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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IBM Power Virtual Server
Score 7.3 out of 10
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IBM presents their Power Systems Virtual Server as a scalable, cost-effective way to run IBM AIX, IBM i and Linux workloads.
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Amazon S3 (Simple Storage Service)
IBM Power Virtual Server
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Amazon S3
IBM Power Virtual Server
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Community Pulse
Amazon S3 (Simple Storage Service)
IBM Power Virtual Server
Considered Both Products
Amazon S3
Verified User
Anonymous
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 …
There were different factors which were involved in terms of evaluating IBM as a preferred choice over other offering because of performance and reliability in terms of high performance computing and overall enterprise great feature in terms of critical application which …
Power Virtual Servers stacks up well against the competition. It's easy to use and highly reliable. I would recommend it over any of the other solutions.
IBM Power Virtual Server integrates well with other IBM tools in use with the firm and helps with firmwide support. Security is critical for our business and IBM has a long-standing reputation and expertise in delivering in this area.
It best suited for test environment when we are testing our software.It is best suited for running most of the old application.Its navigation easy and can be handled from one place.For production environment there is still room improvement while the using it.
They both have their own ups and downs and it totally depends on the team which suits them best. IBM Power Virtual Server has Performance, Scalability, Reliability and Availability, Compatibility, and Good Vendor Support. The specific use case and workload requirements played a …
The pricing of IBM Power Virtual Server was extremely fair and feasible compared with other products like Windows or Suse or Redhat. The ease of use of IBM Power Virtual Server is also really great with an excellent UI. It is also capable in handling high analytical workloads …
IBM Power Virtual Server has been easier to use in hybrid environments than any other options considered. Workload balancing works amazing. Our organization was already using IBM services for storage and managing databases, which influenced us to go for the service. Some of …
With the IBM Power Virtual Server, we can quickly create and deploy one or more virtual servers (that are running either the AIX, IBM i, or Linux operating systems). After the provision the IBM Power Virtual Server, one get access to infrastructure and physical computing …
IBM Power System components are more reliable and have longer uptimes than those of competing systems. The IBM Power System Virtual Server setup and configuration process was simple. To now, no errors have been made in terms of placing an unreasonable burden on the server, …
IBM Power System Virtual Server, in my opinion, is more cost-effective for small and medium-sized organizations than Microsoft Azure. When contrasted with Microsoft Azure, IBM Cloud offers superior load balancing, continuous performance, and network monitoring. There is …
Amazon Web Services is slightly less in cost However this fact is far out shadowed by the superior customization and efficiency of the IBM Power system Virtual Server. IBM also provides far superior customer service.
The success of IBM's Power System is largely dependent on security. Its reliability is a crucial component in its widespread use, as it enables complex businesses such as banking and insurance to operate with greater security and less downtime. This system has a low power …
The success of IBM's power system is largely dependent on security. Its reliability is a crucial component in its widespread use, as it enables complex businesses such as banking and insurance to operate with greater security and less downtime. This system has a low power …
The success of IBM's power system is largely dependent on security. Its reliability is a crucial component in its widespread use, as it enables complex businesses such as banking and insurance to operate with greater security and less downtime. This system has a low power …
When compared to the IBM cloud, virtual server selections, installations, and updates are straightforward. First and foremost, the user interface is simple, allowing us to quickly select and change settings in essential situations. AWS offers a huge range of instances to choose …
Security is the major factor to derive the success of IBM power system. Its robustness is the key factor for its wide usage and it allows to help run complex business like Banking, Insurance with Shear security and less downtime . Power complexity and usage is very low with this …
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.
Due to its reliability, it is well-suited for mission-critical applications. It is also well suited for running multiple applications on a single server and fully utilizing the server's full capacity. However, it is not well suited for servers that require dedicated IO resources.
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.
At the moment we are 100% satisfied with the performance and our support team is well used to the process involved. So unless we have some major issues in adopting, we are sure to be with IBM itself.
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.
I would rate IBM Power Virtual Server’s overall usability as an 8 out of 10. The platform offers a solid interface and intuitive dashboard, making it relatively easy for users with cloud experience to navigate. Its scalability and flexibility are strong points. However, the learning curve for new users can be steep, especially when dealing with complex integrations or configurations. While documentation and support are extensive, some users may find the setup process challenging. Overall, it’s highly functional but could be streamlined further for beginners.
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.
As with most IBM products the ongoing support for IBM Power Virtual Server is solid and consistent. IBM provides a clear roadmap for receiving support of their products. Both voice and online response is offered. It is obvious that IBM has the internal systems and culture to maintain support functions. This starts from the initial support call to the problem analysis and continues through the problem resolution. Documentation and communication are consistent within this process.
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.).
There were different factors which were involved in terms of evaluating IBM as a preferred choice over other offering because of performance and reliability in terms of high performance computing and overall enterprise great feature in terms of critical application which outperforms or maybe beat any time other offerings like AWS system manager data availability is one more in terms of disaster recovery solution and high availability feature the kind of offering IBM provide was way more than in terms of other fujitsu server.
I would rate IBM Cognos Analytics’ scalability as a 9 out of 10. The platform is highly capable of handling large volumes of data and supporting thousands of users with ease. Its architecture is designed for high performance, though it may require fine-tuning for extremely complex data environments to maintain optimal performance.
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
There have also been 80% fewer application crashes due to a lack of resources that previously ran on the X86 platform.
Administration management has been simplified and staff can dedicate themselves to the development of applications, instead of providing support to users when the applications do not respond efficiently, this made staff 45% more productive.