Depinfer Completes First Phase of Decentralized GPU Network with Token Launch on Solana

The Depinfer decentralized GPU compute-sharing platform has completed its first phase of deployment and launched its DEPIN token on the Solana blockchain via Raydium. The project, incubated by Tianrong Internet Products and Services Inc., enables participants to contribute idle GPU resources to a distributed global network that facilitates AI inference and compute workloads while rewarding contributors with DEPIN tokens.

Phase I focused on building scalable peer-to-peer GPU infrastructure and integrating with Solana’s high-speed ecosystem to ensure efficient transaction settlement and token distribution. The DEPIN token launched on February 17, 2026, generating significant early trading activity during its initial 22 hours. According to publicly available DEX data, the token recorded 2,229 total transactions with approximately $192,000 in total trading volume, including $95,000 in buy volume across 1,233 buy transactions from 539 unique buyers and $96,000 in sell volume across 996 sell transactions from 517 sellers.

The trading data shows 562 unique market participants engaged with the token, which had liquidity of approximately $5,600 and a fully diluted valuation of approximately $4,300 at launch. Initial pooled reserves included 647,541,061 DEPIN tokens and 33.74 SOL. The smart contract was independently reviewed with no material issues reported at launch. The DEPIN/SOL trading pair can be viewed on DEX Screener.

Management believes the successful token graduation and initial trading performance demonstrate early market validation for decentralized physical infrastructure network models, particularly in the GPU compute segment where demand for AI inference capacity continues to expand. Following Phase I completion, Depinfer intends to advance to Phase II development, which will focus on expanding decentralized GPU node participation, implementing dynamic resource allocation for AI workloads, strengthening data privacy and security protocols, and establishing strategic relationships with AI developers and compute-intensive enterprises.

By leveraging underutilized GPU capacity worldwide, Depinfer seeks to offer cost-efficient alternatives to centralized cloud compute providers while improving access to AI infrastructure for startups, researchers, and enterprise users. The project represents a growing trend in decentralized infrastructure solutions that aim to democratize access to computing resources through blockchain technology and token incentives. TIPS will continue to support Depinfer through advisory, technical, and strategic resources as the project scales its decentralized network.

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