The application and adaptation of blockchain technology has significantly increased across countless industries and sectors over the past decade. This includes the gaming industry, in which decentralized cloud services are proving to be a more streamlined, faster, and ultimately cheaper alternative to centralized solutions. With the increasing popularity of metaverse and GameFi projects, a decentralized cloud rendering platform would be a game changer as demand has never been higher for high-level graphic games.
Meta 1 Network (M1 network/M1) has been particularly active in this space, building its own decentralized, real-time, cloud rendering network. Since its incorporation in Singapore, M1 has built an impressive portfolio of investors and is poised to take the industry by storm. Using M1’s decentralized, real-time rendering network, users can instantly experience high-level graphic GameFi titles and metaverses on any device. Ultimately, M1’s goal is to become the visualization infrastructure that will render the infinitely interconnected future of the metaverse.
Paving the Way for Metaverse Development
Up until recently, metaverse concept projects have been complicated by the choice of blockchain made during early development. Looking ahead, however, it is expected that every chain will eventually be able to interconnect its metaverse ecosystem. M1 commits to assisting every chain in achieving this in the most efficient and time-effective manner. M1 helps users navigate the metaverse by offering access via edge cloud rendering containers. Gamers can effortlessly switch services across different metaverses on M1’s platform, allowing a complete metaverse experience in high-definition.
Decentralized Cloud Gaming > Centralized Alternatives
Decentralized cloud gaming posts a wide range of advantages over their centralized alternatives. A decentralized cloud system runs on blockchain technology, ensuring the security of the network is far stronger than centralized alternatives. Beyond security, speed is another key advantage of decentralized cloud gaming. Cloud gaming ultimately aims to provide the end users with frictionless and direct playability of AAA-level games across various platforms.
Using centralized gaming models, game-related data is stored on servers that are fully controlled by game developers or administrators. Account information and data being held on centralized servers means that the players themselves never actually own their data, with a high risk of it being stolen or lost forever. Additionally, there are several pain points in centralized gaming systems. Ranging from game design, operation, and rendering - all issues that decentralized cloud gaming has largely worked to overcome.
The M1 Network runs autonomously and requires no server maintenance costs or backups meaning that the ecosystem cost per user is much lower. Through the global distribution of edge nodes and a rapidly growing number of decentralized participants, M1N’s network provides the fastest, ultra-low latency access to high-level gaming content. With M1’s development limiting friction as a result of chain ecology, game developers can quickly enter the process of metaverse game development and combine their economic models with services to provide players with the best experience.
Meta 1 Network Providing New Opportunities for Players Globally
The concept of decentralized cloud gaming is appealing as it is not limited to any region or circumstance, meaning players across the world will be able to access games of a triple-A standard without the cost of expensive hardware or devices. Hardware constraints are no longer an issue, players will have access to any device, as long as it has a screen and a data connection. This opens a wide range of exciting possibilities to a user base that could potentially increase significantly, given the billions of potential users yet to enter the market. Looking ahead, M1 will look to build on its impressive resume, forging ahead as the first decentralized, real-time cloud rendering platform for every piece of metaverse content.
