Seamless Gaming With Aethir's GPU Cloud
April 10, 2024

Seamless Gaming With Aethir's GPU Cloud


The global gaming market is a multi-billion dollar behemoth with a rapid expansion rate. Its projected value in 2024 is over $280 billion. A growing chunk of the gaming industry is cloud gaming, which allows players to stream games remotely instead of using their own hardware. A rising force within this sector of the industry is decentralized cloud gaming, a lightning-fast, Web 3.0 iteration of cloud computing. 

Aethir is on a path to innovate cloud gaming by empowering Web 3.0 gaming platforms through its decentralized cloud infrastructure. Instead of relying on traditional, centralized cloud servers, Aethir uses distributed GPU computing. This innovative approach makes Aethir a Web 3.0 GPU-as-a-service platform that can go above and beyond centralized cloud computing. 

The cloud gaming industry's primary power source is GPUs. With the rising popularity of cloud gaming, the influx of new players is constantly growing. However, centralized big data service providers can struggle to accommodate the inflow of millions of new players. 

It's tough for traditional clouds to manage the rapid upscaling of the cloud gaming sector because each cloud user gets a dedicated GPU. As millions of players shift from traditional to cloud gaming, providing everyone with a dedicated GPU is challenging.

Aethir's decentralized cloud infrastructure solves these challenges by utilizing blockchain in gaming to pool processing power from multiple GPUs. By doing so, Aethir's technology can solve key cloud gaming issues such as scalability, high latency, and expensive service costs.

Let's have a detailed look into decentralized cloud gaming to find out how Aethir can provide a seamless gaming experience to cloud gaming companies.

Decentralized Cloud Gaming

The whole gaming paradigm started shifting when cloud gaming started becoming popular in the 2010s. Major cloud gaming services pioneered the concept of game streaming instead of burdening the player's device. Players gained the ability to pay cloud service streaming fees and enjoy games on their devices remotely.

The hardware part of cloud gaming is entirely on the service provider's end. Users just need a sufficient internet connection, while the cloud service does the GPU processing. 

Today, the cloud gaming sector is on an exponential growth trajectory, with estimates of a 500 million player-strong cloud gaming sector in 2029. 

Cloud gaming needs to evolve and scale up successfully to reach this staggering target. The influx of new cloud gamers demands a decentralized cloud gaming approach that can technologically support the industry's growth. Only GPU-as-a-service platforms with a distributed GPU computing architecture can efficiently deliver power to the growing user base.

Some of the gaming industry's most innovative sectors, such as metaverse projects and extended reality (XR) games, are especially demanding. These Web 3.0 native gaming sectors depend on a high volume of GPU power to provide users with lag-free experiences. 

Nothing is more irritating than enjoying a futuristic augmented reality metaverse event with your friends and incurring sudden lag. However, this is a realistic inconvenience with centralized cloud providers.

On the other hand, distributed GPU cloud networks can provide a seamless gaming experience even in the most demanding environments.

Benefits of Distributed GPU Networks in Gaming

High latency is one of the most prominent issues in online gaming. In the early era of multiplayer online gaming, lagging was the most hated occurrence in every gaming session. Playing legendary online multiplayer games like Counter-Strike and World of Warcraft in the 2000s was often plagued with high latency. 

The situation changed with the shift from classic multiplayer online gaming to cloud gaming and the mass usage of high-bandwidth internet. Cloud gaming giants enabled the onboarding of millions of users onto the cloud and reduced latency. However, the Web 3.0 era brought the possibility of decentralization to a much wider audience. Now, hundreds of millions of new gamers have the opportunity to access cloud gaming.

Unfortunately, centralized cloud computing networks rely on a small number of big tech data centers to house all of their servers. These servers are generally located in large urban hubs, such as regional capitals. This means that the GPU processing power needs to travel many times more to users in remote areas compared to those close to the data centers.

As a result, users in remote areas have considerably higher latency than users near the cloud provider's server hubs. The future of cloud gaming will leverage distributed GPU network infrastructure to eliminate latency issues. Distributed GPU cloud computing moves physical infrastructure from the network's center toward the edge. 

By distributing GPU cloud resources to multiple locations on the network's edge, DePIN GPU-as-a-service platforms can stream power faster. With edge computing, the physical location of users isn't a factor contributing to lagging. Decentralized GPU clouds pool power from multiple sources and ensure the closest GPU streams power to end-users.

Speed is critical for the future of cloud gaming. That's why distributed GPU networks like Aethir have a competitive edge over traditional clouds.

Aethir Gaming Infrastructure: The Power of Distributed GPU Computing

Aethir's decentralized cloud infrastructure network is purposely designed to provide enterprise-grade GPU resources to AI and gaming companies. Aethir isn't a cloud gaming service by itself. Instead, Aethir's solution is to provide cloud gaming companies and studios with the top-grade lag-free power their users need. 

Instead of struggling with centralized cloud servers, Aethir offers gaming companies high-performance cloud gaming infrastructure. The distributed nature of Aethir's infrastructure provides gaming companies with a low-latency gaming network.

With the rising prominence of blockchain-based gaming, more gaming studios need efficient GPU cloud infrastructure. If a gaming company has millions of active users worldwide, it can't afford to have variable service quality dependent on geography.

This is especially true for remote or developing regions with millions of gamers who should have access to top-grade gaming regardless of location. Big tech's centralized servers can't offer lag-free gaming experiences in developing regions. Thus, millions of gamers are left without access to AAA cloud gaming.

Aethir's mission is to democratize access to seamless gaming experiences, using edge computing to cover even the most remote areas. The shift from the center of the network to the edge is a key factor in reaching hundreds of millions of gamers. In regions where users don't have access to high-end gaming devices, Aethir's distributed GPU network can provide a solution. 

Users just need a stable internet connection to stream AAA games using Aethir's gaming infrastructure. Gaming studios are recognizing the value of Aethir's GPU network for cloud gaming. Over ten gaming studios have already partnered with Aethir as their official GPU-as-a-service platform.

High-Performance Cloud Gaming With Aethir

A lightning-fast, low-latency gaming experience is mandatory in multiplayer gaming. Lagging and screen freezing are the worst-case scenarios while playing a fast-paced multiplayer FPS. 

The time it takes for GPU cloud power to reach players in different regions can massively differ. However, it isn't fair that someone can have a lag-free experience near the center of the network while users at the edge incur lagging.

Aethir gaming GPU cloud infrastructure can reach users at the network's edge. To do so, Aethir is constantly expanding its GPU network, which already boasts thousands of state-of-the-art NVIDIA H100 GPUs.

Apart from casual multiplayer setups, high-performance cloud gaming is also crucial in the e-sports sector. There are hundreds of e-sports leagues competing in popular AAA titles, from League of Legends and Dota 2 to Fortnite, Valorant, and dozens of others. Furthermore, e-sports leagues attract major sponsorships. Now, imagine lagging gameplay at an e-sports event. It could mean the difference between victory and loss in a key match.

Of course, this is highly unlikely in the network's center, near a cloud server. However, as we move away from a traditional GPU cloud's data center, lagging becomes a realistic threat. With the rising number of cloud gamers in remote regions, multiplayer cloud gaming and e-sports are also reaching new user bases. The growing number of players means higher scalability needs, which centralized cloud infrastructure can't keep up with.

With Aethir gaming infrastructure, enterprises have the resources to onboard millions of new players, regardless of location.

The Mechanics Behind Aethir's Decentralized Cloud Infrastructure

Aethir uses a vast, decentralized cloud infrastructure network to provide enterprises with enough GPU cloud capacity for the most demanding workloads. Operating such a network is highly demanding and requires immense hardware power. To do so, Aethir has a globally distributed GPU computing network with thousands of enterprise-grade GPUs.

Aethir's network has three key components. 

- Containers do the heavy lifting. The Cointainers provide GPUs that power the Aethir gaming ecosystem and provide users with a seamless gaming experience. Unlike centralized GPU clouds that dedicate one GPU per user, Aethir pools power from multiple sources. By doing so, Aethir taps into idle GPU power and utilizes 100% of a Container's GPU power. 

- Indexers match users with the Containers nearest to their physical location. This mechanism ensures low latency and a seamless gaming experience.

- Checkers ensure the whole system runs smoothly. Each Checker is a network node that constantly checks the system's stability, safety, and quality of service for each Container. Aethir recently sold over 65,000 Checker nodes to more than 11,000 buyers, which means that the network is highly decentralized. The community is responsible for powering Aethir's network, and in turn, node operators receive $ATH token rewards.

How to Access Aethir's GPU Network for Gaming?

Aethir focuses on enterprise clients in the AI and gaming industries. To access Aethir gaming infrastructure, companies can partner with Aethir as their dedicated GPU-as-a-service platform. For gaming studios, a partnership with Aethir means access to the most advanced globally distributed GPU cloud network.

With 20x more GPUs than the Render Network and 45x more computing power than the Akash Network, Aethir is a Web 3.0 GPU cloud powerhouse for the future.


The exponential growth of the cloud gaming sector is creating a massive demand for enterprise-grade GPU resources. Both traditional and Web 3.0 gaming platforms are recognizing the need for scalable GPU-as-a-service platforms. Aethir is here to fill the gap between centralized clouds and highly demanding cloud gaming services with expanding user bases.

Aethir gaming infrastructure has the necessary tech to streamline GPU computing power worldwide. With thousands of top-shelf GPUs, Aethir is spearheading the future of cloud gaming with decentralized cloud infrastructure at its core.

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