Architecting for Highly Available, Scalable, and Reliable Mission-Critical Applications (SATURN 2009)

Mission-critical applications are vital for the normal flow of operations in any organization. This range of applications is characterized by a series of attributes, such as scalability, fault-tolerance, resiliency, and performance. While it’s pretty easy to get any of these attributes in isolation, meeting all them together is not a straightforward process. It typically happens that, when applying techniques intended to maximize—let’s say—scalability, performance might be eroded; performance enhancement may cut graceful degradation capabilities, and so forth. This session explores all those tradeoffs, offering effective guidance to deal with mission-critical attributes altogether. After attending this session, the attendee will be able to identify those friction points, applying integral techniques in order to maximize the fulfillment of those attributes at once. This session also offers health checking techniques for diagnostics, to guarantee that quality-of-service agreements are being fulfilled.

Architecting for Highly Available, Scalable, and Reliable Mission-Critical Applications (SATURN 2009)

PDF [19295 KB]

PRESENTATION

Author

Diego Dagum

This presentation is related to the following area(s) of work:

SATURN

Published: May 2009


SEI Blog

Find Us Here

Share This Page

Share on Facebook  Send to your Twitter page  Save to del.ico.us  Save to LinkedIn  Digg this  Stumble this page.  Add to Technorati favorites  Save this page on your Google Home Page 

For more information

Contact Us

info@sei.cmu.edu

412-268-5800