Microsoft’s Gaming Revolution: How Xbox Cloud Uses 400,000 Virtual Machines

Gaming without boundaries just became reality. Microsoft’s Xbox Cloud Gaming has transformed how we play by deploying a massive network of virtual machines across the globe, making console-quality gaming accessible on phones, tablets, PCs, and even smart TVs.

Microsoft’s Azure cloud infrastructure, which is made up of about 400,000 virtual machines, powers this groundbreaking service. This makes it one of the most extensive and technologically advanced cloud gaming networks ever created. Xbox Cloud Gaming (formerly Project xCloud) uses Azure’s global presence to deliver games with little latency and visual fidelity that can compete with traditional console experiences. Wisteria, a top provider of gaming technology solutions, has been keeping a close eye on this cloud gaming revolution, which is changing the way games are delivered to players around the world.

The Big Picture of the Gaming Cloud Revolution

We’re at a critical juncture in the gaming industry. In the past, physical hardware restrictions determined who could play which games. If you didn’t have an expensive console or gaming PC, you were out of luck. Xbox Cloud Gaming is changing all of that by virtualizing the gaming experience. Games are streamed directly from Microsoft’s data centers to just about any device with a screen. It’s like turning your smartphone into a portable Xbox console.

The gaming industry is undergoing a significant change, making gaming more accessible than ever before. Games that used to require expensive consoles can now be played on much cheaper mobile devices. The technological feat that makes this possible is truly impressive. Microsoft’s cloud gaming infrastructure has to render games, compress videos in real time, transmit data with very little delay, and respond to player inputs as if the player was directly connected to the hardware.

The heart of this system is a unique deployment of customized virtual machines, each designed to provide consistent gaming experiences regardless of the capabilities of the user’s device. This VM architecture allows resources to be scaled dynamically based on demand while maintaining the performance standards that gamers expect.

Microsoft’s Xbox Cloud Gaming: A Vast Network of Virtual Machines

The infrastructure of Xbox Cloud Gaming is almost too vast to comprehend. With 54 Azure cloud computing centres spread across 140 countries, Microsoft has set up around 400,000 virtual machines just for game streaming. Each virtual machine is essentially an Xbox console in the cloud, able to render games and stream them to players all over the world. This distributed method means users connect to the nearest possible server, reducing latency – the number one enemy of cloud gaming.

A Look at Xbox Cloud’s 400,000 Virtual Machine Powerhouse

Microsoft’s cloud gaming platform is one of the most ambitious virtualization projects ever undertaken. Each virtual machine must perfectly replicate the Xbox gaming experience while working within the limits of a cloud environment. These VMs aren’t your average server instances – they’re highly specialized configurations designed specifically for game rendering and streaming.

What’s truly impressive is the way Microsoft has designed these virtual machines to manage the specific needs of gaming workloads. Games aren’t like your usual cloud computing applications, they need steady frame rates, dependable performance, and ultra-responsive input handling. The VM architecture from Microsoft assigns particular hardware resources to each gaming session, making sure that players get a steady experience no matter the overall system load.

Microsoft’s virtualization layer also gives the company an extraordinary level of flexibility. They can roll out updates, change resource allocation, and even upgrade the underlying hardware without causing any interruptions to the player experience. This adaptability is what enabled Microsoft to transition from Xbox One S-based VMs to the more powerful Xbox Series X hardware without having to rebuild their entire infrastructure.

Cloud-Based Series X Hardware: A Look at the Tech Specs

The newest iteration of Xbox Cloud Gaming virtual machines are powered by custom Xbox Series X server blades. These purpose-built servers boast impressive specs, including eight-core AMD Zen 2 CPUs clocked at 3.8 GHz, custom RDNA 2 GPUs with 12.15 teraflops of processing power, and 16GB of GDDR6 RAM. This hardware marks a significant step up from the previous Xbox One S-based setup, allowing for higher frame rates, quicker load times, and enhanced visuals across streamed games.

Microsoft’s cloud gaming strategy is undergoing a significant change with the shift to Series X hardware. Instead of using standard server hardware, these custom blades are essentially modified Xbox Series X consoles that have been optimized for use in data centers. This strategy ensures that games run exactly as they were designed to by developers, keeping them compatible with the Xbox ecosystem and removing the need for complicated emulation layers.

Turning Console Gaming into a Streaming Service with VMs

Xbox Cloud Gaming changes the game by using virtual machines to turn console gaming into a streaming service. When you start a game with Xbox Cloud Gaming, you’re assigned a dedicated VM that loads and runs your game just like a physical Xbox would. It renders each frame, processes the game’s logic, handles all computation, and then compresses the video output into a stream that’s sent to your device.

With this streaming method, the user’s device doesn’t need to have high-end graphics or specific gaming hardware. All it needs to do is decode a video stream and send back controller inputs to the server. The heavy lifting happens in Microsoft’s data centers, where the VM processes those inputs and sends back the resulting video frames, giving the impression that the game is running on the device itself.

“We began with Android only, running off Xbox One S servers in our datacenters. Since then, we’ve upgraded Cloud Gaming to Custom Xbox Series X servers and have launched on Windows PCs, Apple phones and tablets, and Xbox consoles.” – Catherine Gluckstein, Vice President and Head of Product, Xbox Cloud Gaming

One of the biggest engineering challenges in this process is ensuring responsiveness. Every millisecond of delay between a button press and the corresponding action appearing on screen (referred to as input latency) can negatively impact the gaming experience. Microsoft’s VM architecture is specifically designed to minimize this latency through advanced prediction algorithms, network optimizations, and strategic placement of data centers.

The Tailor-made Server Blades That Enable Cloud Gaming

Microsoft’s cloud gaming architecture isn’t powered by conventional server hardware. Rather, the firm has created tailor-made server blades specifically for game streaming. These blades cram several Xbox systems into space-saving units that are perfect for data center installation. Each blade is equipped with dedicated hardware for video encoding, which is essential for transforming rendered game frames into streamable video with little delay.

Creating the physical design of these server blades was a major feat in engineering. Xbox consoles are traditionally designed for living rooms, taking into account aesthetics, noise levels, and individual cooling. In contrast, data center blades need to maximize density and efficiently manage heat across hundreds of thousands of systems running at the same time. Microsoft’s answer to this was to combine multiple Xbox systems per blade and share cooling and power distribution systems. This created an architecture that strikes a balance between performance and energy efficiency.

The Reason Behind Microsoft’s Huge Investment in Cloud Gaming

Microsoft’s decision to invest in 400,000 virtual machines for cloud gaming shows a significant change in the company’s approach to gaming. Instead of solely focusing on hardware sales, Microsoft realized that gaming’s future is about accessibility and services. The decision to construct this enormous infrastructure was not taken lightly—it signifies a commitment of several billion dollars to a vision where Xbox is a platform that goes beyond physical consoles.

Targeting 3 Billion Players Worldwide

Classic console gaming is enjoyed by roughly 200-300 million players globally. However, if you count mobile and casual gamers, the worldwide gaming audience is over 3 billion people. Microsoft’s cloud strategy aims to tap into this huge, untapped market by removing the hardware barrier that stops many potential players from playing console-quality games. By allowing high-end gaming on devices that people already own, Xbox Cloud Gaming increases Microsoft’s potential audience tenfold.

Cloud gaming is not just about expanding the market, but also about diversifying it. Xbox can now reach regions where people don’t have a lot of disposable income and can’t afford expensive consoles. It also appeals to casual gamers who might not play enough to justify buying a console. This is a game-changer—instead of selling $500 consoles to a limited audience, they can sell subscription services to a much larger, global audience.

Xbox Everywhere: Gaming Without the Constraints of a Traditional Console

With the “Xbox Everywhere” strategy, the very concept of a gaming platform is being reimagined. Instead of being confined to a particular piece of hardware, Xbox is transforming into a software ecosystem that moves with players from device to device. This adaptability allows gaming to fit more naturally into people’s everyday routines. Players can begin a game on their console, pick it up on their phone during a commute, and wrap it up on their work laptop during lunch—all without missing a beat.

This strategy also ensures that the Xbox platform is ready for technological changes. As new device categories appear, Microsoft can expand cloud gaming support without creating new hardware. When smart TVs, augmented reality glasses, or other innovative form factors become popular, Xbox can be there through cloud streaming, remaining relevant no matter how computing changes.

Exploring More: Cloud Gamers Play Double the Games

Microsoft’s research shows that cloud gamers play a wider variety of games than traditional console gamers. On average, cloud gamers play double the number of different games compared to console-only gamers. This increased exploration is due to cloud gaming removing two major barriers: download time and storage space. Gamers can instantly play new games without having to wait for downloads or worry about storage space, leading to more adventurous gameplay and catalog exploration.

Both players and developers are reaping the benefits of this discovery advantage. Gamers are exposed to a wider variety of content, possibly stumbling upon genres and titles that they wouldn’t have considered in the past. Developers, especially indie developers or those with unique games, get the exposure that they might not have received with traditional distribution models where players are more likely to make safer choices because of the commitment to download. This leads to a more robust ecosystem where experimental and niche games have a better chance of reaching their target audience.

How Xbox Cloud’s Worldwide Distribution Enhances Gaming Experience

Microsoft didn’t just dump 400,000 virtual machines in one spot—they spread them out across Azure’s global network. This is a key aspect of cloud gaming because the physical distance between the player and the server can affect latency. By placing virtual machines in 54 data centers around the world, Microsoft makes sure that players connect to the nearest available server. This shortens the distance that data has to travel, which in turn reduces input lag.

Also, the worldwide infrastructure allows for the gradual implementation of strategies. Microsoft has the ability to test out new features in certain regions before they are deployed globally, keep an eye on performance across different network environments, and scale resources based on the patterns of regional demand. This adaptability allows for the constant improvement of service while maintaining stability in markets that have already been established.

Global Reach: Where is Xbox Cloud Gaming Available?

Microsoft’s Xbox Cloud Gaming service is methodically making its way around the world. As of now, it’s available in 26 countries, including those in North America, Europe, and some parts of Asia. Microsoft is committed to providing a high-quality gaming experience, which means that they need a robust local infrastructure in place before they launch in a new region. This approach prioritizes quality over quantity, ensuring that gamers in these countries will have a consistently good experience.

The present accessibility map shows Microsoft’s strategic objectives, focusing on high-ARPU (Average Revenue Per User) markets with dependable internet infrastructure. The next expansion will focus on emerging markets with increasing gaming populations, especially in Southeast Asia, the Middle East, and South America. This calculated strategy balances business opportunity with technical feasibility, ensuring the service maintains its quality standards as it grows.

Over 6,000 Devices Supported: From Mobile Phones to High-End TVs

With the virtual machine architecture of Xbox Cloud Gaming, device compatibility is at an all-time high. Currently, the service supports over 6,000 different devices, from low-cost Android phones to high-end Samsung smart TVs. This list of compatible devices is always growing as Microsoft continues to add support for new device categories and manufacturers. The standout technical achievement is the adaptive streaming technology that adjusts resolution, bitrate, and interface elements based on the capabilities of the device that’s receiving the stream.

One of the most revolutionary aspects of cloud gaming is that it is device-agnostic. For the first time, the quality of the gaming experience is not determined by the processing power of the local hardware, but by the quality of the internet connection. A five-year-old smartphone can deliver a gaming experience that is visually identical to that of a brand-new flagship device. This has democratized access to high-end gaming in a way that was previously impossible. Microsoft’s infrastructure of 400,000 virtual machines effectively allows anyone with a screen and an internet connection to borrow powerful gaming hardware.

The Journey of Xbox Cloud Gaming

Microsoft’s exploration into cloud gaming started well before its official release, with the company beginning to test the waters back in 2013. Since then, the service has seen many changes, starting as a simple idea and transforming into the complex platform it is today. By looking at the journey of Xbox Cloud Gaming, we can gain a better understanding of Microsoft’s future plans, as well as the technical hurdles they had to clear to create a successful cloud gaming service.

Transition from Xbox One S Servers to Series X Hardware

The most notable change in Xbox Cloud Gaming’s infrastructure was the shift from Xbox One S-based servers to custom Xbox Series X hardware. The original deployments used modified Xbox One S consoles as the basis for cloud servers, which offered a consistent but restricted experience. Games could run at a maximum resolution of 1080p, with performance similar to that of the standard Xbox One S console. In the middle of 2021, Microsoft embarked on the colossal task of upgrading these servers to custom Xbox Series X hardware, significantly enhancing performance capabilities.

Timeline of Platform Growth

The platform support for Xbox Cloud Gaming has grown steadily, starting with a concentrated focus and slowly incorporating new ecosystems. This careful strategy enabled Microsoft to perfect the basic streaming technology before tackling the specific challenges of various platforms. The growth strategy initially focused on mobile, then transitioned to integrating PC and console as the technology developed.

Timeline of Platform Expansion

The platform support for Xbox Cloud Gaming has grown in a methodical manner. It started with a narrow focus and gradually incorporated new ecosystems. This slow and steady approach allowed Microsoft to perfect the fundamental streaming technology before tackling the unique challenges of various platforms. Initially, the expansion strategy focused on mobile, then transitioned to PC and console integration as the technology evolved.

1. The Initial Android Rollout

After a lengthy preview period, Xbox Cloud Gaming was first launched on Android devices in September 2020. This was a strategic move that took advantage of the openness of the Android ecosystem and simplified the initial rollout by focusing on one platform. The Android launch provided valuable insights into how players interact with console games on touchscreens, which led to improvements in the interface and the creation of touch control overlays for games that weren’t originally designed for mobile play. This stage laid the foundation for the underlying technology and created a loyal user base.

2. Expanding to Windows PC and Apple Devices

In the spring of 2021, Microsoft broadened the reach of Xbox Cloud Gaming to include Windows PCs and iOS devices, using web browsers as the platform. The browser-based strategy was a workaround for app store restrictions, especially on iOS, while still providing a consistent user experience across all devices. The expansion to PCs was especially significant because it allowed users with lower-end computers to play high-demand games that their hardware couldn’t support. The transition was made relatively easy because of the virtual machine infrastructure, as the underlying streaming technology stayed the same no matter what device was receiving it.

3. Merging Xbox Consoles and Cloud Gaming

The end of 2021 saw another significant step forward with the integration of cloud gaming directly into Xbox consoles. While it may seem strange to stream games to a device that is designed to run them, it served several important functions. It allowed owners of the Xbox One to play games exclusive to the Series X without having to upgrade their hardware. It made it possible to try out games instantly without having to download them. It also saved storage space on the console, as players could stream games instead of having to install them. This integration with the console showed the versatility of Microsoft’s approach to using VMs, demonstrating that cloud gaming can enhance rather than replace traditional methods of gaming.

4. Support for Steam Deck and Meta Quest

In the latest expansion, Xbox Cloud Gaming was introduced to platforms that are not directly part of Microsoft’s ecosystem, such as Valve’s Steam Deck and Meta’s Quest VR headsets. These integrations demonstrated the potential of cloud gaming to be platform-agnostic, as Microsoft focused on reaching players wherever they are, instead of requiring them to be part of a specific hardware ecosystem. The architecture of the virtual machine made these expansions possible without a lot of redevelopment, since the main streaming technology remains the same, no matter what device is receiving it.

Playing New Games on Old Consoles

Xbox Cloud uses 400,000 virtual machines to allow owners of older consoles to play games designed for newer models. The Xbox One, which was released in 2013, does not have the processing power to run many of the modern games that are designed for the Xbox Series X/S. However, cloud gaming allows these games to be run on Series X server blades in the data center and then streamed to the older consoles.

Microsoft Flight Simulator: A Testament to the Power of Cloud Gaming

Microsoft Flight Simulator is a shining example of how cloud gaming can bridge the gap between console generations. The game’s intricate world rendering and physics calculations require hardware capabilities that far exceed what the Xbox One can offer. However, thanks to cloud streaming, Xbox One owners can still enjoy this hardware-intensive game without needing to upgrade their consoles. The game is run on Series X server blades in Microsoft’s data centers, with only the video stream and controller inputs being sent between the console and the cloud. This method retains the visual quality and performance of the Series X version, while also making it available to millions of owners of the previous generation console.

Cloud gaming could be a game-changer in the console lifecycle. In the past, when a new console generation was released, the older hardware was no longer useful for new games. However, with cloud gaming, even consoles that are ten years old can still play the latest games, as long as they have the ability to decode video and a decent internet connection. The 400,000 virtual machines essentially give their processing power to devices that wouldn’t be able to play the latest games otherwise.

Playing Series X Games on Xbox One

Playing Series X games on Xbox One is surprisingly simple. All you need is an active Game Pass Ultimate subscription and a good internet connection. Any compatible Series X games will show up in your Game Pass library with a cloud icon, which means you can stream the game instead of downloading it. When you launch the game, it connects to Microsoft’s virtual machine infrastructure, which does all the processing and rendering before streaming the game back to your console.

What’s happening in the background is that Microsoft’s VM architecture is automatically directing these streaming requests to Series X server blades, instead of the older Xbox One S infrastructure. This smooth routing ensures that games get the necessary hardware resources without the user having to do anything. The virtual machine method allows the flexibility to match the requirements of the game with the server hardware that is compatible, maximizing performance and efficiency of the infrastructure.

The Technological Hurdles of Operating 400,000 VMs

Operating 400,000 virtual machines dedicated to cloud gaming brings about unique technological hurdles that go far beyond typical cloud computing workloads. Gaming VMs have unique needs for consistent performance, extremely low latency, and specialized hardware acceleration that set them apart from standard cloud applications. Microsoft’s engineers had to come up with innovative solutions for resource allocation, network optimization, and hardware management to build an infrastructure capable of delivering console-quality gaming experiences at a global scale. Learn more about how Nutanix Cloud Clusters are also addressing similar challenges in cloud environments.

Adapting Infrastructure to Meet Global Demand

Managing the large network of virtual machines for Xbox Cloud Gaming is a significant challenge, especially when it comes to adjusting for the ebb and flow of demand. Gaming usage tends to follow a predictable daily pattern, but demand can suddenly surge when a new game is released, during special events, or on regional holidays. Microsoft’s infrastructure has to walk a fine line between having enough capacity to handle peak demand without overspending on resources during off-peak periods. The answer lies in sophisticated algorithms that can predict demand and a flexible architecture that can quickly provide new virtual machines as needed. This scalability is achieved through automated systems that keep an eye on usage patterns and allocate resources proactively before demand surges.

Handling Delays in Various Areas

Latency, or the time it takes for a user’s action to be reflected on the screen, is the most pressing technical issue for cloud gaming. Unlike video streaming services that can preload content, gaming requires immediate interaction where every millisecond is important. Microsoft addresses this problem with a multi-tiered strategy that starts with the geographic distribution of their 400,000 virtual machines across 54 global data centers, ensuring players are connected to the nearest possible server.

Microsoft doesn’t just rely on physical proximity to ensure a good gaming experience. It also uses a host of advanced network optimizations. These include proprietary routing protocols that prioritize gaming traffic, predictive input processing that tries to guess what a player is likely to do next, and dynamic video encoding that changes based on network conditions. Microsoft refers to this as its “Resilient Low Latency” architecture. It’s designed to keep games playable even when network conditions are less than ideal.

Energy and Temperature Control Needs for Cloud Gaming Hubs

The energy and temperature control needs of 400,000 gaming-focused virtual machines greatly surpass the usual data center needs. Gaming workloads push hardware to maximum use, with GPUs and CPUs often operating at full capacity for long periods of time. A single rack of Xbox cloud servers can use more energy than dozens of racks filled with standard cloud computing hardware. Microsoft has heavily invested in custom temperature control solutions, including liquid cooling systems that are better at cooling down the intense heat generated by gaming workloads. These specialized cooling systems are necessary for keeping performance while managing energy costs and environmental impact.

What’s Next for Xbox Cloud Gaming?

Microsoft has been making big moves in cloud gaming, and it’s clear that they have big plans for the future. At the moment, they have a whopping 400,000 virtual machines powering their cloud gaming infrastructure. This is a platform that can scale and adapt to the rapid pace of technological advancement. Microsoft has even hinted at plans to upgrade their server blades to hardware that surpasses the capabilities of the Xbox Series X. This means that streaming experiences could potentially be better than what’s currently possible on consumer devices. This is a complete reversal of the traditional relationship between console and cloud gaming. In the past, cloud gaming was seen as a way to match the quality of console gaming. But now, it could potentially offer a superior experience.

What’s most interesting is that Microsoft has started to delve into cloud-based games that take advantage of the unique abilities of distributed computing. Instead of just streaming regular console games, these new experiences could use multiple virtual machines at the same time, creating game worlds and physics systems that are far more complex than what local hardware can handle. This is the next step in Microsoft’s cloud gaming goals—going beyond replicating console experiences to create entirely new types of games that can only be achieved through cloud infrastructure.

Commonly Asked Questions

Cloud gaming is a major game-changer in the way games are distributed and played, which understandably brings up questions for both seasoned gamers and those new to the scene. Here are answers to the most frequently asked questions about Xbox Cloud Gaming and the virtual machine infrastructure that drives it.

• What devices can I use with Xbox Cloud Gaming?
• Do I need an Xbox Game Pass Ultimate subscription?
• How much data does cloud gaming use?
• Can I use my existing game saves and purchases?
• Does cloud gaming work with Xbox accessories?

Understanding these fundamentals helps clarify how Microsoft’s virtual machine network transforms gaming accessibility while maintaining the core Xbox experience across diverse devices. The 400,000 VM infrastructure essentially democratizes access to high-end gaming, removing traditional hardware barriers.

Is an Xbox console required to use Xbox Cloud Gaming?

No, an Xbox console is not required to use Xbox Cloud Gaming. The service operates solely through Microsoft’s cloud infrastructure of 400,000 virtual machines, which serve as remote Xbox consoles. All you need is a compatible device (smartphone, tablet, PC, or smart TV), a controller (either Bluetooth or wired), an internet connection with a speed of at least 10Mbps, and an Xbox Game Pass Ultimate subscription. This approach of not requiring a console is a key part of Microsoft’s plan to expand beyond traditional gaming hardware and make Xbox games available to the billions of people who already have smartphones or other connected devices.

What is the required internet speed for Xbox Cloud Gaming?

Microsoft suggests that the minimum internet connection should be 10Mbps for smartphones and 20Mbps for consoles and PCs for efficient use of Xbox Cloud Gaming. But these are just the minimum requirements—higher speeds offer better visual quality and reduced latency. Connection stability is just as important as raw speed; a stable 25Mbps connection will offer a better experience than an unstable 100Mbps connection that fluctuates. The virtual machine infrastructure automatically adjusts to the quality of your connection, adjusting resolution and bitrate to maintain playability even when network conditions are not ideal.

How does Xbox Cloud Gaming stack up against competitors such as GeForce Now and PlayStation Now?

Xbox Cloud Gaming stands apart from its competitors mainly due to its integration with the Xbox ecosystem and the sheer scale of its infrastructure. GeForce Now focuses on streaming PC games that players already own via platforms like Steam, whereas Xbox Cloud Gaming is deeply integrated with Xbox Game Pass, providing access to hundreds of games through a single subscription. Unlike PlayStation Now, which streams older PlayStation titles, Xbox Cloud includes day-one releases of new Microsoft games. On the technical side, Xbox’s infrastructure of 400,000 VMs is a significantly larger deployment than its competitors, allowing for greater geographic coverage and capacity. Each service has its own unique advantages, but Xbox Cloud Gaming provides the most seamless console-equivalent experience across the widest range of devices.

Is it possible to play every Xbox game via cloud gaming?

Cloud gaming does not support all Xbox games. At present, the service includes the majority but not all Game Pass titles—around 350+ games out of the complete Game Pass library. Games must be specifically allowed for cloud streaming, which necessitates technical validation and sometimes adjustments to the interface for touch controls. Microsoft is constantly adding cloud support to more games, with most major releases now coming with cloud gaming compatibility. Games you’ve bought digitally but aren’t in Game Pass are generally not available for cloud streaming unless specifically stated. This restriction is due to licensing agreements rather than technical limitations of the virtual machine infrastructure.

Is Xbox Cloud Gaming going to take over traditional console gaming?

Microsoft’s Xbox Cloud Gaming is meant to enhance, not substitute, traditional console gaming. The company perceives cloud gaming as a way to extend the Xbox ecosystem, offering more flexibility and accessibility, rather than as a replacement for consoles. Phil Spencer, Microsoft Gaming’s CEO, has repeatedly stressed that dedicated local hardware offers latency and reliability benefits that the cloud can’t fully compete with. The 400,000 virtual machine infrastructure is an additional gaming choice that broadens when and where gamers can play their games. Microsoft intends to continue developing both Xbox consoles and cloud infrastructure for the foreseeable future, allowing gamers to select the option that best fits their needs, preferences, and situation.

Cloud gaming is growing at a rapid pace, with Microsoft’s huge virtual machine infrastructure driving the innovation in this area. As the internet infrastructure improves around the world and streaming technology progresses, the difference between local and cloud gaming experiences will continue to decrease.

If you’re a gamer who wants to be on the forefront of cloud technology, Wisteria provides complete gaming solutions that enhance Microsoft’s cloud gaming infrastructure. This helps gamers fine-tune their setup for the best possible experience on any device.

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