AWS for Games Blog
Category: Amazon GameLift
How Dead by Daylight survives the test of time using AWS
Join us on May 20, 2020 at 9 am PT / 5 pm UTC+1 for the AWS Game Tech: The Digital Download online event for the latest in game development. Register for free now » The games industry is increasingly investing in games that people play for longer and engage with more deeply. To get […]
Creating a Battle Royale Game Using Unity and Amazon GameLift
Multiplayer battle royale games are getting big, and I don’t just mean in terms of sales! Pitting dozens to hundreds of players against each other to be the last one standing, these games are all the rage. In fact, according to a recent survey, over 40% of gamers in the US played a battle royale […]
Oasis Games and Iron Mountain Interactive Power Hero Sports Game Steel Circus with Amazon GameLift
Players love jumping into fast-paced and action-packed multiplayer sports games. But how do you make players feel truly immersed and engaged with other players when in reality, they’re likely scattered across the globe? For Oasis Games and Iron Mountain Interactive, the speed of both gameplay and the game’s supporting infrastructure is key. Their latest title, […]
Large Match Support for Amazon GameLift – Available Now
Players expect multiplayer game sessions to be fast and full. But with the rise of Battle Royale games and other player-intensive games, ensuring a consistent matchmaking experience can be a challenge. Let’s be honest: the last thing your players want to fight is a matchmaking queue. That’s why today, we’re excited to introduce Large Match […]
Multiplayer of MotoGP19: How Milestone Moved to Amazon GameLift
Multiplayer games face some tough requirements to make believable worlds for players. And the meticulous attention to speed, accuracy, and physics makes real-world racing games one of the most demanding of all. So when players ask for that world to be taken online, how would you deliver the low latency and stability needed for high-powered […]
Amazon GameLift Realtime Servers Now Available
After being announced in preview at Game Developers Conference (GDC) 2019, Amazon GameLift Realtime Servers is now available to help game developers create and customize affordable game servers. Building a great multiplayer game experience oftentimes has barriers that deter game developers from building a multiplayer game. It can be time consuming and costly, and […]
Creating Servers for Multiplayer Mobile Games with Just a Few Lines of JavaScript
Multiplayer servers are hard Traditionally, developing a custom game server is a pretty arduous task. Putting a server together requires a lot of knowledge about networking systems, backend development and server operations. This can be tough on smaller teams who may not have the resources required to develop this type of system. And, when you […]
Announcing Amazon GameLift Realtime Servers, Now in Preview
Across all game genres and all gaming platforms, player demand for vibrant online experiences is driving the growth of multiplayer games. But creating a multiplayer game can be a daunting challenge for many game developers. Traditional commercial solutions for multiplayer game servers are often optimized for games that are very sensitive to latency with […]
Get Autoscaling Right the First Time with Amazon GameLift Target Tracking
No one likes paying for things they don’t use – and server capacity is no different. Typical multiplayer games use only 50% of their peak server capacity on average, meaning that half of the time the game servers have no active players. To reduce wasted capacity and costs, Amazon GameLift can automatically turn off game […]
Moving from P2P to Cloud: How For Honor & Friday the 13th The Game Improved Player Experience
As a game developer, you invest years into building a game and fostering a community of fans that eagerly wait for launch day to arrive. And while backend infrastructure may not be top of mind when trying to provide a great player experience, the choices you make behind the scenes could effect player facing areas […]