The document discusses how software-defined storage (SDS) is broken and proposes a solution to fix it. Specifically:
1. Standard SDS solutions are inefficient because they require similar hardware as dedicated systems and do not fully utilize modern processors and storage.
2. This inefficiency limits hardware choices and forces specialization, as different SDS solutions are needed for different workloads.
3. A new "holistic SDS" approach called StorONE aims to solve these problems by taking full advantage of hardware, requiring less resources than legacy systems, and providing a single environment for all workloads and protocols.
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Webinar: SDS is Broken - And How to Fix it
1. SDS is Broken - And How to Fix It
Learn how SDS is Broken:
1. SDS is Hardware Inefficient
2. Inefficiency Limits Hardware Choices
3. Inefficiency Forces Specialization
and learn how to fix it...
Webinar
For audio playback and Q&A go to: http://bit.ly/SDSBroken
2. Michael Finkelstein has played an integral role on the sales and implementation team at
StorONE. He has engaged with enterprise clients from a wide range of industries, leveraging
his extensive knowledge of higher education and financial services. Prior to working at
StorONE, Michael worked at Red Hat on their financial service sales team, and led the
coordination and partnerships between Red Hat and emerging fintech companies, and has
worked as a venture capitalist at Bain Capital Ventures.
Bruce Lewolt is the Co-Founder of JOYai, a leader in the fast-growing category of AI for
sales. Bruce has two granted technology patents and started his career working for Unisys,
which at the time was the second largest computer company in the world.
George Crump is the founder of Storage Switzerland, the leading storage analyst focused on the
subjects of big data, solid state storage, virtualization, cloud computing and data protection. He is
widely recognized for his articles, white papers, and videos on such current approaches as all-flash
arrays, deduplication, SSDs, software-defined storage, backup appliances, and storage networking. He
has over 25 years of experience designing storage solutions for data centers across the US.
OurSpeakers
3. Level Set - A
Little SDS
Background
● What is it?
● What problem was it
trying to solve?
● How’d SDS try to solve
it?
4. ● Eliminate hardware lock-in
● Lower physical and
operational costs
● Provide a centralized storage
operating environment
Goals of SDS
5. ● Turnkey systems
continue to sell
● Even hyper-converged
solutions are used only
for point projects
SDS Adoption is Low
7. ● Requires just as much compute
as dedicated systems
● Requires just as much storage
hardware as dedicated systems
Problem 1: SDS Has An Efficiency Problem
8. ● Don’t fully take advantage of
multi-core processors
● Count on open-source/public
domain for features
● Haven’t re-written algorithms
for modern architectures
Why do SDS Solutions Lack Efficiency
9. ● Most data centers have a need for
○ Random IO
○ Sequential IO
○ Capacity
SDS Has a Workload Problem
● SDS Can’t mix multiple
workloads with the same
software
○ Data centers end up buying
multiple SDS solutions for
each workload type
○ As well as the
corresponding hardware
10. SDS Has a Cost
Problem
● Need hardware just as powerful
as dedicated systems
● Need a variety of software and
hardware to meet workload
requirements
● Increases both physical and
operational costs
11. Introducing Holistic SDS - The Next Generation SDS
Clean slate approach to storage software
○ Take full advantage of today’s
processors
○ Take full advantage of memory
based storage and HDDs
○ Write algorithms like RAID from
scratch to minimize overhead
○ Internally develop features like
snapshots
12. ○ True Hardware Freedom
○ Maximum Performance
○ Multiple Use Cases
○ Single Storage Environment for
the Data Center
Summary
Holistic Storage Delivers SDS Promise
14. What You Are Paying For
What You Are Getting
With Standard Storage
What You Get with StorONE
590K
The Storage ROI Problem
600K
60K
15. StorONE Solves the Problem of Limitations
Current SDS – Legacy - Limitations
• Locked into hardware
StorONE - Holistic SDS – No Limitations
• Free to mix, match & upgrade
hardware
16. StorONE – No Hardware Limitations
Complete Separation of Hardware and Software
17. StorONE Solves the Problem of Limitations
Current SDS – Legacy - Limitations
• Locked into hardware
• Requires the same hardware, cost
and physical size as legacy systems
StorONE - Holistic SDS – No Limitations
• Free to mix, match & upgrade hardware
• More with Less - Less than a one-quarter
of the required hardware, cost and
physical size of legacy systems
18. What You Are Paying For
What You Are Getting
With Standard Storage
What You Get with StorONE
The Storage ROI Problem
19. StorONE Solves the Problem of Limitations
Current SDS – Legacy - Limitations
• Locked into hardware
• Requires the same hardware, cost
and physical size as legacy systems
• Requires different storage solution
for each protocols and workload type
StorONE - Holistic SDS – No Limitations
• Free to mix, match & upgrade hardware
• Less than a third of the required
hardware, cost and physical size of
legacy systems
• Provides a centralized storage operating
environment for all protocols and
workload types
20. StorONE – Centralized Storage Environment
Mix Multiple Protocols in the Same Environment
21. StorONE – Centralized Storage Environment
Top Volumes - Mix Multiple Workloads in the same environment
22. StorONE Solves the Problem of Limitations
Current SDS – Legacy - Limitations
• Locked into hardware
• Requires the same hardware, cost
and physical size as legacy systems
• Requires different storage solution
for each protocols and workload type
• Slow – Can’t take full advantage of
Multi-core Processors or modern
drives
StorONE - Holistic SDS – No Limitations
• Free to mix, match & upgrade hardware
• Less than a third of the required
hardware, cost and physical size of
legacy systems
• Provides a centralized storage operating
environment for all protocols and
workload types
• Lightening Fast – Optimal use of Multi-
core Processors and Modern Drives
26. StorONE Solves the Problem of Limitations
Current SDS – Legacy - Limitations
• Locked into hardware
• Requires the same hardware, cost
and physical size as legacy systems
• Requires different storage solution
for each protocols and workload type
• Slow – Can’t take full advantage of
Multi-core Processors or modern
drives
• Limited Data Protection – Expensive
External Equipment Required
StorONE - Holistic SDS – No Limitations
• Free to mix, match & upgrade hardware
• Less than a third of the required
hardware, cost and physical size of
legacy systems
• Provides a centralized storage operating
environment for all protocols and
workload types
• Lightening Fast – Optimal use of Multi-
core Processors and Modern Drives
• Full suite of built in data protection
27. StorONE – Full suite of built in data
protection
• How – Increased Data protection
• Memory - Persistent integrity. Enables recovery from any HW issue
• Disks - You choose the amount of disk failures per volume. Fast rebuild. No
RAID restrictions
• Data - Integrated unlimited snapshots with zero performance degradation.
Writable, nested, VSS and CG
• All of these functions are available across any use case