Your on-premises storage maintenance bill is due. It's hundreds of thousands or millions of dollars, and you know you will always need to purchase more storage capacity.
-Do you pay your maintenance bill and commit to another 3-5 years?
-Do you move to a hyperconverged architecture?
-Do you migrate to Microsoft Azure cloud storage?
In this webinar, join SoftNAS and Microsoft Azure as we cover:
-Pros/Cons: on-premises NAS/SAN vs. hyperconverged vs. Microsoft Azure cloud storage
-Demo: “Lift and shift” on-premises file storage to Azure without re-architecting applications
-How to fund a data migration to Azure with your existing budget
-TCO analysis
Try SoftNAS Cloud on Azure: https://ter.li/n6oaz5
Watch the Webinar: https://www.brighttalk.com/webcast/14841/232413
Learn about SoftNAS Cloud on Azure: https://ter.li/4tr4a0
Test Drive SoftNAS Cloud on Azure: https://ter.li/u52kq0
4. The Storage Dilemma
4
Renew maintenance
contract or forklift
upgrade to new
NAS/SAN?
On-Premises
NAS/SAN
Hyperconverged
Hardware
Azure Cloud
Forklift upgrade to
hyperconverged
infrastructure?
“Lift and Shift” to the
Azure public cloud?
5. DoesThis Sound Familiar?
5
• Increasing maintenance costs?
• Are you able to forecast capacity needs?
• Never-ending pressure from business to add more storage capacity?
• Pressure by CxO and senior management to move to the cloud?
• Pressure by business unit owners for agile infrastructure?
• Lack of low cost, high-performance object storage option?
• High pricing for SSD?
• Shadow IT competing with DevOps and Cloud?
• No IT budget relief – unrealistic expectations to “do more with less or
same” resources and budget each year?
6. Comparing On-Premises, Hyperconverged and Azure
6
On-Premises Converged/Hyperconverged
Security
Customer controls their
data
Customer controls their
data
Customer controls their
data
Infrastructure Management
Customer handles
infrastructure
Customer handles
infrastructure
Azure handles
infrastructure
Agility Limited
Add more nodes; still
requires more hardware
Scale up or down to meet
your business needs
Disaster Recovery and High
Availability (HA) Setup
Days Days Minutes
Time to Procure More
Storage
Weeks to Months Weeks to Months Minutes
Pricing Most expensive option
Cheaper than NAS/SAN;
more expensive than Azure
Pay as you go
7. On-Premises Management vs. Azure Management
7
Applications
Data
Runtime
Middleware
O/S
Virtualization
Servers
Storage
Networking
On-Premises /
Hyperconverged
AzureCloud
Self-Managed
Applications
Data
Runtime
Middleware
O/S
Virtualization
Servers
Storage
Networking
ManagedbyAzure
Self-Managed
• Using Microsoft Azure reduces:
– Infrastructure-related administration
– Costs
– Time requirements to dynamically change
• Customer still manages user accounts; but,
tasks like: maintenance, disk swapping and
monitoring the health of your data are now
managed by Microsoft
• Wave goodbye to hardware maintenance
fees and forklift upgrades!
8. 8 Reasons to ChooseAzure forYour Storage Infrastructure
8
Pay as you go; pay
only for what you use
End maintenance renewals;
no longer pay the
“maintenance ransom”
Replace CapEx with
OpEx
Best in class security
protects your data
Easy to setup, use
and manage
Backups, Disaster
recovery, Business
Continuity and High
Availability
Easily scalable to
meet your
business needs
Reliable
infrastructure
14. Enterprise Primary Storage
Unified access on-premises and in the cloud
Edge systems (on-prem servers with a copy or cache of
data) can be used to optimize for access latency and
bandwidth
EnterpriseHybridStorageandGlobalDataAccess
18. Using theAzure Pricing Calculator
18
• Use the pricing calculator to
configureAzure features for
your use case
• Web Link:
https://azure.microsoft.com
/en-us/pricing/calculator/
19. $-
$50,000
$100,000
$150,000
$200,000
$250,000
$300,000
$350,000
$400,000
On-Premises Hyperconverged Azure
On-Premises vs. Hyperconverged vs. Azure Pricing
Storage Network IT Labor
3YearTotal Cost of Ownership (TCO) for Azure (40TB)
19
$758,303
$492,897
$270,400
64% Cost
Reduction
• On-premises to Azure migrations result
in cost savings of 64%
Sources: Azure Pricing Calculator, The Cloud Calculator
On-Premises Hyperconverged Azure
Server 306,023$ 198,915$ 113,229$
Storage 156,200$ 101,530$ 57,794$
Network 160,480$ 104,312$ 59,378$
Maintenance 55,000$ 35,750$ -$
Migration 23,000$ 14,950$ 10,000$
IT Labor 57,600$ 37,440$ 30,000$
Total 758,303$ 492,897$ 270,400$
On-prem customers have 3 options when their maintenance renewals come up:
Either stay on prem and pay the maintenance bill (which has also become more expensive)
Consider a forklift upgrade; you can buy a new NAS/SAN or move to hyperconverged software; however you’re still on-prem and using hardware. The maintenance renewal stays
Finally, customers can lift and shift their data to Azure. Hardware will no longer be required and data centers can be “unplugged”
Azure is designed with an aggressive compliance strategy that helps customers address business objectives and industry standards & regulations. Our security compliance framework includes test and audit phases, security analytics, risk management best practices, and security benchmark analysis to achieve certificates and attestations.
Cloud services and cloud usage are broadly defined as existing across infrastructure services or IaaS and higher layer platform services or PaaS. The Azure Storage services span both categories.
On the IaaS side we provide single instance storage for VMs in the form of our Disks service and SMB shared storage which we call Azure Files.
On the PaaS side we provide an unstructured object store called the Blob Storage service which offers Exabyte scale and the ability to store trillions of objects across different tiers within the cloud. Our current cloud object storage tiers are hot storage for higher performance and frequently accessed data and cool storage for active archives. In addition to unstructured data, we also have the NoSQL Tables service for semi-structured and structured data and the Queues service for reliable intra and inter-service communication.
Flexibility: Customers can create SoftNAS volumes using the Blob Storage tiers with the right mix of price and performance that best meets their needs. Customers can use Cool Blob Storage for less frequently accessed data, while Hot Blob Storage can be used for data being accessed on a regular basis.
Unlike on-prem storage fixtures, SoftNAS allows customers to adjust to performance and capacity requirements as needed. That means if they are doing a development project and just need enough to test the application and then need to grow to a production roll-out, they can non-destructively adjust capacity and the storage performance to meet their needs. As deployments grow, they can again adjust the storage characteristics to match the need. Customers only pay for what they need and what they use. No hardware lock in. Customers can experiment with their workloads to match the requirements – Try that with a CapEx on-prem model!
SoftNAS Cloud enables existing applications to use standard storage protocols and operate unchanged.
The SoftNAS Cloud virtual instances run on Azure compute and connect to the Azure back-end storage services. SoftNAS Cloud provides all of the Enterprise NAS capabilities in the cloud so customers don’t need to re-write their applications to the move to Azure. We help customers make the move to Azure and preserve their budgets for projects that improve business outcomes instead of re-architecting data systems.
SoftNAS Cloud can also run on-premises as a virtual machine to create a virtual NAS storage system. The on-premises SoftNAS Cloud can also connect to Azure for cloud hosted storage. Yes, we can run as a virtual storage appliance on-premises to create a NAS that connects to the cloud.
Ideal use cases include:
Capturing back-ups or replicating and migrating on-premises data to Azure
Hosting applications with file protocol requirements – ideal for moving existing applications to Azure for hosting with less “re-architecture” work. Quickly SaaS-enable applications that use file system.
Using off-premises snapshotting of virtual machines or application data to protect against disasters or rolling back to prior application versions
Safe keeping for development to store source code off-site
Media and content sharing or distribution
Create a single SoftNAS Cloud data store
Use different Azure storage backends to find the optimum price/performance level
For web server images, use Block Premium storage
For web site images, use Block Standard storage
For older, user-submitted file, use Object storage
SoftNAS Cloud on Azure gives you the ability to mix and match any combination of backend Azure storage while presenting a common file services layer to applications and users.
Customers frequently face the dilemma of how to move applications to Azure that DO NOT Azure Blob while maintaining user access control through Active Directory or LDAP.
The two options are:
Re-write application to support Azure Blob
Use NFS/CIFS/iSCSI provided by SoftNAS Cloud on Azure and move the application unchanged (Mention POSIX compliant file system).
Example applications that can run on-premises or in the Azure Cloud and use NFS/CIFS/iSCSI provided by SoftNAS Cloud on Azure are:
Windows Server
SharePoint
Microsoft Dynamics
RedHat
SUSE
Docker
SoftNAS Cloud can be used as a Disaster Recovery solution
SoftNAS Cloud is installed on-premises as a virtual appliance for PRIMARY STORAGE
A second instance of SoftNAS Cloud is installed on Azure cloud for SECONDARY STORAGE and to serve as the disaster recovery target
SoftNAS Cloud SnapReplicate is configured to replicate from SoftNAS Cloud on-premises to SoftNAS Cloud on Azure