Amazon S3 is a cloud-based object storage service from Amazon Web Services. It's key features are storage management and monitoring, access management and security, data querying, and data transfer.
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Amazon Web Services
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Amazon Web Services (AWS) is a subsidiary of Amazon that provides on-demand cloud computing services. With over 165 services offered, AWS services can provide users with a comprehensive suite of infrastructure and computing building blocks and tools.
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Amazon S3 (Simple Storage Service)
Amazon Web Services
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Free Tier
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Basic Environment
$100 - $200
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Intermediate Environment
$250 - $600
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Advanced Environment
$600-$2500
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Pricing Offerings
Amazon S3
Amazon Web Services
Free Trial
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Yes
Free/Freemium Version
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Premium Consulting/Integration Services
No
No
Entry-level Setup Fee
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Additional Details
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AWS allows a “save when you commit” option that offers lower prices when you sign up for a 1- or 3- year term that includes an AWS service or category of services.
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Amazon S3 (Simple Storage Service)
Amazon Web Services
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Chose Amazon S3
S3 is excellent but has a different use case than ebs. As ebs can be used as a filesystem, s3 bucket stores objects
We opted for Amazon S3 (Simple Storage Service) solution as most of our workloads run on AWS and this saves as bandwidth costs. Otherwise the solutions are similar in capabilities for our needs.
Amazon S3 integrates way better with other AWS services and tools, making it the quick choice for your AWS based application. Furthermore, the pricing for Amazon S3 is very competitive and it has all the security and access capabilities to enable your application. Google …
Pricing and Cost Structure are best:Amazon S3:Offers multiple storage classes: Standard, Intelligent-Tiering, Standard-IA (Infrequent Access), One Zone-IA, Glacier, and Glacier Deep Archive while other were costly and figuring out the monthly costs were difficult. The …
Amazon S3 has so much other functionality than it's competitors with so many more use cases. We use One Drive, Drop Box, Teams, Google Drive and other products for basic file sharing while working with partners and clients but that's kind of the extent of those products. S3 …
More robust and feature rich. Also more cost effective. However, the other options do lend themselves to be better at user friendliness. But if your technological and willing to look up help in the support knowledgebase you will do just fine and get a better product at …
When we were implementation the solution of our issue then we find Azure and Google Cloud Storage platforms but we were unable to find the proper documentation for the platform as compared to S3, So we moved to S3 and discarded the other options. Cost wise there are only some …
Amazon S3 (Simple Storage Service) is the only AWS offering for object storage. DynamoDB is fantastic for unstructured data but does not handle object storage. The relational database service (RDS) is excellent but only applies to use cases with structured table data, and does …
All other alternatives are also good but as our infrastructure was on AWS, Amazon S3 (Simple Storage Service) was a better choice due to its better integration with other AWS services. It was serving the purpose in an economical way. All of our needs were being fulfilled by …
Amazon S3 is the business driving arrangement by Amazon Web Services. It has answers for all startup's and huge venture. The expense viability is one reason that I have chosen the Amazon S3 over other
We are an AWS shop, thus it is much easier to use with other AWS services. It may not always be the cheapest but once you are in AWS if you can decouple your apps and use this as one of your services it will certainly make developer's life easier and admin life easier.
S3 is the most mature simple storage service on the web. It has direct competitors from Google and Azure, as well as a bunch of other competitors that focus on different aspects. For example, Backblaze specializes on file backups, and while s3 can also be used for that, …
We had already decided to use Amazon S3 (Simple Storage Service) for other compute services, so it made sense to use Amazon for blob storage as well. By using the same cloud vendor, we can more easily integrate between AWS services like Cloudfront. Blob storage is essentially a …
Amazon S3 provides a variety of tools for uploading short and large objects to the cloud. AWS S3 is a key-value store, one of the major categories of NoSQL databases used for accumulating voluminous, mutating, unstructured, or semistructured data. S3 object retrieval is fast. …
They're both great. I really don't know the differences, but both have the same basic set of features, in my opinion. But, S3 is widely know as a greater tool, safer, and much easier. Also, it's used by and compatible with a lot of applications around the world. That made us …
I think [Amazon S3 (Simple Storage Service)] is cheaper than Azure Blob Storage (at least at the time I selected it). It is a low maintenance product and it is more reliable.
The main differences are that S3 files can be accessed publicly without having an account on the service so it is suitable for website assets, but the other services have desktop hard drive syncing applications so they are more suitable for sharing files to other staff in the …
Google Cloud Storage provides many of the same features as Amazon S3 (Simple Storage Service), but they differ quite a bit in the database integrations they provide. The main reason we had to use Amazon S3 (Simple Storage Service) is because our main infrastructure cloud …
AWS probably has the most difficult UI to learn but it's the far better service. Google is probably second but it has storage limitations and there are some security concerns (still a good tool for collaboration) The Microsoft products are the worst IMO. They're slow and have the …
In my personal experience, AWS is superior to both GCP and Azure in the majority of usable applications. GCP suffers from the near total misunderstanding of how support system is even supposed to work, and while _some_ services are pretty nifty and well-polished, some are …
AWS stands out in its ability to adapt technology more quickly. All the new features, first adapted by AWS, make it the market leader. The key metrics, such as MTTR, are among the best among all other cloud service providers. The AWS dashboard and analytics features are very …
Amazon Web Services Lambda supports more triggers, richer language/runtime support, and has tighter integrations with Amazon Web Services, as compared to Azure/Google Cloud functions.Amazon Web Services also has better global infrastructure, with 33 regions and 105 availability …
We tried various other cloud providers and features provided by them. Many of the cloud providers have similar features but there are few factors which make Amazon Web Services cloud as preferable choice of our bank are cost, location of Amazon Web Services datacenter where it …
Apart from Amazon Web Services, we use Microsoft Azure in some of our projects. I have some basic experience in Google Cloud Platform (GCP) as well. If given a choice, I would prefer using Amazon Web Services over Azure or GCP. I find provisioning of resources relatively faster …
Amazon Web Services is better among all of them due to its performance, stability, security and navigation. It effectively saves the cost and provides better facilities than the other competitors. It plays great role when it comes to user friendly interface. It also provided …
AWS has the largest market share and most established and over 200 services for diverse needs. AWS has a very power user interface and pay as you go work well that others. AWS has the by far largest network of data centers for low latency and high availability. The regular …
Better global availability and use across industries. AWS has a great ecosystem of experts, developers, solution architects and it helps to get to know them at various AWS events across the world
Amazon Web Services is much more mature than all of the cloud service providers out in the market. It has 300+ services that solve almost all of your cloud problems.
Compared to other providers like Google Cloud Platform(GCP) and Microsoft Azure, [Amazon Web Services] has a wider range of services, which help you easier implement the solution you want. Also, they have been in the market for more years than their competitors. Moreover, they …
Amazon SageMaker is being extensively used by our R&D department for machine learning models development and research purposes. We work in Jupyter notebooks hosted on SageMaker notebook instances rather than notebooks hosted in local machines by doing so most ML algorithms …
I feel AWS usage of services by global clients has been the most compared to Azure or Openshift. AWS service offering's and usage are economical and much more secured. Its has build an ecosystem of providing all the services capabilities under one umbrella . It provides …
The decision was made to go with AWS because of name recognition and familiarity by contractors we hired. I checked out Google Compute Engine a few years ago, and it did have similar option set, however Google in general was behind Amazon's offerings.
Amazon Web Services fits best for all levels of organisations like startup, mid level or enterprise. The services are easy to use and doesn't require a high level of understanding as you can learn via blogs or youtube videos. AWS is Reasonable in cost as the plan is pay as you …
Amazon Web Services is well suited when we have a huge amount of data to store, process, manipulate and get meaningful information out of. It is also suitable when we need very fast data retrieval from the database. They provide a superior product at a fair price which allows …
Both the services are in the field for quite sometime. And the biggest competitor of Amazon Web Services is Microsoft Azure. Though, Azure easily connects with Microsoft services like a jelly, even in AWS its so easy. And the best thing is due to its vast variety community …
Amazon Web Services has a much more seasoned and known set of tools. The learning resources and documentation is much more prevalent and applicable to more scenarios which definitely helps with implementation. Google cloud does offer comparable products, and the user interface …
We evaluated Google Cloud and Azure at the beginning of our cloud journey but at that time, AWS was so far ahead of the other public cloud providers that there was no question about whether or not to go with AWS. They have the broadest catalog of services and their support is …
We have investigated Azure as well, for this specific need it made the most sense to go with [Amazon Web Services], the design was much simpler to get going. We have also used Azure for some of the other deployments that we have done with SaaS systems. These are the two …
Our tech team was comfortable with Amazon Web Services and that is why we started with Amazon Web Services. In the meantime, we searched for other services like Amazon Web Services but it seems that facilities like Elastic Bean and the first year free made us stick to Amazon …
For archiving old data that is infrequently accessed it is perfect. You can choose to let it go into cold/glacier storage which saves even further costs but at the expense of accessibility. I like that you can set access rules to automatically move it to the next storage tier after a certain amount of time that it has not been accessed. I also use it a lot with PHP via the API. We have some custom in-house applications that have a fair amount of data uploaded into them. S3 has been a perfect solution to store these files, taking the load off web servers and never having issues with running out of storage.
We are using RDS for the database services. With RDS, we don't have to manage much, as most of the DBA tasks are automated. For development purposes, we are using Kubernetes pods, which makes it easy to deploy applications and scale up as needed. AWS integration with in-house applications is seamless, making it easy to keep a data-sensitive application on-premises while still utilizing AWS services.
Reliable and secure way to store objects in cloud: Storing any type of file(text, pdf, doc, csv, etc) is very easy with S3. Fetching this stored content as and when you require is also pretty easy and can be done using both the console and AWS CLI. Appropriate permissions can be set up for buckets using IAM roles/policies.
Versioning in buckets: S3 gives you a very handy feature to store multiple versions of objects stored in a bucket.
Lifecycle policies: You can set up lifecycle policies in S3 that can move your older objects to IA or Glacier. This setup is very easy and can be done within minutes for a bucket.
Replication: The cross-region replication that S3 provides is wonderful. Beware of the inter-regional data transfer costs though.
The biggest problem is to rename the bucket. There is no direct way to do it. One need to copy entire content to the different bucket with intended bucket name and then remove the old bucket. Sometimes it creates issues.
There is no direct way to upload .zip file and extract it to inside the bucket.
While uploading large files, sometimes you will find a drop of upload speed. I observe it so many times and while checking my internet speed, I find it absolutely perfect. So there must have something wrong on the AWS side.
I would gladly rely on AWS for any large-scale application deployment. For prototyping and small-scale applications, a more heavily managed environment on top of the 'bare metal' virtual infrastructure, such as Heroku or Elastic Bean Stalk, is probably a more productive approach in most cases
The UI could have some improvements (better filters) and there is a lack of some useful functionality, such as renaming an existing bucket: the latter is much needed in the context of rapidly evolving companies. Overall though, Amazon S3 (Simple Storage Service) is easy to use and to onboard people and tools to, thanks to its various APIs and flexibility.
Amazon Web Services is a great tool when it comes to middle size organizations like us. It provides multiple tools and functionalities in low costs. The best feature we have to pay as we go. No financial burden on company for the unused instances. It also comes with greater level of security such as two level authorization such as multi factor authorization.
AWS does not provide the raw performance that you can get by building your own custom infrastructure. However, it is often the case that the benefits of specialized, high-performance hardware do not necessarily outweigh the significant extra cost and risk. Performance as perceived by the user is very different from raw throughput.
It depends on your tier within Amazon on how great of support you get. For us we have a dedicated Point of Contact that is great in taking in what we need and discussing it with the S3 team. The best thing is features we need or suggest have a good chance of landing on their roadmap.
The customer support of Amazon Web Services are quick in their responses. I appreciate its entire team, which works amazingly, and provides professional support. AWS is a great tool, indeed, to provide customers a suitable way to immediately search for their compatible software's and also to guide them in a good direction. Moreover, this product is a good suggestion for every type of company because of its affordability and ease of use.
S3 is the most mature simple storage service on the web. It has direct competitors from Google and Azure, as well as a bunch of other competitors that focus on different aspects. For example, Backblaze specializes on file backups, and while s3 can also be used for that, Backblaze provides a better price point in exchange for more focused functionality. S3 really shines in that it performs simple things astonishingly well, while also being flexible enough to stretch itself to other situations (data lakes, file mounts, backup/restores systems, web hosting, etc.).
In my personal experience, AWS is superior to both GCP and Azure in the majority of usable applications. GCP suffers from the near total misunderstanding of how support system is even supposed to work, and while _some_ services are pretty nifty and well-polished, some are mindbogglingly designed black boxes with self-conflicting documentation. Some of it comes from having legacy systems, sure, but AWS somehow manages, even having a rather big lead start. Azure, from my limited experience, is limited to people somehow coerced into its usage by external constraints. That being said, IF you can design and implement something there, it will probably run fine.
Allows us to store large amounts of raw traffic from data providers to allow us to view data our systems received at particular times, in order to reconstruct inputs in case of errors
Is capable of storing very large amounts of data cheaply without material impact to our business
Provisioning resources like large database instances is really quick. We can easily scale our instances up or down as per need.
Storing files in S3 instead of onprem NAS drives is much more economical, especially for the files stored in glacier deep archive for compliance purposes.
Backup snapshots of EBS volumes and RDS instances may increase the cost of cloud if not cleaned up properly.