@playonshaga
Dec 18, 2024
Contents
Contents
Only Playable On Shaga (OPOS) (We told you we have Solana’s DNA)
Shaga's open, self-organizing decentralized network allows anyone to contribute to the gaming ecosystem, further maximizing resource utilization.
By leveraging the existing PCs of gamers as Nodes for the Shaga Network, we significantly diminish infrastructure costs and virtually eliminate material acquisition expenses. This approach capitalizes on the widespread usage of gaming PCs, whether actively utilized or lying dormant, thereby maximizing resource utilization. Additionally, inactive gaming PCs not only contribute to the Shaga Network but they can also generate revenue by serving as accessible Nodes for other users. This incentivization allows Shaga to have and maintain high-performance gaming PCs for better and more reliable hardware that can contribute more to the network's performance.
It really, really works.
SHAGA VS GOOGLE STADIA
Shaga has been able to test connections as far as from Europe to the Asian subcontinent with P2P latencies comparable to gameplay scenarios.
In the US zone, tests were conducted from intra-city to inter-city levels of distance (with Nodes and clients 100 to ~300 miles apart), providing completely lag-free gaming experience to closed beta testers.
This shows the massive potential for localized computation markets, where computational resources are traded locally or within the Shaga Network rather than relying solely on centralized cloud services. Such data holds the promise for more efficient allocation and utilization of resources, as instead of relying solely on centralized cloud services (where resources may be underutilized or over-provisioned), localized computation markets enable a more dynamic and decentralized approach to resource allocation. By enabling individuals and organizations to use and sell computational resources as needed, these markets can match supply with demand more effectively. This means that unused or underutilized computing resources can be monetized, while those in need of additional resources can access them on-demand. This results in better resource utilization overall, reducing waste and potentially lowering costs for both providers and consumers.
In terms of AI development, by leveraging distributed computing and Edge networks, Shaga can capitalize on the collective computational power of numerous Nodes to efficiently process large volumes of data with minimal latency. This optimization strategy involves breaking down complex computational tasks into smaller components, which are then processed concurrently across multiple Nodes. As a result, the overall time required to complete tasks is reduced, enhancing efficiency and improving resource utilization like costs.
There is a significant amount of research on reducing latency in cloud gaming. But, most studies focus either on performance improvement or cost reduction– Shaga is different because it addresses both.
FriendGrid: Empowering Local Gaming Communities Through P2P Networks
While similar to Steam Remote Play Together in its aim to unify players, the Shaga FriendGrid emphasizes local community engagement and leverages decentralized technology to enhance the gaming experience.
Designed to enrich local gaming interactions, FriendGrid integrates P2P networking to support gamers within close geographical proximities. This setup not only reduces latency significantly but also cultivates a communal gaming atmosphere where players can connect more naturally and frequently with nearby peers.
The technology infrastructure is a P2P network that handles crucial operations such as session management, game state synchronization, and digital rights management (DRM). This decentralized framework ensures secure, scalable, and resilient connectivity without the need for central oversight, making gaming more accessible and reliable.This ensures that the primary goal of FriendGrid is achieved by nurturing local gaming communities by providing seamless interaction and shared gaming experiences.
GLOB, or Gaming Locally On Blockchain, underpins FriendGrid with a philosophy that values local engagement within a global network. Local nodes or clusters manage community-specific interactions, ensuring that local preferences and activities are prioritized while maintaining connectivity to the global Shaga network.
Key Features of Shaga FriendGrid
- Local Matchmaking: Advanced algorithms match players based on geographic proximity, optimizing connection speeds and gameplay quality.
- Community-Driven Hosting: Gamers can host sessions on their hardware, enhancing the network while retaining control over the gaming environment.
- Local Events and Tournaments: Tools to facilitate community-specific competitions and events, fostering local gaming culture and engagement.
- Integrated Communication: Comprehensive communication tools enable easy coordination and social interaction within the community.
- Monetization Opportunities for Hosts: Participants can earn by hosting games or events, supporting economic activity within the local community.
The integration of blockchain technology is strategically limited to functions where enhanced security and transparency are crucial, such as in facilitating challenges and prize distributions among players. This selective use ensures that blockchain's benefits are harnessed without overwhelming the user experience with technical complexities. So, by enabling gamers to host and monetize local events, FriendGrid stimulates local economic growth, aligning with broader community interests and supporting ancillary businesses.
Shaga aims to further enrich FriendGrid by introducing AI-enhanced matchmaking, deeper cultural integration, and community governance features, fostering a more dynamic and responsive local gaming ecosystem.
Shaga FriendGrid is redefining how gamers interact locally, offering a decentralized platform that not only supports digital connectivity but also bolsters real-world community ties. With its focus on P2P technology and minimal reliance on blockchain, FriendGrid promises a new era of gaming where local communities can thrive independently yet remain interconnected on a global scale.
Bigger Future
What Shaga is trying to achieve in the gargantuan gaming world is no small feat. But Shaga dares for more. Guido believes in a bigger future for resource optimization in gaming that also achieves the zero-latency dream that feels straight out of a Sci-Fi saga. The solution? Laser Information Highways (LIH).
One day, Shaga aims to utilize Laser Information Highways to improve the infrastructure supporting their pre-existing P2P game streaming. These highways, leveraging laser technology for high-speed data transmission, offer fiber-optic-like bandwidths without the need for traditional underground cabling. This is particularly significant because these submarine cables are the infrastructure that connects the world. The UK has ~60 cables that connect to the Internet,12 but countries like Cuba only have 1.13 These are at risk of being damaged at any time. But through laser technology, Shaga aims to reduce reliance on vulnerable physical infrastructure like submarine cables susceptible to geopolitics14 to mitigate the risk of disruptions to internet access and our ability to stay connected globally, and online. This innovation not only enhances resource optimization in gaming but also contributes to global connectivity by extending quality gameplay experiences to regions previously underserved by conventional internet infrastructure.
These will be needed to expand the radius of game-streaming (perfect for high-speed regional connectivity amongst gamers) and reduce the hassle to dig and lay cables underground. This innovation expands the reach of gaming experiences, extending quality gameplay to regions previously underserved by conventional internet infrastructure.
12 Published, The Week Staff. 2022. “Why the Undersea Cables That Connect the World Are a Subject of Concern.” Theweek. February 18, 2022.
https://theweek.com/news/technology/955812/undersea-cables-connect-world-subject-concern
13 “Cuba and the Geopolitics of Submarine Cables.” 2023. Kentik Blog. January 13, 2023.
https://www.kentik.com/blog/cuba-and-the-geopolitics-of-submarine-cables/
14 Sherman, Justin. 2021. “Cyber Defense across the Ocean Floor: The Geopolitics of Submarine Cable Security.” Atlantic Council. September 13, 2021.
