DevOps aims to improve software development through collaboration between development and operations teams. This allows for more frequent and reliable deployments through automation and continuous integration. Key DevOps tools include version control systems, continuous integration servers, automation tools, and testing frameworks. Cloud services are well-suited for DevOps as they allow for flexible infrastructure provisioning and reduce time spent managing hardware. Common cloud service models are PaaS, SaaS, and IaaS, which provide platforms, software, and infrastructure respectively on a pay-per-use basis. While tools and cloud can help, people remain the most important factor in DevOps success.

1. DevOps & Cloud Services
Romar Mayer R. Micabalo
DevOps Systems Administrator
Innovuze Solutions, Inc.

2. About Me
DevOps SysAdmin, Innovuze Solutions, Inc.
Volunteer / Organizer, ITG-X
Organizer, PyTsada
Co-Founder / CTO, Caelum Techlogic
Founder, Raincheck Security
Twitter: @hardwyrd
Email: hardwyrd@gmail.com
Blog: http://blog.rmr.micabalo.xyz

4. Traditional development

5. Some needs
- improved quality of applications
- reduced time to introduce products to market
- reduced time and money spent
- increased frequency of deployments

6. 'DevOps' ? What is it?
l"development" & "operations"
lsystem of collaboration,
communication, and assessment
lunification of overlapping
processes

9. The need for DevOps
ldemands are rigorous
lbudgets decline
ltimeframes are shorter
lrequirements are more stringent
lbugs need fixes ASAP
lwash, rinse, repeat

10. Sidetrack: John Boyd
lmilitary strategist for the US
Airforce
ldeveloped the 'Boyd Theory'
lOODA (observe, orient,
decide, act)

11. How is OODA related to this talk?
lOps people are in best place to observe
lDevs are in best place to orient on issues
lboth sides can decide together
lDevs act on a fix / new feature while Ops guys
act on deployment and rollouts

13. Because ...
lthings need to be FAST
lrelease often
lfix early and often
lbecome flexible and resilient

15. Key tools

16. Key tools: Version Control
lGit
lMercurial
lBazaar (Bzr)
lSVN, etc.

17. Key tools: Continuous Integration
lJenkins
lTravis
lCircleCI, etc

18. Key tools: Automation
lApache Zookeeper
lChef
lPuppet
lCapistrano
lAnsible
lFabric, etc

19. Key tools: Testing
lSelenium
lSikuli
ljUnit
lcucumber, etc

20. Cloud Services

21. DevOps love Cloud Services
lquicker server provisioning
lflexible infrastructure resource allocations
lflexible pricing
lsetup and run
lless time managing infrastructure
lautomation-friendly

22. Should I use cloud services ?
lif you want to reach users worldwide
lif you want to spend less time managing
infrastructure
lif you want to do away with depreciating
equipment

23. Types of Cloud Services
lPAAS (platform-as-a-service)
lSAAS (software-as-a-service)
lIAAS (infrastructure-as-a-service)

24. Platform-as-a-Service (PAAS)
In PAAS, a cloud provider delivers hardware
and software tools -- usually those needed for
application development -- to its users as a
service. A PaaS provider hosts the hardware
and software on its own infrastructure.

25. PAAS Providers

26. Software-as-a-Service (SAAS)
In SAAS, applications are hosted by a vendor
or service provider and made available to
customers over a network, typically the
Internet.

27. SAAS Examples

28. Infrastructure-as-a-Service (IAAS)
In IAAS, a third-party provider hosts hardware,
software, servers, storage and other
infrastructure components on behalf of its
users.
Users pay on a per-use basis.

29. IAAS Providers

30. There’s no silver bullet
… and there’s no magic recipe.
DevOps and cloud services are only as good
as the people that use them.

31. QUESTIONS ?