Amazon Simple Storage Service. Amazon Simple Storage Service. This section describes important Amazon S3 features. Reduced Redundancy Storage Customers can store their data using the Amazon S3 Reduced Redundancy Storage (RRS) option. RRS enables customers to reduce their costs by storing non-critical, reproducible data at lower levels of redundancy than Amazon S3 standard storage. RRS provides a cost-effective, highly available solution for distributing or sharing content that is durably stored elsewhere, or for storing thumbnails, transcoded media, or other processed data that can be easily reproduced. RRS provides 99.99% durability of objects over a given year. AWS charges less for using RRS than for standard Amazon S3 storage. For more information, see Using Reduced Redundancy Storage. Bucket policies provide centralized, access control to buckets and objects based on a variety of conditions, including Amazon S3 operations, requesters, resources, and aspects of the request (e.g., IP address).
Amazon S3 bucket operations (such as PUT ? Amazon Simple Storage Service. Note SOAP support over HTTP is deprecated, but it is still available over HTTPS. New Amazon S3 features will not be supported for SOAP. We recommend that you use either the REST API or the AWS SDKs. You can interact with Amazon S3 using SOAP 1.1 over HTTP. Most users will interact with Amazon S3 using a SOAP toolkit tailored for their language and development environment.
You can include the following authorization-related elements with any SOAP request: AWSAccessKeyId: The AWS Access Key ID of the requesterTimestamp: The current time on your systemSignature: The signature for the request For information about endpoints, see Request Endpoints. Amazon Simple Storage Service. The following sections review the types of access keys that you can use to make authenticated requests. The account access keys provide full access to the AWS resources owned by the account. The following are examples of access keys: Access key ID (a 20-character, alphanumeric string). For example: AKIAIOSFODNN7EXAMPLESecret access key (a 40-character string). For example: wJalrXUtnFEMI/K7MDENG/bPxRfiCYEXAMPLEKEY The access key ID uniquely identifies an AWS account. You can use these access keys to send authenticated requests to Amazon S3. You can create one AWS account for your company; however, there may be several employees in the organization who need access to your organization's AWS resources.
In such scenarios, you can use AWS Identity and Access Management (IAM) to create users under your AWS account with their own access keys and attach IAM user policies granting appropriate resource access permissions to them. Temporary Security Credentials. Amazon Simple Storage Service. Amazon DevPay. Amazon Simple Storage Service. BitTorrent™ is an open, peer-to-peer protocol for distributing files.
You can use the BitTorrent protocol to retrieve any publicly-accessible object in Amazon S3. This section describes why you might want to use BitTorrent to distribute your data out of Amazon S3 and how to do so. Amazon S3 supports the BitTorrent protocol so that developers can save costs when distributing content at high scale. Amazon S3 is useful for simple, reliable storage of any data. The default distribution mechanism for Amazon S3 data is via client/server download.
BitTorrent addresses this problem by recruiting the very clients that are downloading the object as distributors themselves: Each client downloads some pieces of the object from Amazon S3 and some from other clients, while simultaneously uploading pieces of the same object to other interested "peers. " Note You can get torrent only for objects that are less than 5 GB in size.
Amazon Simple Storage Service. Cloud AWS Infrastructure vs. Physical Infrastructure. This is a guest post by Frédéric Faure (architect at Ysance) on the differences between using a cloud infrastructure and building your own. Frédéric was kind enough to translate the original French version of this article into English. I’ve been noticing many questions about the differences inherent in choosing between a Cloud infrastructure such as AWS (Amazon Web Services) and a traditional physical infrastructure.
Firstly, there are a certain number of preconceived notions on this subject that I will attempt to decode for you. Then, it must be understood that each infrastructure has its advantages and disadvantages: a Cloud-type infrastructure does not necessarily fulfill your requirements in every case, however, it can satisfy some of them by optimizing or facilitating the features offered by a traditional physical infrastructure. I will therefore demonstrate the differences between the two that I have noticed, in order to help you make up your own mind.
The Framework Slacking off? Simple Storage Service (Amazon S3)