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on
1
Intro
2
Outline
3
Introduction
4
Technology Scale
5
Espresso Hardware
6
Impact of hardware failure
7
Failure frequency
8
Challenges with HW recovery
9
Requirements for automation
10
Features needed
11
Solution
12
Entry barriers
13
Automate part 2
14
Initial design 1
15
Design 2 (Final design)
16
Metrics
17
Success
18
Part 3 in production
19
Challenges with HPM
20
Our deployment
21
Future
Description:
Save Big on Coursera Plus. 7,000+ courses at $160 off. Limited Time Only! Grab it Explore server fleet management using Camunda in this CamundaCon 2019 conference talk. Discover how LinkedIn handles hardware failures and maintains capacity across multiple data centers hosting thousands of servers. Learn about the implementation of hands-off capacity management through various workflows, utilizing Camunda and other components. Gain insights into seamless integrations with LinkedIn's infrastructure platforms and best practices for achieving optimal results. Delve into topics such as technology scale, Espresso hardware, impact of hardware failures, automation requirements, solution design, metrics for success, and challenges with high-performance management. Understand how LinkedIn addresses the complexities of server maintenance and capacity management in the face of multiple failures, ensuring the reliability of their distributed data store, Espresso.

Server Fleet Management Using Camunda

Camunda
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