Proof of SQUAD (PoSQ)

Proof of SQUAD (PoSQ) is GOMBLE's groundbreaking solution to revolutionize how we measure, validate, and reward social interactions in gaming. This innovative concept addresses fundamental challenges in the gaming industry by focusing on the collaborative nature of play.

What is PoSQ?

At its core, PoSQ is an on-chain system that records and validates in-game SQUAD activities, providing a verifiable framework for assessing collaborative gaming experiences. This approach transcends traditional assessment methodologies that primarily focus on individual gamer metrics.

  • SQUADs: Organic, close-knit groups of gamers who play together. Unlike larger "communities" or "guilds" found in typical Web2 or Web3 contexts, SQUADs represent the atomic units of social interaction in our approach to gaming.

  • On-chain Validation: A system that records SQUAD activities, going beyond conventional metrics like average playtime, in-game purchases, or individual achievement scores. In the Web3 context, it offers a more comprehensive view than assessing individual wallet addresses based on Assets Under Management (AUM) or specific smart contract interactions.

Why SQUADs Matter

SQUADs are at the heart of GOMBLE's vision for the future of gaming. By centering our ecosystem around SQUADs, we're not just changing how games are played – we are transforming how they're built, experienced, and valued.

  • Reflecting Gaming's Social Nature: By focusing on SQUADs, we create a more equitable and transparent value distribution that truly captures the collaborative essence of gaming. This approach acknowledges that many of gaming's most memorable moments come from playing together.

  • Fostering Engagement: Recognizing and rewarding social interactions paves the way for more engaging and collaborative gaming experiences. When gamers know their teamwork is valued, they're more likely to invest time and effort into building relationships within games.

  • Community Building: As we encourage and reward gameplay within SQUADs, we aim to foster stronger, more closely-knit gaming communities. These communities have the potential to contribute not just to gameplay, but to the very development of games themselves, opening up exciting possibilities for the future of gaming.

  • Redefining Gamer Value: SQUADs allow us to move beyond individual-centric metrics and create a more holistic understanding of a gamer's contributions and value within the gaming ecosystem.

The PoSQ Ecosystem: Core Components

These components work together to create a gaming environment that truly values social interactions, rewards collaboration, and provides a more engaging and meaningful experience for all gamers.

  • SQUAD-level Features: SQUAD members can not only engage in dedicated chat channels, but also send push notifications and help requests while playing their favorite games (proven mechanisms from Web2).

  • On-chain Social Metrics: Core SQUAD activities are recorded on-chain, allowing for transparent and verifiable data on social interactions and collaborative achievements. This breaks down the silos that traditionally kept this valuable information locked within individual games or platforms.

  • Gamer Data Ownership: As data is made available on-chain, gamers gain more control over their social gaming data. This enables community-based monetization opportunities and cross-game reputation building, giving gamers more agency in how their gaming history is used and valued.

  • Value Attribution for Social Engagement: Our ecosystem recognizes and rewards SQUAD-based achievements, fostering socially rewarding gaming experiences. Gamers can win together in ways they couldn't alone, creating a more collaborative and engaging gaming environment.

  • Ecosystem-wide Recognition: PoSQ enables a comprehensive understanding of a gamer's value based on social engagement and team accomplishments across multiple games and platforms. As we evolve into a multi-chain gaming ecosystem, gamer engagements in one chain can also be recognized in different chains, moving beyond EVM compatibility.

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