OSSera is committed to Green IT. Founded in 2007 for OSS Business Transformation

1. GREEN IT
FOR TELECOM OSS BUSINESS
TRANSFORMATION

2. Challenges
• Data Center Problems
Energy
• Challenges & Solutions
Our Approach
• Approach & Key Differentiators
Summary
• Conclusions

3. Datacenter Costs
1 large, 100,000 sq ft
Datacenter
– 30MW Power
Consumption
• Equivalent Power
Consumption of 60,000
individuals
• Equivalent CO2 Output of
6,700 Households or
23,000 cars

4. Data Centers
– Highly energy-intensive and rapidly
growing
– Consume 10 to 100 times more energy
per square foot
than a typical office building
– Large potential impact on electricity
supply
and distribution
– Used about 45 billion kWh
in 2005
– At current rates, power
requirements could double
in 5 years.
4

5. Key Barriers
• Lack of efficiency definitions for equipment and data
centers (Being addressed by www.thegreengrid.org)
– Service output difficult to measure, varies among applications
– Need for metrics and more data:
How do we account for computing performance?
• Split incentives
– Disconnect between IT and facilities managers
• Risk aversion
– Fear of change and potential downtime; energy efficiency perceived as
a change with uncertain value and risk
5

6. Energy Efficiency Opportunities
Power Server Load/ Cooling
Distribution & Computing Equipment
Conversions Operations
6

7. Data Center Energy Use
Typical Data Center Energy End Use
100 Units Power Conversions
& Distribution
35 Units
Cooling
Equipment Server Load
/Computing
Operations
33 Units
Delivered
7

8. 2007: Is “Green” Software
Possible?
• “More efficient, 'greener' coding strategies could also come
from developments in high performance computing.
• The requirement to devise smarter software to exploit
parallel, multiprocessor architectures will inevitably mean
more efficient use of hardware resources and better coding
techniques all round.
• It could even mark a return to the obsessions of an earlier age
of software development when resources were scarce - when,
indeed, hardware was big, energy inefficient and expensive.”
“Is Green Software Possible?”, Phil Manchester
It isn't easy being green in an abstract world
http://www.theregister.co.uk/2007/07/21/green_software_possibility/
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9. 2011: Researcher Nabs $500K to Work On "Green Software"
BY DAVID ZAX | 03-28-2011 | 10:28 AM
”… if your data center's
energy bill is 10% of your
operational cost, it makes
sense for programmers to
write code that will save
energy."
David Lui, BYU
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10. OUR APPROACH
TO GREEN IT

11. OSSera’s Commitment to
Green IT Software Design
”…our OSS platform is symmetrically
distributed for high performance
computing – the foundation for green
software design.”
David Deng, CTO OSSera, Inc.
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12. OSSera Platform

13. …OSSera’s Platform is

14. Multi-threaded Load Balancing

15. Benefits

16. Assurance Suite: CEM,SQM,PM,FM
Planning CEM,
Blueprints Service
Operations
Unified
Service/Resource
Data
99.999% Quality,
Model
Availability Impact,
Troubleshooting,
Symmetrically & RCA
Distributed
Multi-threaded
Scalability
High Performance
Computing

17. Key Differentiators: Server Load / Computing Operations
Symmetrically Small Core
Distributed • High quality
• High Performance • Flexible in extensions
• Reliability • Small Footprint
• Scalability • Downloadable
• Flexibility
• Efficient Energy Use
High Performance 2007+
• Process more with less • Software Architecture
hardware inherently leverages
• Process more across newer “Green
legacy hardware Architecture
• Share processors with Techniques”
other software
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18. Conclusions
• IT is a major power consumer
• A significant percentage of the power is wasted
• Opportunities exist to dramatically improve IT
energy efficiency
• IT can be a very beneficial part of the Green
movement
• Since 2007 OSSera has inherently followed
Green Software design for OSS Business
Transformation