2. Leading provider of hosting
and data center solutions with
cloud / virtualization
Global Presence across India,
USA and UK
Over 250 employees across 10
locations worldwide
Servicing 30,000 + customers
across 3 continents.
Leading web hosting service provider in the USA
http://www.bodhost.com/
Cloud Hosting and Datacenter services in India
http://www.esds.co.in/
Leader in web hosting based in UK
http://www.webhosting.uk.com/
Premium web hosting company in the UK
http://www.eukhost.com/
ESDS group of companies
Global Presence 300+ employees 30000+ customers
Leading web hosting service provider in India
http://www.host.co.in/
10+ Years
About ESDS ….
9. Challenges
24x7x365 delivery of mission critical
applications
I. N+N or N+1 configuration
II. Full fledged NOC to be setup
III. Skilled Resources
IV. Proper BCP & DR planning
14. Are You Ready
Technology Refresh –
As the Applications are evolving, so is the requirement for resources,
Compute - Tower, Rack, Blade, Half/Quarter height blade Servers,
Processors – 4, 6, 8, 10, 12, 15, 16, etc.
Storage – SAN, NAS, Unified storage systems, Backup technology,
D2T, D2D, etc…
Network – 1Gbps, 10Gbps, 40Gbps, 100Gbps, etc.. Converged
Network
SDN – Software defined Network
Is your infrastructure ready
Is your IT team ready
What is the turn around time for adoption, transition, Go-Live
15. CapEX Model
Traditional DC Traditional DR
500 sq.ft 500 sq.ft
Servers Servers
Storage Storage
Backup solution Backup solution
Network Systems Network Systems
Bandwidth (N+1 ISP) Bandwidth (N+1 ISP)
UPS, DG, PAC, Security UPS, DG, PAC, Security
Structured Cabling Structured Cabling
NOC, Technical Support, Help Desk, etc..
NOC, Technical Support, Help Desk,
etc..
CAPEX 4 to 5 Cr approx 3 to 4 Cr
OPEX cost year on year
Land, Electricity, Bandwidth, Daily Maintenance, Man
Power approx 30% approx 30%
Depreciation 30 to 60% 30 to 60%
Book Value after 3 Years 0 0
Can you continue using the same equipment after 3 year
Not sure, as technology is changing,
trends are changing, Govt. Policies are
changing
Are you going to sell NO NO
Note
Company like MahaTransco, MahaGenco, MahaDiscom are already big
enough and would not prefer to build assets
Also looking at Govt. plans for disinvestment, building assets is never
recommended.
21. 100 % OpEX Model
Primary IDC Pay only during Disaster
Land Not required, Major Cost saved Not required, Major Cost saved
Compute Servers Servers
Storage Storage
Backup solution Backup solution
Network Systems Network Systems
Bandwidth (N+1 ISP) Bandwidth (N+1 ISP)
UPS, DG, PAC, Security UPS, DG, PAC, Security
Structured Cabling Structured Cabling
NOC, Technical Support, Help Desk, etc..
NOC, Technical Support, Help Desk,
etc..
CAPEX NIL NIL
OPEX cost year on year
Land, Electricity, Bandwidth, Daily Maintenance, Man
Power Around 2 to 3 Cr spread across 3 years Included
Depreciation
Entire amount can be deducted as
expense
Book Value after 3 Years NA NA
Can you continue using the same equipment after 3 year
IDC, will upgrade to the latest
technology, no issue of Absolute
IDC, will upgrade to the latest
technology, no issue of Absolute
Are you going to sell NO NO
Note
Company like MahaTransco, MahaGenco, MahaDiscom are already big
enough and would not prefer to build assets
Also looking at Govt. plans for disinvestment, building assets is never
recommended.
22. Benefits
Highest Level of
Redundancy
• Multiple Levels
of Fail-Safe
• Vendor
Resilience
• Platform
Independent
• Technology
Independent
• Future
Protection
System Concerns
• Huge Capital
Investment
• Licensing Issues
• Expensive
Support and
Upgrade
• Skilled Labors
• Future Road
Map
Resiliency
• Business
Critical Work
Load
• Diverse OS
Support
• Widely
Accepted for
cloud
• Cost Effective
Technology
Adoption
• Lesser
Provisioning
Time
• On-Demand
• High
Availability
• Scalability
• Global Foot
Prints
• Pay per Use
Other Benefits
• Penny saved is
Penny earned
• Avoid Capex;
lower Opex
• Outsource
Model
• Guaranteed SLA
24. Introducing
The Next Generation Cloud Computing Platform
Guaranteed uptime with auto-scaling of resources
True pay-per-consume prepaid billing model
Excellent Performance and High Availability
Hardware Virtualization with vertical scaling
Thick Provisioning of Storage
Metered Billing with 5 minute cycle
0 CAPEX, 0 Maintenance and 0 Downtime solution
Fully managed 24*7 support
Protection from physical hardware failure
Easy to Use self service control panel
API’s for third party integration
26. Replica on eNlight CloudPrimary Datacenter
How Hosting + DR works on eNlight?
At a different location
27. Replica on eNlight CloudPrimary Datacenter
How Hosting + DR works on eNlight?
At a different location
Network
Connectivity for
Data
Synchronization
28. Replica on eNlight CloudPrimary Datacenter
How Hosting + DR works on eNlight?
At a different location
Network
Connectivity for
Data
Synchronization
User pays only for resources being used
which is 80% less than what would have
been needed in case of Traditional DR
solution.
29. Replica on eNlight CloudPrimary Datacenter
How Hosting + DR works on eNlight?
At a different location
30. Replica on eNlight CloudPrimary Datacenter
How Hosting + DR works on eNlight?
At a different location
User will now pay high cost due to resources
being utilized.
31. Replica on eNlight CloudPrimary Datacenter
How Hosting + DR works on eNlight?
At a different location
Primary DC comes up
32. Replica on eNlight CloudPrimary Datacenter
How Hosting + DR works on eNlight?
At a different location
33. Replica on eNlight CloudPrimary Datacenter
How Hosting + DR works on eNlight?
At a different location
Network
Connectivity for
Data
Synchronization
Re-established
34. Replica on eNlight CloudPrimary Datacenter
How Hosting + DR works on eNlight?
At a different location
Data
Synchronization in
progress
35. Replica on eNlight CloudPrimary Datacenter
How Hosting + DR works on eNlight?
At a different location
36. Replica on eNlight CloudPrimary Datacenter
How Hosting + DR works on eNlight?
At a different location
User again starts paying only for resources
being used which is 80% less than what he
was paying while primary site was down.
1960: ENIAC, Huge machine for data processing, 1800 sq.ft
1980: IBM PC, Computers were evolving rapidly
1990: Microcomputers were now Servers, huge Tower servers
At the same time, Internet was also evolving
Since this was the evolution phase, traditionally, servers were kept in-house
The processors used at that time were RISC processors from IBM, HP, DEC, SUN, etc…very huge systems & complex to maintain
Resources were not easily available to maintain these systems and were highly paid
2000: Processor’s evolved at a very rapid speed and very frequently the upgraded versions started coming in market, like Pentium I, II, III, XEON & so on.
As the Internet reach started increasing and accessible to general public, the use of resources started increasing, like email.
Limited scalability
Capex invested for the scalability still the average resource utilization was not more than 50% to 60% and that too 50 to 60% utilization was type of spikes
Otherwise, the resources were most of the time under utilized
