Philip Hilton's Presentation material during Seminar Protecting Mission-Critical Application Against Downtime at Grha Datacomm Jakarta, Thursday March 8 2018
2. PRIVATE AND CONFIDENTIAL 2
70%
88%
of enterprises will
have a hybrid-cloud
strategy by 2019
Source: Gartner “The Future of the Data Center in the Cloud Era”
https://www.gartner.com/document/3079122?ref=unauthreader&srcId=1-3478922254
of enterprises are
moving to a cloud-
first strategy
PRIVATE AND CONFIDENTIAL
3. IT PROS WORRY…
31%
Feel they lack the necessary job skills to
lead a cloud deployment effort with
confidence
37%
Feel they lack the knowledge of which
workloads they should migrate to public or
private clouds
50%
Feel they lack the right tools to monitor
and manage cloud deployments
Sciencelogic.com/cloud PRIVATE AND CONFIDENTIAL 3
4. By the end of 2019, digital transformation
spending is expected to reach $1.7 trillion
worldwide, a 42% increase from 2017
Transformation is Happening
Source: IDC
5. Why Transformation is Happening
Profitability
Increase revenue
and differentiate
Customer Experience
Gain a competitive edge
with customer-centric IT
Speed to Market
Accelerate innovation
and business
16. Deliver an always-on
customer experience
Move with ease
and without risk
Leverage cloud to
accelerate business
Workload
Mobility
Multi-Cloud
Agility
Continuous
Availability
Zerto IT Resilience Platform
17. CONTINUOUS DATA PROTECTION
JOURNAL-BASED RECOVERY
LONG-TERM RETENTIONAPPLICATION CONSISTENCY GROUPING
CONTINUOUS DATA REPLICATION
One Platform for IT Resilience
18. NON-
ORCHESTRATION & AUTOMATION
CONTINUOUS DATA PROTECTION
JOURNAL-BASED RECOVERY
LONG-TERM RETENTIONAPPLICATION CONSISTENCY GROUPING
CONTINUOUS DATA REPLICATION
NON-DISRUPTIVEWORKLOAD MOBILITYMULTI-CLOUD
One Platform for IT Resilience
19. NON-
ORCHESTRATION & AUTOMATION
CONTINUOUS DATA PROTECTION
JOURNAL-BASED RECOVERY
LONG-TERM RETENTIONAPPLICATION CONSISTENCY GROUPING
CONTINUOUS DATA REPLICATION
NON-DISRUPTIVEWORKLOAD MOBILITYMULTI-CLOUD
ANALYTICS & CONTROL
One Platform for IT Resilience
23. 23
Production
Site
BC/DR Site
One-To-Many
Scale-out hypervisor-based
Virtual Replication Appliance
Compression, throttling, resilience
VM block-level changes only
Near-sync Replication, RPO = Seconds
Tracking & streaming, no snapshots, no impact
Storage-agnostic replicate any to any
Replica Data & Journaling vDisks
Any point in time recovery, 7-10%
No downtime, install in minutes
Zerto Virtual Manager
Management interface
How Zerto Virtual Replication Works
24. ZVM ZVM
Zerto DRaaS & Intra Cloud Architecture
24
Customer
A
vCente
r
VM VR
A
VM VR
A
ZVM
Customer
B
SCVM
M
VM VR
A
VM VR
A
ZVM
DRaaS
Cloud
vCente
r
VR
A
VR
A
BC/DR
Cloud
vCente
r
VR
A
VR
A
ZCM
ZC
C
ZC
C
vCD
For each customer & cloud vCenter/SCVMM
Zerto Virtual Manager (ZVM) & VRAs
Install in minutes
Manager of managers
Zerto Cloud Manager
vCD, multi-tenancy, resource mgmt
Deploy dedicated port group
Zerto Cloud Replication Network
Standard or distributed switch
For DRaaS multi-tenancy, 1 per customer
Zerto Cloud Connector (ZCC)
2 IPs, 1 customer facing 1 replication network
VPN, MPLS
70% of enterprises will have a hybrid cloud strategy by 2019
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And at the same time 88% of companies are moving to a cloud first strategy, according to Gartner
Source: What Goes Where Building an Enterprise Cloud Strategy 2016
In terms of moving to the cloud, you don’t need to maintain all the best industry experts to run a data center any more. You need the skills to understand the cloud, use the cloud, and the tools to manage the cloud. The cloud is still introducing many unknowns into the equation, so let’s talk through these and understand how to work with them and resolve these fears.
*****
What are IT pro’s worried about ?
by Sciencelogic.com/cloud
31% say they lack necessary job skills to lead a cloud deployment effort with confidence
37% say they lack the knowledge of which workloads they should migrate to public or private clouds
50% say they lack the right tools t monitor and manage cloud deployments
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How does this solution work?
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The first thing you need to do is install the Zerto Virtual Manager (ZVM) that plugs into your vCenter or System Center depending on if you’re running VMware vSphere or Microsoft Hyper-V.
It’s a simple .NET (dot-net) installer that gives you an easy-to-use management interface along with the orchestration and automation capabilities.
ZVM installs in minutes with no disruption or down time.
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The data is replicated using the scale-out, hypervisor-based Zerto Virtual Replication Appliance (VRA).
These are deployed from the Zerto Virtual Manager, they are very small in their footprint (1vCPU, 4GB (four gigabytes) of RAM, 12.5GB (twelve and a half gigabytes) of disk, and an IP address).
These are deployed on each and every hypervisor host that you are replicating from or to. This allows every protected VM to have a local replication appliance no matter where it moves around to within the cluster, and it creates this scale-out architecture meaning Zerto can protect your environment with the same software whether you are a 10-VM environment or have thousands of VMs to protect in your environment.
These appliances have built-in compression of the replication traffic and allow you to throttle it at different time periods throughout the day, and they also have resilience to WAN outages. So if a network link goes down they don’t start storing a huge amount of data, they just keep an online index in memory of the most recently changed blocks of data, which then replicate once the network link comes back online – it automatically self-heals.
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The VRAs are only replicating the virtual machine block-level changes.
It is performing real-time and continuous replication, removing the need for any scheduling. If nothing is changing, nothing is replicating, and as soon as a block changes and is written, it is asynchronously tracked and sent to the recovery site with no snapshots, and no impact.
ZVR is constantly tracking these writes and the order in which they are written as to capture recovery checkpoints that maintain this write-order fidelity of the data, without having to snapshot, pause, or stun the VM.
A great example here is Leupold & Stevens, a 5TB Oracle database before Zerto were using storage-based replication with snapshots which had to run every 4 hours with hot-backup mode impact, stunning the database and killing performance. With Zerto, they are now able to achieve and RPO of sub 20 seconds, no backup mode needed, no snapshots, no performance hit at all, and of course only seconds of data loss.
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The recovery site contains virtual disks for the replica if the VM data, and journals for the latest changes, up to 30-days back.
With compressed data, typical DR site storage space required is the space for the utilized VM base disk, and an additional 7-10% of that space for the Journal.
Another great example here is Harpo Credit Union. They saved 40% of their storage footprint with Zerto. They no longer have to replicate the whole LUN, just the VMs, and they no longer need to take or store snapshots for point-in-time recovery.
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[Content Notes]
Scale-Out Example: Large SaaS provider. Scales to protecting thousands of VMs per vCenter, more than 10,000 VMs over 4 vCenters.
RPO Example; Leupold & Stevens, 5TB Oracle database, RPO of 4+ hours with hot-backup mode impact, to sub 20 seconds, no backup mode needed.
RPO Example vs Veeam: SQL Database for an online credit decision making company. They needed HA and VEEAM couldn't keep up, plus they were taking snapshots every 15 minutes which was pausing the application and creating latency. The SQL DBAs desired to use SQL always on and were trying to break Zerto Replication but couldn't. Finally the gave in and bought and now the whole company loves it!
Replica Data & Journal vDisk Example: HAPO Credit Union saved 40% of the storage footprint with Zerto. Not replicating LUNs, only VMs they needed & no snapshots.
Journal disk overhead sizing. This depends and varies with each customer and workload, but really it’s all about the data rate of change that is replicated and stored (not ongoing replication of disks selected as “swap”), and the amount of recovery history you wish to maintain for that VM. We do have a Journal sizing tool to help you get more accurate estimates. There are lots of safety measures built in to help prevent filling the storage and causing errors.
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Let’s take a look at the architecture when replicating to remote sites or even managed clouds.
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You’ll still locally deploy the ZVM and VRAs, which install in minutes without disruptions within your environment.
The remote cloud provider will also be running ZVMs and VRAs.
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The cloud provider uses Zerto Cloud Manager (ZCM) to give you multitenancy and RBAC. They could even be running vCloud Director (vCD) on top of their vSphere environment (as can you, locally).
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The Zerto cloud replication network also consists of dedicated portgroups for your workloads and replication traffic.
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And when replicating to a multitenant environment, each customer will have a Zerto Cloud Connector (ZCC) deployed within the provider site, allowing you and isolated replication and management network
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From the Zerto Virtual Manager (ZVM) you can run these detailed reports to prove that you can recover, how long it took, who did it, and what the outcome was.
You can use this against multiple regulatory compliance standards
And you can also put your own logo in the report as well.
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