Microsoft Azure Reviews

We utilize various Azure services such as Azure SQL, Azure Cosmos DB, Azure Data Factory, Azure Storage, and Azure Key Vault to build our data platform.

One of the features that I really like about Azure is its comprehensive environment for implementing a data platform. The solution provides multiple well integrated services which happen to work together seamlessly and provides flexibility and scale ability for use cases all around the industry.

There are some minor aspects which require improvement but they are very technical for an explanation. For example, the cost calculation for the services can be an unclear aspect which makes it difficult to estimate the expenses incurred accurately. Therefore, it will be beneficial to have it more transparent and apply your user-friendly cost estimation process to help users plan their budgets in a more efficient manner.

I have been using Microsoft Azure for the past 5 to 6 years.

I would rate it 9 out of 10 since it is stable but can get better.

I would rate the scalability 8 out of 10. The number of users on a platform is high but we do not have active engagement from all the users all the time. We have over 100 users but not all of them interact with the platform regularly. Keeping it aside, our main focus still remains on building data platforms which cater to different needs.

I have mixed feelings about Microsoft's technical support. While they do try to assist most of the time, I believe there's room for improvement. 

Neutral

As a data engineer, I mainly use these services rather than being involved in their implementation.

I would recommend Azure since it offers a variety of features and services which work together. This is quite rare in other platforms because they are not scalable. These features have helped us to promote our growth without any major challenges. The wide range of services make it a valuable option for implementing a data platform. However it is really difficult to quantify its value numerically. Different companies can Paradise different factors such as scalability, cost, or support which makes it different for each company.

It is important to keep in mind that there are also challenges such as the complex nature of estimating costs and no realistic expectations of savings due to the presence of hidden costs. Azure is an efficient solution but it requires improvement in terms of stability, support and pricing.

Microsoft Azure is our principal could environment.

We use Microsoft Azure for Hosting Apps, Sites, and Blogs.

Advantages of Azure over On-Premises: Improved Performance and Cost Benefits.

It is easy to deploy.

The technical support is good.

The price is good.

I would like to see Internet content filtering included.

I have been working with Microsoft Azure for two years.

I am working with the latest version.

I would rate the stability a ten out of ten.

I would rate the scalability a nine out of ten.

I have plans to increase my usage in the future.

Technical support is good.

I would rate them a ten out of ten.

The initial setup is straightforward.

It is easy to deploy.

We have seen a return on investment.

The pricing is reasonable.

I Conducted Evaluations of Google Cloud (GCP), Oracle Cloud (OCP), and Amazon Web Services (AWS).

We opted for Azure based on familiarity and expertise as a Microsoft-driven organization.

It's a good product and the correct choice.

I would rate Microsoft Azure a nine out of ten.

I am a technology consultant and pre-sales cloud solution architect.

These are the features I have found most valuable with Azure. For any particular cloud world, when we talk about the cloud computing model, it is all about agility, availability, how you are trying to scale up your environment, how you're providing high availability, your disaster recovery mechanism, and what is the service availability matrix that you're following? We then talk about the workloads which are being supported on the Microsoft platform. Then we come to the commercial side of those workloads. For example, if we are trying to migrate the Windows workload, then Microsoft Azure offers a lot of benefits for Windows and SQL licenses. We can include that in the picture while we are trying to draw a comparison between different providers. Because AWS does not provide that DAM facility, though there is something that they provide, but you need to put it on the installs, not on RDS. Make it easy to install.

The second thing about Azure is that if we talk about Gartner, IDC and Forrester, although AWS is leading the chart in the leader's quadrant, when we look at the recent growth and what companies are acquiring and how much business they are pulling in year to year, there is a greater spike in the Microsoft Azure growth as compared to AWS.

I have worked as a cloud solution architect in India and Microsoft Azure works on data centers. They have three different geographical locations where they put the data centers. So as per the ISO 27001 BSI compliance for DR, disaster recovery mechanism, you need to make sure that the primary and secondary data centers are separated by a geographical zone - which Microsoft Azure adheres to. That definitely makes it a good choice for the client who wants the data to be in India and to also follow the BSI compliance.

Other factors include the Azure Site Recovery. The ASR one-stop DR solution provides RPO and RTO. It also gives you failover and failback scenarios. AWS did not have that kind of platform earlier. They had DM, DMS and SMS for small scale and medium scale app and database migration, but they didn't have a one-stop DR solution. They recently acquired cloud in their platform. Microsoft Azure also recently acquired cloud. They have built that particular platform into their Azure Migrate, which is their cloud feasibilities function provider. If we need to do a feasibility assessment or dependency mapping, we can use that particular tool or the Azure Migrate. It's a very good tool. I use that tool for multiple things.

I am trying to draw a comparison between the two leading cloud providers.

When we try to do backup scenarios, Azure Site Recovery is supported with all kinds of platforms. But it is not capable when you are trying to do recovery of a database or a recovery of an application server which are already on HA, high availability. HA would mean that you have only done the clustering. If there was clustering there, then definitely the ASR does not support it. But if you don't have HA, if you don't have the clustering done, then definitely ASR would be supported in that particular scenario. You can also do big database migrations with the Azure Site Recovery if there is a single database. Otherwise, you can use native database solutions to migrate them to cloud. For example, SQL Enterprises uses the Always On, where you introduce a new machine into the clustering. Then you try to put that as a secondary, and then you migrate.

Otherwise, if you have SQL Standard, then you can use a log sheet mechanism, which can be used to migrate the data. For SAP HANA, you can use HSR, HANA Service Replication, and for Oracle you can use the Data Guard, the negative solutions supported, but definitely Azure is doing that, as well. When we talk about a typical DR scenario, the cost that you are giving within Microsoft Azure would be storage, then the Azure Site Recovery cost, and then the network readiness. Microsoft Azure is an optimized solution when we compare it to any other particular cloud solution.

In terms of what could be improved with Azure, I would like to see something like what Google has created with their cross-platform solution, Anthos. I would like to see some features like Anthos has. Secondly, there are multiple DevOps solutions and tools available in Microsoft Azure, but most of the time they are either in the build mode, meaning you don't get complete support for them because they are either making changes, or changing the names of the particular services. Sometimes, services vanish from the portal. We are not able to see that. I think they actually change the names of the services.

For example, they had advanced data analytics in Office 365. They actually removed it and they now include all those features in Windows Defender. 

One more thing that I would like to say is that AWS works on availability zones. You have multiple availability zones in a particular region, which means that in that particular region you have more than one data center. If any of their single data centers fail, they can do a failover to the next immediate data center, which is in the same region. But in the case of Azure, if the data center fails for one particular region, they need to do a failover to different region altogether, which is separated by a geographical distance. That will be a kind of DR scenario.

Microsoft should focus on the higher availability of data centers where they can have more than one data center in a single region. I think they have implemented that kind of solution in the USA. They are going to do it soon in Europe and other countries as well, but it still is an upcoming feature. It's not completely built. They need to build that. 

The second thing which I feel regarding Microsoft Azure in India, is that they have less case studies when we talk about SAP on Azure as compared to SAP on AWS. There are fewer numbers of case studies on the portal. You can't find any. Whereas when you go into the India section for AWS, you will find plenty in terms of SAP and cloud.

Case studies are not there. If you have case studies, good case studies of large banks or any kind of government sectors, those case studies would definitely help to build customer trust on that particular platform.

There is one more thing which I would like to talk about in terms of costing. When you talk about AWS, they have three different types of costing models - partial upfront, no upfront, and all upfront. Azure has two models, all up front and no upfront. But also in these costing models, AWS has multiple other payment modes in terms of one-year or three-year. Azure does not have that. It lacks that particular costing mechanism, which it needs so there are more costing models. There is a lack of pricing flexibility, and I would like to see more costing models and licensing.

The third thing I would like to say, is that Azure was pretty bad in terms of the recent service off-time for Microsoft Azure and AWS. They didn't complete 99.99% of service they provide to the customers as compared to AWS. AWS data centers have also gone out recently, I think, four or five service interruptions, but definitely Azure should be keeping that in mind. I think with the help of clustering data centers in a single region, they can achieve that.

I do not want to take any credit away from Azure or AWS, but definitely Anthos is a big plus point for DCP. Azure should also build that kind of platform. Secondly, they can work on creating more data centers to build the regional availability,  which AWS already has across geography. The third thing they can work on is their costing models and the RI models - make them a bit more flexible for the client.

I have been working on Azure for the past seven years.

Regarding stability, Azure is doing well in terms of IES portfolio. They need to progress on the implementation of more data centers in a single region, which would increase their service level agreement by a little. They definitely need to work on their DevOps services. AWS' DevOps services are pretty good. If you go into ratings, the leading raters or the leading magazines, Forrester or Gartner or IDC, rate AWS services much higher compared to Azure. So, they need to increase on their service.

The third thing on the stability factor is that they publish more cases on the core infrastructure migration, the mission critical applications like SAP migration or Apple migrations. Putting the case studies on the portal would alleviate the doubt that Azure is stable. Azure is stable, but the case studies have to be there to support that.

When we talk about scale and scale out mechanisms, this works pretty seamlessly in Azure. For example, if I need to use the spot instances that AWS has (spot instances are those instances which are actually created at times when you need a high memory or a high CPU for some time) you can configure a spot instance and the spot instance occurs, and it does the load checkpoint. Azure does the same thing with scaling out. However, one thing regarding RI is that AWS does not support that, but when I am in a particular RI, for example my family is the DS series, I am in DS3 or DS4, if I want to scale up, I can scale up with the same RI, but if I need to scale down, I cannot scale down unless I remove that RI and create a new one. I cannot scale into a different family altogether.

Cross-family scaling is not there. Cross-family scaling would help because sometimes being on cloud machines which are in RI, those machines have been used for one year and are currently a very small application host or they are hosting applications or IA services, etc... Now, that particular application has been, or is getting decommissioned, and the company wants to leave the same RI machines for a different application altogether for which they want that particular application to perform on a higher computer issue. For that particular thing I need to cancel that RI and with the remaining my budget, and with the call deduction that Microsoft does, I need to purchase a new RI. If the cross-family RI is there, then it is definitely smoother, and the priority won't be there. So, it will not be an economic blow for the company.

When you open a normal case, Azure has a response matrix. They don't have a resolution matrix - at what particular time that will be resolved. The maximum resolution matrix is not there. But when we talk about the premium support, then Azure has a response matrix and a resolution matrix, and they also have the escalation matrix.

When I was working in Progressive Infotech, we had the advanced support subscription with Microsoft Azure Support. We were given multiple hours of advanced support. We were also provided with other things. I felt then that when you're opening a support ticket, and the support ticket priority is less or if the ticket that you opened is not in the premium bracket, the resolution will be late and the support matrix won't follow the time. They have a response. I think the response matrix is there for basic support and for advanced support. Premium support has the resolution matrix, as well. But the support center needs to have a service level agreement, which has the response matrix, the resolution matrix, and escalation matrix. That will build more trust from the partners in the OEM. AWS actually does not have that, but their response and resolution are pretty good because all the cases that you open in AWS are paid.

Azure materials are pretty good compared to AWS, or any other platform materials. Azure has multiple platforms, and MS Learn is where you can learn about the platforms and the services. Then you have Docs.Microsoft.com, which you can use as a troubleshoot document or understanding of how to implement that solution. With the help of Microsoft Azure, the Microsoft platform, you have multiple types of cases which you can open in the Microsoft Portal. The premium cases are there. Then you have support cases, as well. Azure is pretty good there. Their support matrix is pretty good. The materials are there, the support matrix is there. So, that is pretty good.

Microsoft Azure has multiple levels that an organization can take. Once they had the silver, bronze and the gold partnerships, and in terms of the productivity there is the Office 365 suite or the Azure suite, and they have specialty certifications, as well. You have the premium certifications. If you are also providing support to the client, then as a manager you can join Microsoft as an expert MSP. I think there are 50 or 55 in the country. It started at 15, and it grew to 55. Because many companies who are putting out tenders or an RFP or RFQ, mention in the PQ criteria that the partner should be MSP certified.

It would definitely help. It would act as a USP for you because there are multiple companies in India, more than hundreds and hundreds of companies in India and outside India. The customer would know the first company which is an expert MSP and the Microsoft partners would also give the lead to those export MSPs. Currently, you can also elevate the level by being on a fast track team, which is a one-stop team for Microsoft implementation and support for the Office 365 platform. The fast track team can be a very good asset because you can get a faster certification and then you сan be on the fast track board. You can actually make money when you do a successful implementation or support for a particular client. So the value is there.

On a scale of one to ten, I would give Microsoft Azure an eight.

I am a manager of a team and we will have approximately 18 applications that will be cloud-based using this solution.

One of the most valuable features of Microsoft Azure is the compatibility with all of our Windows applications and other Microsoft technologies.

I have been using Microsoft Azure for approximately one year.

The solution could improve the stability. However, this could be a configuration issue that we are not been trained.

There is good community support available.

I have previously used AWS and GCP.

Microsoft Azure is more expensive than other solutions, such as GCP. We have found that GCP offers more utilities at a very reasonable price. I think the reason we are having a discount is because of the bank contract we have.

I would recommend this solution.

I rate Microsoft Azure a seven out of ten.

We have a private cloud, but we are interested in having a hybrid cloud that includes Microsoft Azure. This use of it as an Infrastructure as a Service will help us to expand our scale using our hardware.

Primarily, we use Azure to test services and solutions that we want to use on the public cloud. Nothing in production is being used on Azure yet because of latency.

Azure is helpful when you want to set up a server, such as a Linux test server. For example, we can transfer our code to the test server and do a comparison.

This solution is easy to use. It has quite a good interface for things like provisioning a server.

Provisioning a server is fast, taking only one or two minutes before it is ready. In our private cloud, this process still takes longer.

At this point, the latency is too high to use Azure in our production environment.

I would like to see support for data streaming in the future because I understand that currently, data streaming is not there. It would work like Kafka does, in Microsoft Azure. If they can provide the Platform as a Service and Infrastructure as a Service, it will be better.

For example, if want to use Kafka, I should be able to purchase Microsoft Azure and then use my Kafka license. This would also give me support. Right now, using it requires first getting a server through Infrastructure as a Service, then getting a Kafka license, then installing the server in the cloud.

We started using Microsoft Azure last year.

Azure is a scalable product. We are not using it extensively yet because we just started exploring it for use as a testing server. However, if we are satisfied with the security and issues with latency then we are going to set up performance tests.

We have not had any issues with support. The interface is quite user-friendly, so we have not needed to contact them. I think that they do have assistance available for onboarding, or creating a server.

We did evaluate other solutions but that is the job of another team in the company. I was only told that we also tried Google Cloud.

The initial setup is straightforward. Microsoft Azure provides an easy interface to log in and create a server.

The pricing is flexible. Our company engaged in negotiations to get a better price, which resulted in a two-year contract.

It seems that the cost of using the service in the short term is definitely good. However, in the long-term it is different. The long-term cost is higher than if you set up the servers on-premises, which is something that could be improved through more competitive pricing.

Our usage is rather limited right now but for what we use it for, the product is quite good and we are satisfied with the services. This is a product that I can recommend for anybody who does not want to invest a lot of money in their own hardware.

I would rate this solution a nine out of ten.

Within my company, there are roughly 150 employees using this solution. We need about 30-35 people for maintenance.

It's been pretty useful in terms of migration and disaster recovery strategy.

I have been working with Microsoft Azure for roughly four years.

This solution is quite stable. We haven't had any issues stability-wise.

Scalability is good. I would rate it high, scalability-wise.

Microsoft's technical support could be improved.

There are certain areas on the Level 1 to Level 2 support-side that are not exactly great. We have issues with our Linux operating system. I don't think we've had delays as such but I would say that's one area there might be some scope for improvement.

I personally used to work with AWS, but that was at another company.

The initial setup was fairly easy. Pretty much all the services are easy to deploy — not very complicated as such. 

The cost could definitely be lower.

You have to look out for the external storage costs — it can be a bit of a surprise. You have to do your budgeting. We didn't really anticipate that the storage expenses would be so much higher than anything else. That's something people have to budget and account for before they migrate to the cloud.

Overall, on a scale from one to ten, I would give this soluting a rating of eight.

Azure is utilized to facilitate computing needs for our clients' sites. Most often, it's employed to enable them to host their products in the cloud, manage disaster recovery, conduct backups, and host applications. Additionally, for clients with on-premise infrastructure, Azure serves to replicate that setup in the cloud. We offer Azure-based solutions to fulfill these requirements and seamlessly provide access to them, typically through domain access, after setting up payment arrangements.

Azure integration became crucial for a business facing cost-saving challenges. They were burdened by the physical space and maintenance costs of on-premise infrastructure. Additionally, issues like electricity outages prompted them to consider migrating certain infrastructure components to the cloud. This move aimed to alleviate space constraints, reduce maintenance expenses, and enhance reliability, potentially enabling them to divest part of their infrastructure in the future.

The scalability features of Azure had a significant impact on projects for our customers, particularly in one instance where a deal was lost due to scalability issues. This challenge doesn't necessarily stem from Azure itself but rather from the complexity of migrating third-party dependencies to the Azure environment. Often, the lack of proper documentation and understanding of how these dependencies were originally implemented poses obstacles.

Azure is highly valuable due to its cloud-based nature, which reduces the need for extensive hardware purchases and server maintenance costs. It serves as a quick and convenient solution for spinning up VMs, creating websites, and making businesses visible online. The platform's user-friendliness eliminates the need for lengthy training periods, enabling swift navigation for new users. Companies can easily onboard new personnel by providing them with relevant documents, allowing them to quickly grasp how to manage resources and create necessary components on Azure.

Azure Arc is incredibly valuable because it allows businesses to connect and secure their resources, regardless of where they are hosted. This means that even if they are using other cloud platforms like AWS or have on-premise infrastructure, they can still benefit from Azure's features. With Azure Arc, businesses can have centralized management and security across their entire environment, including legacy systems and other cloud providers. While Azure Arc may come with a higher cost, its ability to bridge different platforms and provide enhanced security makes it a compelling option for businesses looking to leverage Azure services without fully migrating their infrastructure.

Improvements are needed in Azure to enhance integration tools and support for effectively migrating and managing third-party dependencies. Additionally, there is a significant issue with payment restrictions on Azure, particularly for users in regions with limitations in their local economies. Integrating third-party payment services could alleviate this problem, allowing users from various international locations, such as China, Europe, and Africa, to make payments more seamlessly. By providing alternative payment methods beyond the reliance on US debit cards, Microsoft could greatly improve the usability and accessibility of Azure for users worldwide. There's room for improvement in integrating the Azure Marketplace with the Azure portal. It would be beneficial if users could directly communicate with solution owners or developers through the portal. For instance, if a user encounters challenges while using a particular solution from the marketplace, they could easily send an email, initiate a phone call, or even send an SMS to the solution owner or developer for assistance. This direct communication channel would streamline the troubleshooting process and foster better collaboration between users and solution providers, enhancing the overall user experience.

I have been working with it for a year.

Azure is highly stable, with only one instance of downtime experienced on a specific website and two occurrences in approximately nine months. Overall, it maintains a commendable level of stability, especially when availability zones are utilized. These zones provide critical redundancy, ensuring resilience against unforeseen events and offering a heightened level of reliability.

Azure's scalability is evident when building and adhering to the appropriate architectural principles. Challenges with scaling typically arise when existing platforms or third-party components are involved, making it difficult to align them for efficient scaling. However, Azure Arc aims to address this issue, though it may incur additional costs, especially at larger scales. While some customers may opt for traditional VM provisioning on Azure due to cost considerations, Azure Arc offers an alternative approach for scalability.

The technical support provided is exceptional, and I am extremely satisfied with it. I would rate it nine out of ten.

Positive

The initial setup is straightforward.

The documentation provided by Azure for deployment processes to our customers is excellent. Typically, the process begins with signing NDAs followed by a call with the customer's team to understand their requirements. Once the requirements are clear, we review the architecture and assess the feasibility of replicating it on Azure, especially if migration is involved. Subsequently, we create a scope of work detailing the proposed actions and timelines, which the customer must sign off on. Upon agreement, we set a kickoff date and discussed requirements from the customer's end, such as authorization and authentication. During the project kickoff, we ensure someone is available on the customer's side to prevent breaches or delays. We then proceed with the deployment, moving necessary components and configurations. After completion, we conduct testing and allow the customer time to review the deployment, typically two to three weeks. Upon receiving approval, we finalize the project and obtain payment, usually within a timeframe of five days to two weeks, depending on the project's complexity

Azure's simplicity streamlines deployment, often requiring only five to six resources for larger projects. The specific roles may vary based on the project's needs, encompassing expertise in security, architecture, design, and product management.

In most cases, we inform the customer that we're available round-the-clock for feedback during the initial three months post-deployment. This ensures prompt resolution of any issues beyond their capability. If needed, we offer training for their team members. Additionally, customers have the option to enter into a support contract with us for ongoing assistance. Smaller projects may not necessitate ongoing management, depending on their setup.

Our customers often report a positive return on investment with Azure, as it helps them save costs. Whether they were previously on traditional infrastructure or on-premises setups, Azure proves to be beneficial, making it a worthwhile investment for them.

The pricing is relatively high.

I highly recommend Azure, as I use it myself. My advice would be for them to seriously consider it, especially when taking their budget into account. Overall, I would rate it eight out of ten.

We use Azure for a variety of services and we are in the process of configuring everything. We use GoDaddy to host our domain, and then we provision from GoDaddy for services such as email. This is one of the things that I just recently configured.

Right now, we're in the process of setting up the firewall. This provides us with security for the website. Firewalls are something that I have a lot of experience with because, in my previous organization, I dealt with audits and other similar tasks that depend on security.

The most valuable feature of Azure is the flexibility to pick and choose what you need, on the spot, and then be able to manage it yourself.

In Azure, everything is pretty straightforward. Once you know it, the platform is very easy to use.

The training material that they have is very good, and it's easy to understand.

Most of the problems that we've had are related to the DNS and the SSL certificate. Those two things have been a real pain. Sometimes, it happens because of GoDaddy and sometimes it happens because of Azure. Either we make a change in GoDaddy and the configuration is lost, or our developers make a change to the website and from there it gets lost.

It would be helpful if Azure provided more information on the various add-ons to give people an understanding of what they are used for, and how they're applied by other companies or businesses. One downside is that I find myself signing up and paying for things that I don't really need, and I have to call them to find out exactly what it is that I'm paying for. For example, I recently added the Azure Data Studio and I don't know what I need it for. I see that it can create a connection and run a query but I don't know if I'm going to be using it. That said, I will probably need it in the future.

My current organization has been using Microsoft Azure for the past two months. I have extensive past experience with it.

Stability-wise, it has been fine.

Azure is a scalable platform.

I have not been in contact with technical support myself. In fact, we have not had to reach out to them very often. We generally figure out things on our own but we also have an IT contract with personnel to work to resolve issues when they occur. Technical issues are something that you always want to try to resolve yourself.

Although we haven't had any problems that we couldn't resolve, we know that if we have to call technical support then we're going to be on hold for a while. This is something we don't want and can avoid by having our own IT support contract.

In my previous job, I worked for large telecom and we used a variety of products. These included AWS, as well as Azure, and we also had our own cloud that we leased to third parties.

I received training and certification on both Azure and AWS. However, I did not have much opportunity to use AWS.

In my current company, we migrated the business from AWS to Azure within the last two months.

The initial setup for me was easy because I have experience with Azure, as well as AWS, and a private cloud in my previous organization. I was in the internal network group, and I had all of the operational responsibilities for that area.

We were able to set it up and get it working in a day.

Migrating to Azure from AWS was not a big deal.

The price of this solution is one of the things that attracted us to it.

We considered both Azure and AWS for my current company. When we began, the company already had an existing website running with AWS, but I had more experience with Azure. We did extensive research to compare the two and we found that Azure was definitely the way to go.

We were already using several other Microsoft products, which means that our environment is more compatible using Azure.

My advice for anybody who is implementing Azure is to look at the training materials that they have available. They are very easy to understand and I recommend running through the ones that pertain to your use cases. A lot of the time, it will have the additional information that is needed to understand the problem and help you to find the relevant information in other sources. For example, it contained information about GoDaddy that was relevant to our environment.

The biggest thing is that the information is all there and a lot of people don't like to look, but I suggest using the help and the instructional videos before calling somebody else. Everything is available.

I would rate this solution a nine out of ten.