Navigating Cloud App Challenges: Insights for CIOs in 2024 - New Role in the Cloud
As cloud application usage continues to soar, CIOs face the daunting task of managing security, compliance, and cost concerns. Discover how CIOs can address these challenges and optimize cloud app usage in 2024.
The proliferation of cloud applications presents a host of challenges for CIOs, ranging from security vulnerabilities to compliance risks. With an average of 461 cloud apps running in companies, surpassing IT estimates, and the public cloud sector projected to reach $191 billion by 2030, CIOs must adapt their strategies to harness the benefits of cloud technology while mitigating associated risks.
Challenges of Unmanaged Cloud Apps:
Strategies for CIOs:
To effectively manage cloud application challenges, CIOs can implement the following strategies:
In the face of escalating cloud application usage, CIOs must proactively address security, compliance, and cost concerns to safeguard company data and drive business efficiency. Contact us to learn more about how we can help your organization optimize its cloud app usage and mitigate associated risks.
About Managed Solution
We're technology enthusiasts with a people-first approach. For over two decades, we've witnessed the profound impact that the right technology and support can have on businesses and individuals. Success, to us, is seeing our clients, partners, and team conquer challenges to achieve their greatest goals and build lasting connections. This relentless pursuit of inspiration drives us forward, pushing us to deliver innovative solutions that empower growth and lasting success.
Cloud computing has emerged as a game-changer for businesses, enabling companies to scale, secure, and streamline their operations more efficiently than ever. Among the cloud giants, Microsoft Azure has risen to prominence as a go-to platform for organizations worldwide. In this blog, we'll delve into what Azure is, to help users and companies looking for cloud opportunities understand how it can benefit them.
Azure is Microsoft's cloud computing platform and infrastructure. It provides a vast array of cloud services, including computing, analytics, databases, networking, storage, and more through global data centers. It also empowers organizations with the flexibility to build, deploy, and manage applications and services through Microsoft-managed data centers globally.
Azure Virtual Machines
Azure offers virtual machines that allow businesses to run applications in the cloud, providing scalable and flexible computing power without the need for physical hardware.
Azure's hybrid cloud solutions enable seamless integration between on-premises and cloud environments. This flexibility allows MSPs to cater to clients with varied infrastructure requirements, ensuring a smooth transition to the cloud.
Single-pane Operations
Microsoft Azure's single-pane operations via the Operation Management Suite (OMS) offer seamless monitoring and management of hybrid environments, including virtual machines, storage, network services, logs, and insights. OMS prioritizes security, providing comprehensive solutions for hybrid infrastructure challenges.
Computational services
Azure Blob Storage
This service enables secure and cost-effective storage of large amounts of unstructured data, ideal for backups, media files, and application data.
Azure SQL Database
A fully managed relational database service, Azure SQL Database offers high-performance, secure, and scalable database solutions for various applications.
Azure AI and Machine Learning
Businesses can leverage Azure’s artificial intelligence and machine learning capabilities to gain valuable insights, automate processes, and create intelligent applications.
Azure IoT Hub
For companies delving into the realm of IoT, Azure IoT Hub facilitates seamless communication between IoT applications and devices, enabling real-time monitoring and control.
Azure's elasticity allows businesses to scale resources up or down on-demand. It caters to the dynamic needs of companies without forcing them to invest in expensive hardware. Whether it's handling a sudden surge in web traffic or expanding storage capabilities, Azure provides the necessary scalability to support business growth.
Azure boasts a global network of data centers, ensuring high availability and redundancy (i.e. ensures that accounts meet their durability targets). This infrastructure minimizes downtime and data loss, which is crucial for businesses in the digital age where loss of data can cost millions.
Not to mention that with Azure’s world-wide distribution of data centers, businesses can expand into global markets with more ease. This can greatly advance growth opportunities for a number of businesses and therein lead to greater innovation when competing in new markets.
Security is paramount in the digital age, and Azure prioritizes it. Azure's robust security features include threat detection, identity and access management, encryption, and compliance certifications like ISO 27001 and SOC 2. With Azure, organizations can rest assured that their data is secure and compliant with industry standards.
With a variety of licensing and pricing models, organizations have the option to leverage Azure’s revenue-boosting productivity enhancements while paying only for the resources they consume. It also provides flexibility in allowing businesses to scale their resources up or down based on demand.
credit: Microsoft
Furthermore, Azure offers an array of tools and services designed to assist businesses in maximizing their cloud expenditure, such as cost management and resource optimization tools. These resources empower organizations to supervise and manage their Azure expenses.
With flexibility and cost-management features, Azure enables companies to optimize their IT budgets, minimizing wastage while providing the resources necessary to meet their specific needs.
Check out this in-depth forum post that demonstrates how Azure is one of the most cost-effective cloud infrastructures.
Microsoft Azure offers powerful analytics and business intelligence tools for data-driven insights. Services like Azure Machine Learning and Power BI enable businesses to analyze data, enhancing decision-making processes. Furthermore, Azure seamlessly integrates with Microsoft products like Dynamics 365 and Office, ensuring a smooth user experience and boosting productivity.
Microsoft Azure offers diverse tools and services aimed at enhancing business collaboration and productivity. Azure Active Directory enables streamlined management of user accounts and access control for cloud applications, enhancing security measures and simplifying user administration.
Additionally, Azure provides a suite of collaboration tools, such as Microsoft Teams and SharePoint. These platforms facilitate real-time collaboration on documents and projects, fostering increased productivity and teamwork among employees.
Azure continuously evolves, offering cutting-edge technologies such as AI, machine learning, and IoT. For businesses, this means they can stay ahead of the curve by integrating these innovative technologies into their operations, driving efficiency and competitiveness.
Microsoft Azure is more than just a cloud platform; it's a catalyst for innovation and transformation in the modern business landscape. Businesses have a unique opportunity to leverage Azure's capabilities to meet their dynamic IT needs. Namely, because Azure offers scalability, reliability, security, cost-efficiency, and access to cutting-edge technologies.
As businesses continue to navigate the digital frontier, Azure stands as a powerful ally, helping them achieve their goals and thrive in the digital age. Embracing Azure is not just a choice; it's a strategic imperative for all businesses.
If you're ready to talk more about Microsoft Azure with a qualified expert, send us a contact request here and we'll set up a time to chat with you. For a deeper dive into the platform, join us on October 25th for part two of our free Azure Webinar series.
By Spencer Duke
The cloud isn’t necessarily new anymore, but businesses are still determining whether or not it’s the right move for them, and for good reason.
First, let’s look at the three cloud options available:
Today, we’ll be talking about the public cloud, specifically Microsoft Azure. In this article, you’ll learn:
It’s critical that you first determine your reason for moving to the cloud. It can’t be because it’s what everyone is talking about or doing. Cloud has become a buzzword, and we are here to remove the buzz-wordiness and really dive into “why cloud?”
First start with honing on what you’re trying to accomplish by migrating to Azure? What is the business initiative that Azure will solve?
Questions can include:
The challenge is simple: if we take our existing infrastructure that we have on premise, including servers and storage, and we just take exactly that and we put it in Azure, we’re not really taking advantage of what Azure can do.
That said, let’s look at 4 main drivers: scalability, cost-reduction, security, and manageability.
Here’s a good use case.
Businesses are hungrier than ever for analytics and automation. A lot of companies are fully or at least partially remote, so you can’t simply walk down the hall to the Director of Sales and get the latest sales pipeline information. You can’t walk down the hall to HR and ask where we’re at in the hiring process. The list goes on.
That’s why reporting and data are so important today. If you're trying to combine data from different departments; for example your CRM and your accounting software, you can integrate these into a cloud-hosted business intelligence platform like PowerBI to help you gather data all in one place and make data-backed business decisions.
Azure is a feature rich platform. Make sure if you’re going to move there, you have a use case like the on above, so you can take advantage of the features available.
There’s a common understanding that if you move to the cloud, it’s going to be less expensive.
Many businesses want to move to the cloud to reduce spend.
There’s a common understanding that if you move to the cloud, it’s going to be less expensive.
That’s not always the case. Let’s dive deeper.
If you move your existing infrastructure exactly as is, it may not be cheaper. There needs to be thoughtful analysis, planning and optimization of resources to take advantage of the consumption-based cloud model.
Things you need to consider when looking at cost include:
If you have resources that are used periodically, we can leverage automation within Azure. With those resources not being powered up all the time, and aren’t available, then we don’t need them incurring costs.
On the flip side, if we have resources that we know are 24/7, we can take advantage of reserved instance pricing.
All that said, it’s important to look at your data and applications, what’s running when, how much compute it needs, etc to see if financially the cloud is a viable option for you.
In a short answer, yes.
In a longer answer, it depends.
In terms of physical security, there’s absolutely an inherent benefit. Put simply, you're never going to build your own hosted infrastructure to the scale that public datacenters have. The physical security includes gates, guard, cameras, and more.
In terms of technical security, this becomes something proactive we need to implement, manage, and continually optimize. Some tools for security optimization include Windows Virtual Desktop and securing that with MFA.
In conclusion, just sticking your data in Azure doesn’t make you secure, but it does open doors that you wouldn’t otherwise have had access to, and therefore you can drastically improve your security posture if you utilize these features.
In terms of physical security, there’s absolutely an inherent benefit. Put simply, you're never going to build your own hosted infrastructure to the scale that public datacenters have.
Another common conversation that we typically come across with smaller teams (and sometimes larger) is around manageability.
Clients will come to us wanting to move to Azure to minimize manageability. On-premises, you’re managing all the physical components including your own infrastructure, server(s), hardware (including the refresh cycles), the contracts, warranties, troubleshooting random issues, failed disks, the list goes on and on.
All that goes away when you move to the cloud. However, there is a learning curve in the beginning. It’s still a new system you must figure out.
Short-term you may have to spend some time with it, but long-term, you end up with a single pane of glass and better tools to see exactly what’s going on in terms of data and analytics inside your infrastructure. This type of reporting includes what your infrastructure is doing, what it's costing to run specific resources. There’s also added feature benefits like the ability to fail over and manage, disaster recovery scenarios.
The manageability of the platform is great, but let’s level the expectations. If your primary goal is to alleviate management from internal IT staff and free them up to do other things, just expect that learning curve, especially in the beginning,
Who Should Be Involved in Your Decision to Migrate to Azure?Who exactly should be a part of your discovery phase conversations?
Technology no longer sits just in the IT department, so while we often don’t want too many cooks in the kitchen, it’s important to involve key stakeholders from different departments and at the very least should include the CEO, CFO, and CTO/CIO (or whoever is your IT lead).
During the discovery phase, you’ll want to focus on two main things: the business use case(s) specific to your organization as well as the actual assessment itself. In other words, what is the data telling you?
The business use case is more important than running the tool. It's still very important to run the technical tool and get our cost analytics and data. But remember, Azure is a tool, and it wouldn't make any sense for me to implement a tool that isn't solving a problem for the business.
During the discovery phase, you’ll want to focus on two main things: the business use case(s) specific to your organization as well as the actual assessment itself. In other words, what is the data telling you?
Ideally once we've talked about the business use cases, then then we need to look at our current environment. There are 3 main components to look at both technically and non-technically, and are all of equal importance.
Traditionally, if we're hosting our own infrastructure, our network infrastructure was largely housed in that office, which works well for the traditional client server applications. When we're looking at migrating that infrastructure to Azure, we want to know how our applications and services are going to be affected by that. This is because what we're doing is we're separating the client from the infrastructure that they're interacting with, and that can cause performance issues. Essentially, it could negatively impact the users’ productivity. and we want to really avoid that at all costs and figure out how we can overcome it.
When you go to move these things, you immediately create latency between wherever it was to where it's going in Azure. What we need to find out to know if Azure migration makes sense is looking at individual server roles, services and applications and seeing what latency and network requirements they have and how those can met by Azure. If not everything is compatible, a hybrid solution could work. Hybrid scenario - initial investment on IT infrastructure & connectivity, servers, etc. Biz requirements change you need more storage, remote users. Instead of another large capex, you could solve storage or compute, by putting that workload in Azure
We really want to figure out how our applications and services are going to be affected by that change, which brings us to our next point…
The end user experience ties into latency because if latency is poor, that affects the end user. We need to figure out how will that negatively impact the department or company - whoever is using these resources? Are we creating a net new server and this is an upgrade or move to a different version or are we moving it as is? In relationship to end user impact and latency, does anything change in regard to accessing information? How are processes affected? What changes in usability are there? Do they need to log in to VPN, use remote app, etc? It’s important to note that adoption rate will be large factor in success/failure
The ideal goal is that the end user experience gets better, but oftentimes it's, it's kind of an afterthought and documentation was poor, or training or communication was poor. We want to make sure those things are at the forefront of our decisions to make sure that users can still connect and aren’t disrupted and have what they need to be successful.
Once we've overcome the technical components and understand how our end user experience will be affected, we need to look at costs. We can do this by running cost analytics inside Azure Migrate. During this assessment, we want to look at this new infrastructure we're going to implement and its features and see how we are going to benefit. If the pros outweigh the cons, then the costs might be worth it to migrate. You can also look at Virtual Machine sizing, storage sizing and rightsizing your environment based on your budget.
Next Steps for Migrating to AzureAt the end of the discovery and assessment, you can better understand your business goals as they relate to the cloud, technical limitations and requirements, and changes that need to happen.
What the assessment will tell us if we're seeing if the recommendations align with our performance requirements and budget. Once we have all that information and we have a path forward that gives us a solid foundation to the build a scope of work and a project plan
It’s critical to look at your potential cloud migration from both a business and technical perspective because those lines are becoming more blurred as time goes on. It’s imperative to make sure that your goals align with the technology you’re using.
By Arthur Quan
Active Directory Migration is when you combine two Domains into one. Splitting part of your Active Directory into a new domain (divestiture) is also an Active Directory Migration. Active Directory Migrations involve the movement of users, computers, and the associated applications to a new domain making them very complex by nature.
An Active Directory Migration tool is a software that helps you migrate the appropriate objects.
The most common use case for an Active Directory migration is for companies going through mergers, acquisitions, and/or divestitures.
When one company buys another company, the cost of maintaining two separate AD infrastructures can be prohibiting. This is where Active Directory Migrations become important. It’s best to share resources than doing it separately to create alignment. Of course, there may be a specific business reason to keep thing separate from one another, but in general, you want to share them.
Additionally, sometimes a company might sell a business unit to become its own entity (divestitures). This is where an Active Directory Migration can be used to separate this business unit into its own entities.
The size of the companies do not matter; the tools used are always the same.
The main players for an Active Directory migration are Microsoft Active Directory Migration Tool (aka ADMT) and Quest Migration Manager. Additionally, there are sometimes smaller players (such as ForensiT) used for specific purposes like computer account and user profile migrations. For email migrations, you can use hybrid exchange or BitTitan, just to name a few.
Over my career, I have developed a fondness for using Microsoft ADMT with ForensiT. The main reason to use ADMT is that it’s free while Quest is a paid tool.
The only downside with Using ADMT is that Microsoft has not updated the tool since 2012, but that’s where ForensiT steps in. From my experience, I can tell that Microsoft ADMT will work up to Server 2016 or Server 2019.
ForensiT is constantly being updated (just like Window 10) every few months with new features. The lastest version of ForensiT will allow you to migrate computers to Azure AD and migrate computers to a new AD Domain through VPN (which is something that ADMT cannot do). I only use ADMT to migrate user accounts with password sync from one domain to another and with sidhistory as an option. ADMT is also good at doing security translations on re-permissioning windows servers with file shares to the new domain.
Pros:
Cons
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To start an ADMT migration you will need a windows server (minimum server 2012) with at least 60 gigs of HardDrive space and 12Gigs of Memory. You will also be installing SQL Express 2012 on the server. The server should be on the domain where all the users are migrating to.
Once you install SQL Express on the box, download the latest version of ADMT.
ForensiT is installed and run from the other domain, as opposed to ADMT where it’s installed in the Domain in which users are migrating to. ForensiT has very good documentation on their website on how to run their tool, but I can tell you from experience it’s the best for workstation and user profile migrations.
One last thought here after doing a lot of AD migrations, I have developed a variety of scripts that augment the software tools I use that have helped me through these complicated AD migrations. AD migrations are never cookie cutter; they are complicated by nature, and sometimes take years to complete. Patience and persistence are key to successful AD migrations.
Yes. ADMT comes with a password sync tool.
No, but there are scripts that can help you do this with non-windows CIF shares
Yes. ADMT can rename your account while preserving all the group memberships.
Yes. ForensiT will migrate your computer profile to the new domain with all the settings and files.
By Bryan Timm
Windows virtual desktop enables secure, remote desktops, anywhere in the world.
In 2018, Microsoft announced its version of a cloud-based remote desktop service, Windows Virtual Desktop, otherwise known as WVD.
Prior to 2018, Microsoft, and many providers, relied on an on-premise solution to allow remote connections. An on-premise solution meant that the burden of the installation, maintenance, and cost were in the hands of the consumer.
Allowing a new cloud-based platform, in addition to traditional desktop services, means small and medium-sized businesses can now take advantage of remote desktop services, such as WVD. Previously, there was little incentive for SMBs to make the investment into Remote Desktop Solutions (RDS), or any other remote solution, as the cost outweighed most of the benefits. These same businesses can now utilize WVD, hosted through Azure, for a fraction of the price. They even offer the ability to virtualize Windows 7 machines, at no cost, through 2023.
Windows Virtual Desktop is accessible via the Remote Desktop client, supported on:
| WiFi Standard | Common Name | Max Speeds |
| WiFi 4 | 802.11n | 600MB |
| WiFi 5 | 802.11ac | 1.3GB |
| WiFi 6 | 802.11ax | 10-12GB |
In this video, Jessica talks about the cloud and how it might be the answer to support your remote workforce.
While the cloud seems like it's intangible, there's actually warehouses around the world that are full of servers that are dedicated to certain companies, applications and business needs. The existing infrastructure lives in a physical warehouse but the service itself is what makes it intangible.
Here are the 5 use cases Jessica discusses for utilizing the cloud in your business:
Microsoft Azure vs AWS vs Google Cloud
In more recent years, public cloud adoption has become an integral part of most businesses' infrastructure strategy and roadmap. Enterprises from around the world have already made the switch from self-hosted infrastructure to public cloud configurations.
And while companies will still need some on-premise technology, they can now develop applications directly in the cloud. In fact, roughly 73% of businesses already have at least one app or part of their infrastructure in the cloud. By 2020, 83% of enterprise workloads will reside in the cloud.
For those looking to go down the road of cloud adoption, several questions come to mind. These are "Which cloud platform should I adopt?" "Which platform provides the most cost-effective services for my needs?" and "How do I go about my cloud adoption?"
Typically, public cloud services are used as:
According to industry analyst firm Gartner, the IaaS market has reached $52.9 billion in 2019 and is expected to exceed $83.5 billion by 2021. The SaaS market, on the other hand, is at $87.2 billion and will reach $117.1 billion in two years. Although smaller than both SaaS and IaaS, PaaS will also see steady growth over the coming years. In 2019, the PaaS market is at $18.6 billion, reaching $27.3 billion in 2021.
At the moment, three leading cloud platform providers make up the majority of the market share. These are Amazon Web Services (AWS), Microsoft Azure, and Google Cloud Platform (GCP). As of the first quarter of 2019, AWS dominates the market at a 38% percent market share. It's followed by Microsoft Azure with 18% and Google Cloud at 9%.
Now, even if both Azure and GCP are behind AWS in terms of market shares, they have both seen significant growth in recent years. While AWS has seen 41% in growth, Azure and GCP saw 75% and 83%, respectively.
Since it's the oldest on the market, AWS also has the biggest community support and user base. Among its high-profile customers, we can include the likes of Unilever, BMW, Netflix, Airbnb, and Samsung.
Azure has also taken its fair share of well-known customers. In fact, almost 80% of Fortune 500 companies use it. Some of these are Fujifilm, HP, Johnson Controls, Polycom, Apple, and Honeywell, among others.
When it comes to Google Cloud, it also has its own high-end companies that use its services. Among the most noteworthy, we can include PayPal, Bloomberg, 20th Century Fox, Dominos, HSBC Bank, and others.
All three cloud providers offer cloud computing services that can meet even the most basic needs. The main difference lies in the total number of services and how these fit with each company's needs. Below, we will be taking a closer look at each of these platforms in more detail and see which services and features distinguish them from their competition.
As mentioned, AWS's primary strength is in the public cloud market, being the cloud IaaS majority market share leader for over a decade. One of the reasons for this popularity is its vast scope of operations. AWS has a broad and growing array of available services.
It also provides a comprehensive network of worldwide data centers. In a sense, AWS is the most mature and enterprise-ready cloud provider as it offers the most capabilities of governing large numbers of resources and users.
On the downside, Amazon's platform has cost-related issues. While it has lowered its prices, many find it difficult to understand its cost structure and manage their costs effectively while running high-volume workloads. Another drawback is its limited hybrid or private cloud capabilities.
AWS is a good choice for both startups and enterprises alike. The platform provides numerous services for both web and analytical workloads as well as large scale data center migrations.
Amazon is also looking to help differently-sized customers by offering niche services via RoboMaker, while also building a virtual private server in the form of LightSail. This way, they want to help even small, single-server workloads to be onboarded without much overhead.
From a compute perspective:
In terms of managed databases, AWS supports MySQL, PostgreSQL, MariaDB, Oracle, and MS SQL. They also feature their own PostgreSQL and MySQL compatible database offerings. For NoSQL databases, they provide DynamoDB for key-value and document, Elasticache for key-value caching, and Neptune for graphs.
AWS also provides a managed VPN Gateway, NAT gateway, Direct Connect Gateway, Transit Gateway, and a recently announced Client VPN service. This will remove the need to deploy OpenVPN servers when managing access to the company's VMs.
As far as network security is concerned, AWS has managed services for:
For data security, AWS provides:
Though Azure came later on the cloud market than AWS, it got a significant jumpstart by taking its on-premise software and moving it to the cloud. This includes Windows Server, Office365, Sharepoint, .Net, SQL Server, Dynamics Active Directory, and more.
This is particularly important since many businesses use Windows and other Microsoft software. And as Azure is highly integrated with these applications, companies that use Microsoft software will also feel at home using Azure. Also, those that are already Microsoft enterprise customers can expect sizable discounts.
The drawbacks of Azure sometimes come in the form of technical support, training, documentation, and the width of its ISV partner ecosystem.
Azure also provides a wide range of features that may be preferred by customers that are already using Microsoft products. With over 151 VM types over 26 VM families, Azure can support both small web workloads as well as SAP, HPC, and Oracle workloads. It also has Windows and Linux distros like CentOS, SUSE, RHEL, and Ubuntu, as well as a separate family of instances for AI/ML workloads.
For those who want to interface Azure and run services in their own data centers, they can use Azure Stack, its hybrid cloud computing software solution. The platform also offers support for hybrid storage apps like StorSimple. Data centers with predominantly Microsoft workloads that need to migrate to the cloud can use Azure Site Recovery to do so.
When it comes to SQL and NoSQL databases:
In terms of billing, Azure provides a pay-as-you-go (PAYG) model. Those that have existing enterprise accounts can also pre-purchase Azure subscriptions as part of their annual renewals. This makes it easier for budgeting.
Unlike the other two, GCP specializes in high compute offerings in the form of ML, Big Data, and analytics. It also offers great scale and load balancing. Many customers choose to use GCP as a secondary provider. Nevertheless, those that are more open-source and DevOps-centric will tend to go with GCP as their main cloud provider.
In terms of downsides, Google's platform doesn't offer the same array of features and services like Azure or AWS. It also doesn't have as many global data centers as its two main competitors, but it's expanding at a rapid pace.
While Google has the smallest number of VM sizes (28 instance types over 4 categories), it makes up for it by allowing its customers to create their own custom sizes based on memory and CPU. This means that users can match their cloud workloads sizing to their own on-premise sizing.
Billing is also based on the total memory and CPU used rather than VMs, which reduces the overall waste of unused capacity. Another waste-reducing feature is its per-second billing instead of the traditional per-hour method. Google also provides automatic discounts that can reduce the on-demand price. The sustained use discount, for instance, offers a price reduction when a VM runs more than a certain number of hours in a month. This makes GCP the most cost-effective cloud provider.
VM startup times in GCP are very fast, making scaling out especially responsive. The platform also helps its users assess, plan, and live-migrate their VMs to GCP for free. It does this through its third-party cloud migration tools like CloudPhysics, Velostrata, and CloudEndure.
Having a global, low latency network, GCP is great at its networking. While other cloud providers limit their VPC networks to any given region, Google's VPC network spans all its regions. This makes it easier to build applications for global customers without the need for cross-region infrastructure design or data replication. The same thing goes for object storage.
GCP provides support for managed PostgreSQL and MySQL databases. Also, for those wanting a globally distributed database, they can use Spanner. This is Google's NewSQL globally distributed database service that provides developers a production-ready storage solution that uses consensus algorithms and atomic clocks, among other such features. These help with synchronizing transactions between nodes.
While the aforementioned services are not all that each platform has to offer, they are, however, the most noteworthy features that set them apart from one another. That said, here is a short rundown to help you make a decision.
Choosing AWS - Amazon's platform has a rich collection of tools and services for large scale uses. That said, you should make sure to understand its pricing structure before running a high volume of workloads on the service.
AWS is a good fit for:
Choosing Azure - Azure's biggest appeal is its Microsoft software integrations. Similarly, the platform's focus on the hybrid cloud helps bridge your legacy data center environment with the scalable Microsoft cloud.
Azure is a good fit for:
Choosing GCP - Google is a great platform in terms of its application container deployments, big data, ML, and analytics capabilities. It also offers the best pricing model of all the three.
GCP is a good fit for:
About Managed Solution
We're technology enthusiasts with a people-first approach. For over two decades, we've witnessed the profound impact that the right technology and support can have on businesses and individuals. Success, to us, is seeing our clients, partners, and team conquer challenges to achieve their greatest goals and build lasting connections. This relentless pursuit of inspiration drives us forward, pushing us to deliver innovative solutions that empower growth and lasting success.
Microsoft Azure is Microsoft’s official cloud computing service that is used for creating, testing, deploying, and managing services and applications on a global network via Microsoft’s data centers. These cloud services aim to meet the needs of small and large businesses. They offer Software as a Service (SaaS), Platform as a Service (Paas), and Infrastructure as a Service (Iaas). Microsoft Azure is exceptionally versatile since it supports numerous programming languages, frameworks, and tools from both Microsoft and third-party providers. However, a system this big does carry with it some pros and cons. These are the things to consider when looking at Microsoft Azure.
Microsoft is a one-stop destination for developers, and these are the benefits that such a service offers.
Microsoft Azure is a giant in the world of cloud computing. They have the highest number of data centers in the world, which means that they offer incredible availability. This means that you can rely on them for all almost all-year reliable cloud services.
Security is of extreme importance in the world of cloud services, and Microsoft Azure knows this. They implement a Detect, Assess, Diagnose, Stabilize, and Close security model. This model allows Azure to implement multiple security steps which help assure the safety of your data. They also offer protection to the end-user, which significantly lowers the risk of data loss.
Microsoft Azure is the second-largest cloud computing solution in the world, with more than 600 products available. Services range from Management tools to AI machine learning. With such a large number of cloud resources and services, combined with the possibility of third-party apps and tools, Azure can provide everything you need for development.
Data use is not always consistent. Some days you maximize data use, and other times you use a minimal amount. Azure allows you to manage the computing power you need when you need it. It allows you to upgrade and remove the services easily, and only pay for what you use.
Just like any system that offers a lot of value, it has to come with some drawbacks. Here are two of the major cons that come with Microsoft Azure.
While Azure allows you to lower costs for purchasing hardware and locally maintaining infrastructure, it still needs you to handle data management. It does not assist in managing cloud-based data centers, which means that you will still need to hire people that know how to use Microsoft Azure and can handle server monitoring and patching. This means you will still need to spend some money on a professional or manage that part yourself.
While Microsoft Azure covers 54 regions in the world, it does not have the same performance in all countries. Locations such as Europe, the U.S, Australia, India, Japan, and China are reliable and seamless. Businesses can enjoy quick and easy data access whenever they need it. However, areas such as South America, Africa, and Canada have limited regions. Speed is an issue depending on your location.
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