Trendx
Owlbot
Owlverse
Xstaking
Language
The Data Infrastructure for AI&DEPIN
Image
The Data
Infrastructure
for AI&DEPIN
Image
Owlverse-Compute SaaS
Compute SaaS for all applications
Explore Owlverse
Image
TrendX-Trading Terminal
Tracking On-chain Smart Money addresses and Off-chain KOL movements powered by AI
Explore TrendX
Image
Owlbot-DePIN
Compute Network
Leading Distributed compute infrastructure based on DePIN
Explore Owlbot
Image
Web3 Bigdata
A unified data infrastructure that aggregates, processes, and delivers actionable Web3 insights for enterprise growth.
Image
Compute is the Engine
Applications are the Future
Compute is the Engine
Applications are the Future
Owlverse-Compute SaaS
Compute SaaS for all applications
Explore Owlverse
TrendX-Trading Terminal
Tracking On-chain Smart Money addresses and Off-chain KOL movements powered by AI
Explore TrendX
Owlbot-DePIN
Compute Network
Leading Distributed compute infrastructure based on DePIN
Explore Owlbot
Web3 Bigdata
A unified data infrastructure that aggregates, processes, and delivers actionable Web3 insights for enterprise growth.
ImageCPU /GPU / ASICCPU /GPU / ASICImage
ImageOnline BotsOnline BotsImage
ImageComputing PowerComputing Power
Image
Al Computing
(Inference)
Al Computing
(Inference)
Image
General Computing
(Render)
General Computing
(Render)
Image
Block
/
Task
/
Token
Block
/
Task
/
Token
ImageImage
Computing Power Concept Diagram
Influencers Indexed
50,000+
Tokens Settled
12.7M+
Distributed Compute Units
10M+
Daily Compute Tasks
8.7M+
Image
Image
Computing power
distribution map
100,000+ miners
distributed across 7 regions worldwide
Computing power distribution map
100,000+ miners,distributed across 7 regions worldwide
Image
ImageImageImageImageImageImageImageImageImageImageImageImageImageImageImageImageImageImageImageImageImageImageImageImage
ImageImageImageImageImageImageImageImageImageImageImageImageImageImageImageImageImageImageImageImageImageImageImageImage
ImageImageImageImageImageImageImageImageImageImageImageImageImageImageImageImageImageImageImageImageImageImageImageImage

Why is computational power so critical in the future digital economy?

Computational power is becoming a new core productive force, following land and electricity. As AI, blockchain, IoT, and DePIN continue to expand globally, the world is moving toward an era of “intelligence everywhere,” and intelligence fundamentally depends on computational support. Those who possess more efficient, scalable, and distributed computing networks will gain a decisive advantage in the future digital economy. Computational power is no longer just a technical resource—it has become a macro-level strategic infrastructure of national importance.

What advantages do distributed computing networks have over traditional centralized computing networks?

Distributed computing networks coordinate global nodes to deliver greater resilience, lower costs, and stronger censorship resistance for the digital economy. At a macro level, they prevent the monopolization of computational power, promote fairer resource distribution, and enable everyday users to participate in building core infrastructure. Essentially, they use Web3 principles to reshape the next-generation digital “power grid,” creating an open, transparent, and sustainable computing economy.

How will computational power reshape the integration of Web3 and AI?

AI’s demand for computational power is growing exponentially, while Web3’s decentralized nature provides a new way to mobilize computing resources. In the future, a converged model of “AI × DePIN × Tokenomics” will emerge: the computational power required by AI is contributed by users around the world, incentives are distributed through token-based mechanisms, and applications are executed transparently on-chain. Computational power will not only support AI, but also become a core driving force for accelerating AI adoption, reducing the cost of intelligence, and expanding the boundaries of intelligent systems.

Why is computational power considered one of the most promising digital assets of the next decade?

Demand for computational power is highly deterministic: the more AI advances, the greater the need for compute. Similar to energy or bandwidth, computational power features sustained growth, strong underlying demand, and quantifiable returns. In addition, compute assets are tradable, collateralizable, and composable, making them one of the foundational assets of future digital finance. As global AI accelerates, computational power will become a strategic resource—much like gold or oil.

What are the visions of TrendX, Owlverse, Owlbot, and Owlie, and how are they related?

TrendX, Owlverse, Owlbot, and Owlie work together to jointly build a global application ecosystem powered by decentralized intelligent computing, transforming computational power into a new form of productive force that everyone can participate in, own, and benefit from. Each of them operates independently, yet in real-world applications they interact and reinforce one another, achieving an integrated ecosystem effect where “1 + 1 + 1 + 1 > 4.”
Telegram:https://t.me/TrendX_EN
Official email [email protected]
© 2025 TrendX. All rights reserved.