, auditable, and trusted foundation.
By collaborating with smart contracts and other on-chain objects, MetaArena makes AI Agent execution publicly verifiable, providing high security and structured trust for various Web3 use cases.
From a capability perspective, zkTrace enables AI Agents to have:
Data Privacy: Prompt content can be verified without disclosure, avoiding sensitive information leaks.Trustworthiness & Transparency: Zero-knowledge proofs ensure model behaviors are not maliciously tampered with.Distributed Verification Capability: Any user or third-party can verify execution consistency, avoiding reliance on centralized entities.
Based on zkTrace’s trusted input advantages, capabilities can naturally extend to Proof of Inference (implemented via zkAction) to verify the trustworthiness of AI Agent reasoning paths and results, ensuring outputs are strictly derived from legitimate input reasoning.
Overall, zkTrace is especially suitable for critical mission scenarios, such as financial-sensitive, tightly constrained, or high-compliance decision-making tasks, providing a highly secure and transparent operational foundation for the next generation of trustless AI Agents.
AI Agent Game Engine Trusted Framework
MetaArena has been first to implement in the blockchain gaming field, launching the AI Game Engine component, which constrains and audits in-game agent operations through zero-knowledge proof mechanisms. Game agents can participate in on-chain battles via smart contracts, with behaviors verified through zkTrace / zkAction to ensure fairness, authenticity, and traceability.
Within this game engine system, developers can continue using native engines like Unity, Cocos Creator, and Unreal without changing existing workflows to migrate games to a trusted on-chain environment. Through SDK interfaces, developers can access MetaArena’s decentralized state layer, managing critical on-chain states including player inputs, state changes, and turn switching, and verify them in real-time via zero-knowledge proofs.
All generated content and task feedback can be processed by multiple AI Agents (e.g., content generation agents, battle agents, testing agents), enabling automated verification and dynamic game experience optimization.
All data generated during gameplay — including command inputs, state transitions, behavior logs, and content generation results — is transmitted to MetaArena’s off-chain computing network for processing and integrated into a verifiable proof structure via ZK Game SDK. Using ZK circuits (e.g., ZK Shuffle, Action Legitimacy Circuit), randomness, fairness, and rule consistency are ensured. The on-chain verification engine publicly confirms each behavior’s authenticity through zero-knowledge verification, ensuring the game execution process is tamper-proof and fully transparent.
At the computation and storage layer, MetaArena combines resource optimization components to provide high-performance support for multi-agent scenarios (AIGC, QA testing agents, data insight agents, etc.), ensuring execution efficiency and response stability under high-throughput interactions.
Ultimately, this infrastructure not only provides developers with efficient computing resources but also, through decentralized verification + intelligent behavior auditing, ensures that every game operation is verifiable, auditable, and accountable, establishing a fair and trusted on-chain AI gaming ecosystem and effectively preventing cheating, tampering, and opaque execution.
Superior Security
In building trusted AI Agents, TEE solutions are widely adopted for their hardware-isolated environments, providing some level of data privacy protection and verifiable execution. While TEE is a validated mainstream privacy solution used across domains, it has limitations for trusted AI Agent construction.
In fact, TEE solutions often rely on trusted environments and key management services provided by hardware vendors like Intel SGX and ARM TrustZone. This centralized trust mechanism makes system security highly dependent on specific vendors, introducing centralization risks. Intel SGX has previously been exposed with multiple vulnerabilities, directly threatening trust foundations. Additionally, although TEE provides isolated runtime environments, its data privacy protection remains limited. For instance, data may be intercepted during transmission to the TEE environment, and external attackers could access sensitive information via interaction interfaces. TEE design is also primarily for predefined computation tasks and lacks dynamic adaptability, whereas AI Agents typically handle varied tasks and complex contexts, which rigid architectures struggle to support.
In contrast, MetaArena’s zero-knowledge trusted execution solution is decentralized and does not rely on any centralized entity. Its security comes from a large-scale off-chain distributed computing network. This provides lightweight advantages and superior scalability and flexibility compared to TEE, enabling efficient adaptation to diverse AI Agent applications. MetaArena seamlessly supports LLMs like ChatGPT and trending models like DeepSeek. Notably, MetaArena’s solution is fully based on ZK cryptography, distinguishing it in the trusted AI Agent domain.
Overall, despite rapid AI technology iterations, full adoption of fully autonomous AI Agents still faces challenges in security, ethics, and practicality. Semi-autonomous AI Agents, balancing automation and human oversight, remain the mainstream. This means that before large-scale adoption, AI Agents require progress in trust and privacy, and MetaArena, with its fully ZK-based cryptographic solution, is accelerating this, laying a solid foundation for the next phase of AI Agent development. The new funding further establishes its position as a leading trusted AI engine infrastructure.
As one of the most important zero-knowledge trusted execution infrastructures in the AI era, MetaArena is “Making Agent Secure Again”!

In the wave of Web3 technology reshaping the digital world, the gaming industry is undergoing a paradigm shift from 'centralized entertainment' to 'decentralized ecology.' However, the constraints of technical thresholds, asset islands, and user experience continue to restrict the large-scale development of Web3 games. As a modular game development platform centered around zero-knowledge proof (ZKP), MetaArena systematically reconstructs the value logic of Web3 games, from underlying technology and economic models to ecological collaboration mechanisms, becoming a key force in driving the industry's breakthrough.
ZKP drives the balance of trust and efficiency

From December 21 to 22, 2024, MetaArena, in collaboration with the Sei Foundation, will jointly appear at Southeast Asia's largest ACG (Anime, Comics, Games) cultural event—Comic Fiesta. As the most influential anime and gaming event in Southeast Asia, Comic Fiesta has been held annually since 2002, attracting thousands of creators, cosplay enthusiasts, and fans. This year's exhibition is unprecedented in scale, covering over 20,000 square meters and attracting more than 70,000 participants, providing MetaArena with an excellent opportunity to showcase its Web3 gaming ecosystem and promote regional market expansion.
MetaArena Showcases Web3 Ecosystem and Gaming Innovation

On December 7, at 19:00 Eastern Time, the 'SEI Mixer | Magic Villa' joint event was co-hosted by Sei Network and Magic Eden, making it one of the main peripheral activities during the Miami Basel Art Fair.
As one of the world's top and oldest art fairs, the Basel Art Fair gathers top artists, collectors, curators, and brands from around the world each year. With the rapid development of Web3 and the crypto sector, the Basel Art Fair has gradually become an important bridge connecting traditional art and the crypto economy, creating new possibilities for the integration of top resources from both fields.

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Earlier this year, through the Telegram mini-program as a window, the TON ecosystem experienced explosive growth in active user numbers due to the 'Tap to earn' trend, showing more than 6 months of growth. According to TON Stat data, during the peak period on TON (early October this year), the number of monthly active addresses exceeded 100 million, but from mid-October, the number of active users in the TON ecosystem began to show a significant decline.
Although Tap to earn is an easily accessible way for users, the expectation of airdrops is the only bond that ties such applications to users. After the airdrops of leading applications in this sector, user retention and secondary conversion rates are extremely low. Public data shows that Catizen's retention rate is 14%, while Hamster is only 7%.

With the deep integration of blockchain technology, Web3 games have gradually become the forefront of the global game industry, opening up a new ecosystem that closely combines decentralization and virtual assets. However, most Web3 games are still in their infancy, and their experience is still far behind traditional AAA games. MetaArena not only sees the challenges in the potential of Web3 games, but also looks to the future, and is committed to building a vibrant, innovative and immersive game ecosystem for global developers and players, and elevating the game experience from "simple transactions" to "multi-dimensional interactions."

The rise of Web3 games has brought a new experience to players, prompting platforms to innovate in user incentive mechanisms. As a pioneer in the field of Web3 games, MetaArena uses a unique economic model to provide users with a multi-level experience from zero-investment incentives to token ecology. This article will analyze in detail how MetaArena attracts players into the ecosystem through a reward mechanism and explore the future diversified applications of its tokens.
Zero threshold incentives: attracting users to participate in the early stages
MetaArena adopts the zero-threshold incentive model of traditional AAA online games, that is, players can obtain certain benefits without initial investment, which is a highlight in its economic model. Unlike traditional Web3 games that often require players to recharge and purchase virtual currency, this model provides a lower entry threshold for Web3 game enthusiasts. MetaArena encourages players to actively participate and obtain platform tokens $TIMI by designing daily tasks, completing challenges, and recommending friends. This strategy is not only friendly to traditional game players, but also does not require learning Web3 knowledge in the initial stage of play. With the in-game income incentives and Web3 operation guidance, players can slowly master simple wallet operations, even NFT transactions, etc., to improve user retention rate and effectively promote interaction between users.

With the maturity of blockchain technology, Web3 games are gradually becoming an important direction for innovation in the gaming industry. However, the construction of the Web3 gaming ecosystem is full of challenges, as high concurrent demand and the complexity of on-chain asset verification make it difficult for many projects to achieve true decentralization. Particularly in the context of high-frequency on-chain processing and real-time game interactions, most Web3 game projects tend to remain at turn-based or card game styles in terms of experience and technical depth, unable to compete with traditional AAA games. To solve these dilemmas, MetaArena stands out with its innovative engine and technical solutions. MetaArena's decentralized computing support, cross-chain compatibility, and virtual asset management system not only promote the development of Web3 gaming experiences but also lay a solid technical foundation for decentralized games.

The blockchain gaming market is experiencing unprecedented growth, with the GameFi market expected to grow at an annual compound growth rate of 68% by 2030, potentially reaching a total market value of $301.5 billion. Behind this trend is the player asset ownership and economic incentives provided by blockchain technology.
In GameFi, players are no longer just consumers of content; they can own and trade their characters, items, and other assets within the game, even participating in the construction and profit of the game ecosystem.
MetaArena and its meticulously crafted (Final Glory) are pioneers of Web3 RPG games, dedicated to providing players with an immersive experience combined with actual value through an open ecosystem model and decentralized management of on-chain assets.

As blockchain technology matures, Web3 games have become a new direction for the game industry to explore, combining decentralized economy with the virtual world to form a new ecosystem. However, despite the exciting possibilities presented by Web3 games, the technical barriers behind them remain severe, especially in terms of the complexity of on-chain operations and high concurrent processing capabilities. Currently, many Web3 game projects are still stuck in a relatively simplified gameplay due to technical limitations, such as card games and turn-based games. This limitation makes it difficult for Web3 games to compete with traditional AAA games.

MetaArena is a comprehensive Web3 game development and publishing platform, integrating state-of-the-art technology architecture, including Unreal Engine 5.3, a decentralized virtual asset trading market, and distributed computing resource support. The platform not only provides developers with efficient development tools but also greatly simplifies the game development process through cross-chain functionality and AI modules.
MetaArena's main goal is to create an ecosystem that integrates building, publishing, and monetization for game developers, players, and content creators around the world. Through this platform, developers can easily create cross-chain games and manage virtual assets and NFTs within the game, while players can freely trade virtual items, achieving true asset self-management.

With the expansion of Final Glory to SEI Network, the SEI ecosystem also welcomes its first MMORPG game.
The new rising star in the chain game sector: Final Glory
Final Glory is an MMORPG built on the MateArena engine. As the industry's first AAA-level MMORPG full-chain game created with significant investment, it has drawn considerable attention upon its market debut.
As one of the few quality AAA games in the Web3 field, the excellent game graphics are one of the highlights.

The game graphics of Final Glory are developed using MetaArena's efficient 3D rendering engine, which is similar to Unreal Engine and Unity, boasting powerful graphics processing capabilities. Final Glory not only achieves movie-level top-tier visual effects through this engine but also ensures smooth game operation and low latency.