Pi Network Reshapes Web3 Gaming: Creating the Vision of a "Decentralization Steam"

On November 13, 2025, Pi Network officially announced its strategic plan to build a “Web3 version of Steam,” aiming to integrate game development, blockchain payments, and real-time analytics into the same ecosystem. The project was founded in 2019 by Stanford University PhD Nicolas Kokkalis and Chengdiao Fan, accumulating over 50 million users across more than 150 countries or regions through a mobile mining model. It is expected to enter the open mainnet phase in 2026, at which point Pi Coin will fully connect with exchanges and Web3 application scenarios.

The Evolution Path from Mobile Mining to Gaming Ecosystem

The unique starting point of Pi Network lies in its mobile-friendly mining mechanism, allowing users to earn Pi Coin through daily clicks without consuming battery or computing power. This low-threshold participation model has built a large user base within five years, with official disclosures indicating that by the end of 2025, the number of active “Pioneers” globally will exceed 50 million, forming a community network covering North America, Europe, and Southeast Asia. This distributed user structure has become a natural testing ground for its gaming ecosystem.

Unlike traditional gaming platforms, Pi Network emphasizes a dual-track model of “play-to-earn” and “build-to-earn”. Developers can quickly deploy blockchain games via the Pi SDK, directly calling the Pi Coin payment channel while obtaining real-time player behavior analysis. Currently, several experimental games are running in a closed environment, including the strategy game “Pi Empire” and the simulation business game “Pi World”, with an average of 300,000 transactions per day. The project team has stated that after the mainnet launch, a hundred-game matrix will be released within three months.

Web3 Steam Vision: Four-Dimensional Infrastructure Architecture

Pi Network's ambition to compete with traditional gaming platforms like Steam (with 120 million monthly active users) is reflected in four core architectural layers. On the payment side, Pi Coin achieves cross-border transfer costs below $0.01, with confirmation times controlled within 3 seconds, offering a significant user experience advantage over public chains like Ethereum. The data analysis layer provides a dashboard similar to Google Analytics, allowing developers to track over 50 metrics in real time, including player retention and payment conversion.

The security framework adopts blockchain authentication and end-to-end encryption as a double guarantee, with all transaction records stored on a distributed ledger and supporting user data self-authorization. In terms of scalability, its mobile-first architecture theoretically supports tens of millions of concurrent users and has passed stress tests in Indonesia and Nigeria. Tran Minh, the head of the Pi Network Vietnam community, stated: “We are establishing incubators everywhere to provide local developers with full-process support from concept to launch.”

Pi Network ecological core data

• Global users: 50 million+ (covering 150 countries)
• Mainnet launch: 2026 (expected)
• Game transaction cost: <0.01 USD
• Confirmation Speed: 3 seconds
• Test Games: 20+ (Daily Average Transactions 300,000)
• Total token supply: 10 billion (fully circulated by 2026)

Economic Model Design: Dual-Layer Mechanism and Value Capture

Pi Network adopts a dual-layer structure with the mainnet token Pi Coin and the fuel token Pi Gas. Pi Coin serves as a carrier of ecological value, used for in-game purchases, developer incentives, and community governance; Pi Gas is specifically for network transaction fees, controlling inflation through a burning mechanism. According to its white paper v2.3, 70% of the tokens are distributed through Mining, while 30% are reserved for the ecological fund, making this distribution model more decentralized compared to game projects like Axie Infinity.

In terms of value support, Pi Network emphasizes the concept of “practical value creating intrinsic value.” In-game items, digital assets, and membership services all require settlement using Pi Coin, forming a closed-loop economic system. Preliminary calculations show that the ecological transaction volume in the first year after the launch of the Mainnet may exceed 2 billion US dollars. With a 2% fee rate, the annual network income could reach 40 million US dollars. Economist Zhang Hongbin pointed out: “The key to this model is to prevent inflation, which requires a delicate balance of token release and consumption.”

Competitive Landscape: Opportunities and Challenges in the Web3 Gaming Sector

Facing mature competitors such as Immutable X, Gala Games, and Axie Infinity, Pi Network's differentiated advantage lies in its user base and mobile experience. Currently, Web3 games generally face the pain points of high user thresholds and significant transaction costs, while Pi's 50 million pre-registered users and near-zero transaction environment have the potential to break through. However, its technical implementation still needs to be tested, especially the three-year delay in the Mainnet launch has raised concerns in the community.

Regulatory compliance is another challenge. The EU's MiCA regulation requires that in-game tokens may be classified as utility tokens or securities, and the US SEC also takes a cautious approach to the Play-to-Earn model. Pi Network's legal advisor David Cohen revealed: “We are in communication with regulatory authorities in multiple jurisdictions and plan to adopt a regionally tiered compliance strategy to ensure the legality of our global operations.”

Can grassroots communities disrupt the gaming industry landscape?

The “Web3 Steam” dream of Pi Network represents another charge of blockchain technology into mainstream internet application scenarios. When 50 million mobile users encounter the blockchain economic model, it may give rise to unprecedented network effects or may stall due to technical or regulatory bottlenecks. At this historical juncture where the gaming industry is evolving from centralized operations to community autonomy, the experimental significance of Pi Network far exceeds the success or failure of a single project—it tests whether the decentralized concept can fulfill its promises in scenarios with tens of millions of users, and it examines whether grassroots communities can truly shake the dominance of tech giants.