On Linux or Windows, on premise or in the cloud, you can run SQL as a Service and have it integrated and automated within your current provisioning service. What’s more, you can run micro SQL databases, greatly reducing the compute resource normally required.On Linux or Windows, on premise or in the cloud, you can run SQL as a Service and have it integrated and automated within your current provisioning service. What’s more, you can run micro SQL databases, greatly reducing the compute resource normally required.
Is your organisation using cloud computing? Maybe you would like to understand it better and how it can be used in different parts of your IT environment and data center. Microsoft Azure is the preferred option for enterprises large and small, as it goes beyond the standard cloud services to offer so much more.
Azure Stack can extend the power of Azure into your organisation, thereby enabling services and applications that will readily transform your business. How will you take advantage of this, and how will you leverage your existing infrastructure and services to keep them relevant?
You have already virtualised your compute layer, but what about storage and network virtualisation? A “software defined data center” with Windows Server 2016 can help transform your data center, with containers, Nano servers, shielded VMs, Storage Spaces Direct and more.
Here's how you make it happen…
If you’re thinking of moving to the cloud, you will need a team, and not just IT people. Whether you’re moving applications to IaaS, PaaS or SaaS, the business will be impacted, so you’ll need the application owners on your team.
You already understand your on premise environment, but now you have to discover things about it through the lens of cloud readiness. For example, you will need to understand how much data each application outputs (data egress), as this is charged for in the cloud.
Will some applications run better and be more cost effective by migrating them to Platform as a Service (PaaS), or should you simply “lift and shift them” to the cloud? For example, why deploy SQL Server on a VM in Azure, when you can use Azure SQL Database and save the management overhead associated with VMs.
How will you prioritise the migration of applications to the cloud, and what will be the factors that determine the priorities? Is the best way to give them a weighted score based on the needs of each application owner, or should time and cost be the driving factors?
You’ll need these. You may already have some cloud subscriptions, but how will you consolidate them? Are they in Azure Service Manager, Azure Resource Manager or Amazon Web Services? And how are you going to back up your applications if they reside in the cloud?
At Vigilant.IT, we have over a decade of experience building hosted systems for our clients.
We leverage that experience to help you understand and maximise your transformation to a hybrid cloud. We use a single, cohesive management system that spans operating systems, cloud models and cloud providers. We leverage cloud services that enhance on premise functionality. We work with the most popular device platforms to provide “anytime anywhere” access in a controlled, protected way. And we utilise global security tools and intelligence to keep your hybrid infrastructure secure.
Experience our Managed Cloud services that can scale to your requirements. You pay monthly for management services with no lock in.
Host your virtual machines and Infrastructure with us. You can retain control and management, or we can provide Managed Cloud services.
Ever wanted to have real business continuity technology and not just Back-up but real Disaster Recovery, but think it is too expensive. Think again, with Azure Site Recovery you can use Azure for your DR site, but you only pay for the Virtual Machines when they are in use. This makes Azure Site Recovery a high performance, low cost option for business continuity uses. At Vigilant.IT we have got a great Get Started offer for you.