Our Products

PINGPONG's three flagship products strategically target the supply and demand of DePIN, building a healthy flywheel to drive industry development

Demand Side Products:

PINGPONG’s pivotal product — Multi-Mining App— is designed to lower the barrier to entry for decentralized network participation and maximize users’ decentralized networks mining yields. It provides an easy gateway for anyone with a PC to participate in mining. With just 1 click, users can connect their personal devices to multiple(10+) decentralized networks and mine on them at the same time, optimizing their mining activities with advanced algorithms for higher efficiency and rewards.

This approach ensures that users can easily and effectively engage in DePIN mining, maximizing their yields without the need for high-end hardware or extensive technical knowledge.

We want to encapsulate the essence of DeFi within DePIN to complete the DePIN ecosystem and facilitate its scaling. We built the PINGPONG Compute Resource Exchange. It enables users to make the most out of aggregated DePIN mining yields and trade various DePIN derivatives.

The Compute Resource Exchange offers a variety of compute-resource-based, yield-bearing derivatives. These financial instruments include but are not limited to:

  • Multi-Mining Yields is a type of “forward contract” that entitles the owner to receive multi-mining yields at a target date. Multi-Mining Yields v1 has a 30-day settlement period, meaning that the owner of each Multi-Mining Yields is entitled to receive 30 days' worth of multi-mining rewards/yields.

  • DePIN Aggregated Mining Yield Futures: These are contracts where users can agree to buy or sell future DePIN mining yields at a predetermined price, to be delivered at a specified future date. Buyers can lock in a fixed return on future yields, protecting themselves from price fluctuations. Sellers, usually the owners of compute resources, can secure a guaranteed price for their future output, ensuring predictable income.

  • Aggregated DePIN Mining Yield Tokens: Leveraging the volatility of DePIN mining yields, the aggregated DePIN mining yield tokens provide miners with a range of yield management options and generate tradable DePINFi derivatives with different levels of volatility. They allows miners to convert mining profits into instant liquidity, while also allowing yield token buyers to access fluctuating interest rates in a more capital-efficient manner, as they do not need to pay for the underlying compute resources.

  • Points Trading: Points mined from DePIN projects represent mining contributions and can be traded on the DePINFi Money Market. By selling their points, miners can monetize their mining efforts before the official tokens are released, providing immediate value and liquidity. Points buyers benefit by acquiring these points early, potentially at a lower cost, and positioning themselves advantageously for when the projects issue tokens.

  • Aggregated Staking: Users can stake their DePIN tokens into aggregated staking pools and earn aggregated staking yields. Staked tokens are represented by liquid staking tokens (LSTs) that users can trade or use within the DePINFi ecosystem. The value of LSTs increases over time as staking yields accumulate.

Supply Side Products:

DePIN All-In-One SDK

The SDK stands as a testament to our commitment to improving service quality within the DePIN ecosystem, boosting it from the demand side. By addressing the fundamental challenges of fragmented development processes and unreliable network services, the SDK offers:

  • Unified Development Experience simplifies the integration of diverse DePIN services into a streamlined development workflow.

  • Network Health Monitoring ensures high reliability and uptime by dynamically adjusting to network performance.

  • Geolocation-Based Response Time Optimization minimizes latency by intelligently routing requests based on the physical distribution of network nodes.

  • Machine Availability Monitoring guarantees access to necessary compute resources, especially for tasks requiring significant processing power.

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