Gaming & Metaverse
Scalable, Decentralized Game Infrastructure
CASE STUDY
Problem:
Web3 gaming and metaverse platforms face massive infrastructure demands — high compute for rendering, secure storage for in-game assets, and low-latency networking for multiplayer. Relying on AWS or similar clouds is expensive and exposes them to downtime or censorship risk.
Pinera Solution:
Compute Layer: Run game servers, AI NPC logic, and rendering nodes across decentralized compute clusters.
Storage Layer: Store NFTs, skins, user inventories, and metaverse assets on encrypted, redundant storage.
Networking Layer: Enable fast, secure P2P communication between global players with encrypted bandwidth.
Privacy & Ownership: Players’ data is encrypted, assets are immutable, and developers can’t be cut off by centralized providers.
Outcome:
Scalable multiplayer games without relying on centralized servers.
Metaverse worlds that are censorship-resistant and unstoppable.
New revenue models for developers through Pinera’s tokenized cloud economy.
More Case studies
Common Questions
Answered
Pinera is built to answer some of the most important questions about the future of cloud infrastructure. As a privacy-first DePIN platform, it merges storage, compute, and networking into one unified stack creating a decentralized alternative to AWS, GCP, and other centralized hyperscalers.
