pax.world is a Web3 open metaverse platform that provides advanced audio, video and chat features, along with realistic avatars with advanced technical specifications.
The project offers rich, interactive experiences that facilitate education, socialization, commerce, entertainment and more.
pax.world achieves its aim using a performance-optimized virtual world that provides the users with the ability to build and purchase 3D assets such as real estate, prefab properties, event tickets, outfits for their avatars, and so much more.
Frank Fitzgerald is a thought leader in the Metaverse, with a profound technical background and extensive leadership in innovation. After graduating from Boston’s Northeastern University, Frank was COO of a $12 billion FinTech firm, before striking out into the metaverse in 2017 on the road to the passion project that would become pax.world. Years of innovation and development later, pax.world is ready to lead the sector as the mature, accessible metaverse of the future.
pax.world stands out for its accessibilty, user-friendliness, the power of a Zoom call with the added advantage of being able to move around the world, meet new people, and live new engaging experiences.
pax.world was recognized as the best Metaverse project of 2022 at the AIBC Summit in Dubai, beating established projects including Decentraland and The Sandbox.
$PAXW is the native crypto token of pax.world that operates on Polygon (MATIC), a carbon neutral blockchain, and aids users’ experience in numerous ways.
$PAXW fuels the digital economy and facilitates revenue generation and value transfer on both macro and micro levels in pax.world. Leveraging blockchain technology, our token opens up unmatched opportunities for every holder.
The PAXW token is used for:
Staking - PAXW tokens allows users to access exclusive rewards and benefits within the Metaverse ecosystem.
Rewards - Users can achieve in-world goals helping to grow and enrich their communities and are rewarded with PAXW tokens for their efforts.
Governance votes to determine how network resources are allocated.