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1
Introduction
2
Welcome
3
Expectations
4
What is Serverless
5
Serverless Computing
6
Serverless Platforms
7
Two Parts to the History
8
Hosting Providers
9
IaaS Platforms
10
Functions as a Service
11
Architectural Patterns
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Monolithic Architecture
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ServiceOriented Architecture
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Microservices Architecture
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Serverless Architecture
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Serverless Developer Questions
17
Redundancy
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Drawbacks
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Observability
20
Runtime Updates
21
Serverless is not just technology
22
Serverless compute manifesto
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Four aspects of serverless
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Administration
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Paper execution
26
Unit of deployment
27
Event driven
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Serverless use cases
29
Autoscaling web applications
30
Event streaming
31
Integration
32
Hybrid
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Continuous Integration
34
Serverless Framework
35
Comparative Offerings
36
Open Source Options
37
Serverless Landscape
38
OpenWhisk
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OpenFast
40
Serverless
41
Cubeless
42
Kubernetes Primitives
43
Kubernetes Cubeless
44
Vision Workflows
45
Fn Project
46
Fn Platform
47
K Native
48
K Native Components
49
K Native Development
50
K Native Serving
51
K Native Functions
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Practical Example
53
PlayWithDocker
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Enter Password
55
OpenFast GUI
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figlet
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write
58
ready
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polarity
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delete function
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list available functions
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markdown function
63
remove function
64
create directory
65
pull down templates
66
python node
67
docker username
68
serverlesshi
69
python handler
70
input text
71
build and deploy
72
invoke serverless
73
check stats
74
remove serverless
75
conclusion
76
questions
Description:
Explore the evolution from traditional server-based architectures to modern serverless computing in this comprehensive conference talk. Delve into the history of hosting providers, IaaS platforms, and Functions as a Service. Examine various architectural patterns, including monolithic, service-oriented, microservices, and serverless architectures. Address key developer concerns such as redundancy, observability, and runtime updates. Discover the four aspects of serverless computing and its diverse use cases, from autoscaling web applications to continuous integration. Compare serverless offerings and explore open-source options like OpenWhisk, OpenFast, and Kubernetes-based solutions. Gain hands-on experience with a practical example using PlayWithDocker, covering topics such as function creation, deployment, and management. Learn how to leverage serverless technologies to build scalable, efficient, and cost-effective applications in the cloud.

From Server to Serverless - The Open Source Way

Linux Foundation
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#Programming #Cloud Computing #Serverless Computing #Computer Science #DevOps #Kubernetes #Microservices #Cloud Architecture #Software Development #Cloud Development
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Introduction