#Free domain hosting for indie game devs software#
#Free domain hosting for indie game devs download#

Given the rise in popularity of streaming video sites like Vimeo ( but don't use them) bandwidth is dirt cheap now. These days, 'software as a service' is the new fad, and with Amazon Web Services, you pay for exactly what you use and nothing more. Each request is routed much more efficiently than if there is a single, centralized server.īut what about the cost? Traditionally, a fancy content delivery networks was prohibitively expensive. Here's an images that illustrates a content delivery network.

#Free domain hosting for indie game devs download#

The end result is that when a user goes to download your file, they are seamlessly downloading it from a local server instead of being routed to a single server however inefficient that might be.

If not, it will get it from the central location, and next time, that local server will be ready. If that edge location has your file, it will serve it up locally. Amazon tells your DNS server (the server that translates a domain name into a raw IP address) to respond with a different address depending on where that DNS server is located. That means that Amazon has a number of servers around the world and will transparently mirror your file to the most efficient locations in response to demand. When you upload your file to Amazon's file server, Amazon will cache it at various edge locations closer to users. All you have to do is upload your file to Amazon S3 and enable Amazon CloudFront on your S3 bucket ( tutorial here). Amazon has built a number of data centers around the world which connect to various internet backbones. This is exactly what Amazon CloudFront does - but a lot slicker.

#Free domain hosting for indie game devs software#

Sometimes you will notice companies will list ridiculous amounts of mirrors for their large software downloads based on the location. That way, if someone from San Francisco downloads your file, it is just as fast as if it was someone from Japan. So, a possible solution would be to have many servers situated as close to the downloaders as possible. Instead of arrows, it might be more useful to illustrate the number of routers a TCP request might have to go through. Here's an images that illustrates centralized hosting.