Don’t make the common mistake of thinking that in-memory computing is simply about slapping more chips in a box to make apps run faster. In-memory computing is a fundamentally new approach to application design, development, and deployment – if done right. It enables virtually latency-free applications, can reduce development time by simplifying architectural concerns, and most importantly, allows you to create a whole new class of adaptive apps that anticipate and adapt to the needs of each user to deliver more relevant and profitable functionality. This is revolution, not evolution. In this keynote, Forrester Principal Analyst Mike Gualtieri will discuss the business, technology, and market trends that pushed in-memory from a nice-to-have to a must-have application development platform.
IMCSummit 2015 - Day 1 Keynote - The Velocity of Business
1. The Velocity Of Business Requires
In-Memory Computing
Mike Gualtieri, Principal Analyst
June 29, 2015 San Francisco
Twitter: @mgualtieri
2. Planning, implementing, or expanding the use of
in-memory data platform.
73%
Base: 1,805 global data and analytics decision-makers
Source: Forrester Global Business Technographics Data And Analytics Online Survey, 2015
5. For you For all For segments For you
CRM
Hyper-Personal,
Real-Time Digital
Experiences
Personal
Relationships
Mass
Production
CustomerExperience
1800 1900 1950 2000 2015
8. • Use analytics to learn
customer characteristics
and behavior
• Detect real-time context
• Adapt applications to serve
an individual customer
Celebrity experiences must:
9. How can Spotify use location and accelerometer
data generated by customers’ while they listen?
13. DEFINITION
FORRESTERTechnologies that are principally architected to
use chip-based memory to accelerate the
performance of data access and applications;
and reduce the complexity of app development.