The first takeaway from this is that regions and connectivity matter - for example, each region may have different latencies. Improve S3 latency by paying attention to regions and connectivity The level of concurrency used for requests when uploading or downloading (including multipart uploads).The size of the pipe between the source (typically a server on premises or Amazon EC2 instance) and S3.But almost always you’re hit with one of two bottlenecks: A good example is S3DistCp, which uses many workers and instances. S3 is highly scalable, so in principle, with a big enough pipe or enough instances, you can get arbitrarily high throughput. Cutting down the time you spend uploading and downloading files can be remarkably valuable in indirect ways - for example, if your team saves 10 minutes every time you deploy a staging build, you are improving engineering productivity significantly. If you’re moving data on a frequent basis, there’s a good chance you can speed it up. Getting data into and out of AWS S3 takes time. How to improve S3 performance with faster data transfer While these tips are focused on performance, optimization and cost savings, we have further reading if you’re looking for the top six Amazon S3 metrics to monitor. We’ve assembled these tips and best practices to help your team make the most of your cloud storage. Here are the most important things about AWS S3 that will help you avoid costly mistakes. While using S3 in simple ways is easy, at a larger scale it involves a lot of subtleties and potentially costly mistakes, especially when your data or team are scaling up. In the decade since it was first released, S3 storage has become essential to thousands of companies for file storage. But it will also work with "my-friends-coolest-mobile-map-app".Almost everyone who’s used Amazon Web Services (AWS) has used Amazon simple storage service (S3). If you save a "coolest-mobile-map-app" there, it will work fine with "coolest-mobile-map-app-0.5", "coolest-mobile-map-app-1.1" etc. Note: only a substring is being compared with the User-Agent HTTP header. The saved substring will be compared with the User-Agent HTTP header of each request and if it will be found there, the request will proceed, otherwise, it will be denied. In the Allowed user-agent header field, fill in a (case-sensitive) substring of your software's user-agent. You can use ? placeholder to explicitly allow unknown origins (requests with Origin header coming from a domain that is not in this list will still be rejected).įor other usages where the map is not used on a specific URL, like mobile apps or desktop GIS software, you can whitelist only software with a specific user agent to be able to use your map. Make sure your applications send the Origin (or Referer) header, otherwise the requests will be treated as "unknown" and will be rejected if any origin is specified here. Use *. to allow requests from subdomains. If you have your map published only on certain websites, you can list them in the Allowed HTTP origins field. For example, will ensure, that only requests coming from will be processed. Your key setting can be found if you log in to MapTiler Cloud → Account→ API Keys→Edit (on the preferred key). MapTiler offers several methods to give you control over the key to avoid misuse. If you publish a map, you are also exposing your map key.
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