2. Challenges in Implementing Disaster Recovery Plan
–Too many moving parts and complexity
–Lack of automation – reliance on manual execution
–Driving without dials – no real time meters to
monitor DR service
–DR drills are expensive and impact production
2
3. What should I consider?
3
Costs Traditional DR Cloud-based DR
Datacenter for Disaster Recovery
(including facilities utility and electrical power
source)
Own manage Cloud Service Provider
Stand-by Hardware System Own manage Cloud Service Provider
Manpower – Network Operation Own manage Cloud Service Provider
Manpower – System & IT Security
Operation
Own manage Cloud Service Provider
Capacity expansion
Own manage
(procurement process + more hardware
to manage)
Easily provided through
flexibility and agility of Cloud
Expense 1.5 – 2X 1.2 – 1.5X
5. Datacomm Cloud-Based Disaster Recovery as a Service
Flexible Services Offering to Meet your DR Plan
Objectives
5
Ganti gambar
6. Multi-Cloud
Replicate One-to-Many
Right cloud for right workload
Workload Mobility
Burst — Scale
Migrate — Failback
Non-Disruptive
Compliance reporting and reminders
— Off-site clones for dev/test
Orchestration & Automation
Visibility Across All Sites – Compare Clouds – Proactive Management
RTO in Minutes, RESTful API
Continuous Data Replication
Hypervisor — Near-sync
Scale-out — No impact
Continuous Data Protection
Application Consistency Grouping
Virtual Protection Group
Multi-VM consistency — Multi-SLA
Journal-Based Recovery
Point-in-time recovery:
Site, application, VM, file-level
Long-Term Retention
Multiple copies for compliance and recovery
Local or Cloud — Portable
Analytics & Control
RPO in Seconds
7. VM
VR
A
VR
A
Block-Level Replication
BC/DR SiteProduction Site
vCenter
VM-Level
Replication
Simple deployment
No downtime install in minutes
No impact protection and testing
Block-level, no snapshots, no agents
Powerful and resilient
Scale-out, compression, throttling
Continuous Data Protection
Checkpoints in seconds, recover any-to-any
vCenter VR
A
VR
A
ZVM
vDisk vDiskvDisk
VM VM
VM
VM VM
VM
VM VM
VM
VM VM
ZVM
8. Enhanced Journal File-Level Recovery
30 day
Journal
00:00 06:00 09:00 12:00 15:00 18:00 00:00
Rewind and recover from any point in
time
Sites Apps FilesVMs
9. Journal-Based Recovery
• Simply rewind to any point in time
• Protection against logical failures
– Not just disasters
• Recover from seconds ago
– Not the last backup or snapshot
• Application consistency
– With write-order fidelity
• Recover multi-VM apps consistently
– Down to the second
12. VPG 1 RPO 4 secondsVM VM VM VM VM
VPG 2 RPO 6 secondsVM VM VM VM VM
VPG 3 RPO 9 secondsVM VM VM VM VM
Production Site
Consistent Protection and Recovery
Virtual Protection Group
• Simple, scalable protection
• Write-order fidelity and consistency
• Preconfigured with recovery settings
• Supports vMotion, Storage vMotion, etc
vDis
k
vDis
k
vDis
k
Enterprise Applications
CRM, ERP, SQL, Oracle, SharePoint, Exchange
VM VM
VM VM
VM VM
VM VM
VM
VM
VM VM
VM VM
VM
VM VM
VM VM
VM VM
vDis
k
vDis
k vDis
k
vDis
k
vDis
k
14. BC/DR Site
vCente
r
ZVM
VM
VR
A
VM VM
VM
VR
A
VM VM
Long-Term Retention
Production Site
vCente
r
VM
ZVM
VR
A
VM VM
VM
VR
A
VM VM
VM-Level
Replicatio
n
Offsite
Backup
VPG backup
3rd Copy from replica data
Daily or weekly schedule
BC/DR site failure protection
Always recover
Restore to anything
ZVM Disk, SMB Share,
Deduplication Device
DCB BaaS
No backup window
Backup to offsite repository
Any site or public cloud
Extend Journal protection
Long-term data retention
Keep forever
S3
16. Recover Individual Files and Folders in Minutes
Restore Request
• Select VM
• Select point in time
• Journal data mounted
• No agent or impact
Select Files and Folders
• File server data
• Application files
• SQL databases
• Exchange databases
Restore Anywhere
• Browser download
• Mount network share
• Data restored from
seconds before
17. One-to-Many Rapid Recovery and Testing
Protected Site
VM VM VM
VM VM VM
• Protect to DR site
• Local and multi-cloud testing
• Test on isolated servers,
identical to production
• Faster development
• Higher quality QA
• Faster time to market!
VPG 3 VPG 4
VPG 7VPG 6VPG 5
VPG 1
VPG 2
Cloud
19. Visibility Across Multi-Site, Multi-Cloud
– Analytics, Reporting, Monitoring
• Multi-site, multi-cloud
• View protection across all clouds
• End-to-end security
• SaaS driven platform
• No VPN — No ZVM access
20. Resilience Management with Zerto Analytics
• Empower intelligence-led transformation
• Real-time and historical analytics and reporting
• View protection and consumption data across
multi-site, multi-cloud environments
• Aggregated and consolidated information from
multiple ZVMs
21. Testing Recovery and Reporting
– Regulatory Compliance
• GDPR
• PCI
• ISO
• SOX
• HIPAA
• SEC
22. General Data Protection Regulation
– (GDPR)
Prove recovery Protect against personal
data breaches
Visibility and control
over geo locations
23. Best Protection on Earth.
Built for the Enterprise.
Simple. Really Simple.
24. Zerto IT Resilience Platform
Non-Disruptive Testing with
Compliance Reporting and Reminders
RTO = Minutes
Prove Compliance
Journal-Based Recovery
Rewind and Recover to the Second
RPO = Seconds
Application Consistency Groupings
Block-Level Replication
Infrastructure Agnostic
Private, Hosted, Hybrid,
Public and Multi-Cloud
Enterprise-Class, Software-Defined
Workload Mobility
Hypervisor-Based
Continuous Data Protection
Migrations, Recovery, and
Long-Term Retention
Remote Analytics and Reporting
IT Resilience Platform
Notas del editor
How do we do it? What’s “Under the hood”? [This slide gets read from the bottom up]
First – we our software is a platform built on any infrastructure – we support all of those (point to logos) and, even better, we work between those different solutions, so you are free to use any infrastructure with Zerto.
Second – We started with the best replication engine in the market today, VM level replication with the lowest RTO / RTOs in the business.
VM-level replication has two critical features:
CDP – journal – this is like a TIVO for your TV – allows you to recover at any point in time [insert ransomware example if you like]
This enables recovery from short term logical failures and long-term recovery needs
Long-term retention
We have built one tool for all recovery needs – allows you to test recovery of applications
Important for you to mobilize and check it works and is protected
The building block for the future of resilience because all data protection will shift (and is shifting) to this use case.
This retention can and is happening in the public cloud – portability is key, so you can recover those copies anywhere
Those features of VM-level replication, function in three critical ways to make Zerto the simplest platform in the market today:
We operate at the Workload level
Virtual Protection Groups mean we have full consistency between applications
SLAs for different workloads help manage your business needs
We enable Testing with no impact on Production environment
Spin a full copy of workload and test if it’s working, test patching, dev on it with NO production disruption
We make sure impact on your Network is minimal
Included are Networking support, bandwidth acceleration…
There are two pillars that bookend the platform, without which you could not have simplicity and visibility
Orchestration is automated. Nothing manual:
This enables you to manage lots of workloads at scale
This also means that you can recover from any point in time, as an APPLICATION
It’s repetitive and predictable every time you clock button, the same thing will happen
APIs for integrating your tools on top of the platform
Analytics to see and know it’s all working. Across all infrastructures.
Like one of our customers says “I check the Zerto status with my morning coffee – when I see all green, I know the day is going to go ok”
So you see, Zerto is one SIMPLE platform for all of your IT Resilience needs
Business Continuity
Data and Application Mobility
Cloud Agility
No animation option
[Click Animation]
So, roll back very quickly with little to no loss, and sometimes you can use this same platform to recover from multiple types of disasters. Yes, there are still times you’ll use a certain solution for very specific reasons, but the majority of use cases can take advantage of a solution, or a cloud provider, that can give you access to these capabilities for all your disasters including:
[Click Animation]
the site failures,
[Click Animation]
the application failures across virtual machines,
[Click Animation]
single virtual machine failure,
[Click Animation]
or even file level recovery from any of those virtual machines.
[Optional Slide]
[Background]
[Script]
Well, typical technologies like storage based LUN replication require you to place application VMs on the same LUN if you want to replicate the data consistently, and schedule a snapshot to occur on a given schedule.
Well, a couple of things start to happen:
(1) Data sets get larger and larger and you’re forced to now place VMs for this application across multiple LUNs, and then remember to manage the replication schedules so they occur at the same time for recovery consistency.
(2) Once that data rate of change begins to grow too large for the replication window, you must RAISE your RPO by adding more time in between each replication schedule in order to allow for all of the data to send before the next snapshot takes place and needs to be replicated.
[Click Animation]
So, VMs for the same application are now spread across multiple replication schedules, which doesn’t seem like THAT big of a deal, until it comes time to recover them. They are all from different points-in-time, looking for data or changes that aren’t going to exist where they are expected, and this add a LOT of cost, through TIME, to you.
Time for people to recover the data to a certain point-in-time
Time for people to repair the recovered data so it can start to even be useable
And MORE time for people to RE-ENTER all the lost data, if that can even be done.
Of course, you’re also losing the TIME/MONEY of incoming transactions, plus the time your employees are losing while being pulled away from their day job to help through this recovery process.
[Click Animation]
You now need to multiply these issues across many applications, and good luck managing the placement and replication schedule!
[Click Animation]
You have these pain points today, but may be just accepting them because:
It’s what you’re used to,
You didn’t know there was a better way that is still affordable, or even more affordable than what you’re using today.
[Click Animation]
There is no consistent recovery and this is totally not scalable.
[Click Slide Transition]
One-To-Many Hybrid Cloud Architecture
Summary Dashboard
All sites, resources, tasks, alerts
single topo view of all sites
Identify sites w/o remote protection
Visualize network issues
Identify cloud issues..
30-day Journal analysis
Recovery depth Actual v. SLA
Size, historical trend
Zoom in to troubleshoot
Journal Breach Table
30-day RPO analysis
RPO SLA v. Actual
Spot anomalies, recurrence, trends
Zoom in to troubleshoot
Specific time/duration of SLA breach
Summary Dashboard
All sites, resources, tasks, alerts
single topo view of all sites
Identify sites w/o remote protection
Visualize network issues
Identify cloud issues..
30-day Journal analysis
Recovery depth Actual v. SLA
Size, historical trend
Zoom in to troubleshoot
Journal Breach Table
30-day RPO analysis
RPO SLA v. Actual
Spot anomalies, recurrence, trends
Zoom in to troubleshoot
Specific time/duration of SLA breach
Read this slide with gusto!Best protection on earth with the fastest RTOs and RPOs on the planetBuilt for enterprise-scale to handle protection workloads and to future-proof you cloud strategySimple: hardware agnostic, easily integrates into your infrastructure, easy to use and manage your environments