The future will be Serverless (FrontConf Munich 2017)
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The document discusses the evolution and future of serverless computing, detailing its transition from bare metal to cloud-based services. It covers fundamental concepts of serverless architecture, benefits, challenges, and use cases, emphasizing its focus on eliminating server management. Additionally, the document provides guidance for companies considering adopting serverless solutions.
The future will be Serverless (FrontConf Munich 2017)
- 1. The future will be SERVERLESS Munich, 9 Dec 2017 Luciano Mammino ( )@loige loige.link/serverless-future 1
- 3. Luciano... who? Let's connect (@loige) (lmammino) Twitter GitHub Linkedin https://loige.co ... just a Fullstack developer 3
- 4. Agenda Chapter 1: from bare metal to Serverless Chapter 2: Serverless, WTF?! Chapter 3: Understanding Serverless Chapter 4: A Serverless use case Chapter 5: PROs n' CONs Chapter 6: It's time to get started 4
- 5. Chapter 1 from bare metal to Serverless 5
- 6. “You have to know the past to understand the present.” ― Carl Sagan 6
- 7. 1989-1991 — Sir Tim Berners-Lee invented the World Wide Web 7
- 8. 1991-1995 — The bare metal age 8
- 9. 1995 — The invention of web hosting 9
- 10. 1999 — Salesforce introduces the concept of Software as a Service (SaaS) Marc Benioff 10
- 11. 2001 — VMWare releases ESXi, "server virtualization" becomes a thing 11
- 12. 2002-2006 — AWS is born (IaaS), people talk about "Cloud computing" 12
- 13. 2009 — Heroku and the invention of the "Platform as a Service" (PaaS) James Lindenbaum Adam Wiggins Orion Henry 13
- 14. 2011 — Envolve/Firebase, real time database as a service (RTDaaS???) James Tamplin and Andrew Lee 14
- 15. 2012 — Parse.com and the first Backend as a Service (BaaS) Tikhon Bernstam Ilya Sukhar James Yu Kevin Lacker 15
- 16. 2013 — Docker, "containers are better than virtual machines" Solomon Hykes 16
- 17. 2013-2015 — Kubernetes / Swarm / Nomad / CoreOs (containers at scale) 17
- 18. 2014 — Launch of AWS Lambda (FaaS) 18
- 19. Chapter 2 Serverless, WTF*?! *What's The Fun 19
- 20. "Serverless most often refers to serverless applications. Serverless applications are ones that don't require you to provision or manage any servers. You can focus on your core product and business logic instead of responsibilities like operating system (OS) access control, OS patching, provisioning, right-sizing, scaling, and availability. By building your application on a serverless platform, the platform manages these responsibilities for you." — Amazon Web Services loige.link/serverless-apps-lambda 20
- 21. “ The essence of the serverless trend is the absence of the server concept during software development. — Auth0 loige.link/what-is-serverless 21
- 25. The 4 pillars of serverless (TLDR; It's not only about servers) No server management You don't know how many and how they are configured Flexible scaling If you need more resources, they will be allocated for you High availability Redundancy and fault tolerance are built in Never pay for idle Unused resources cost $0 25
- 26. The serverless layers (TLDR; It's not only "FaaS") 👉 Compute 👉 Data 👉 Messaging and Streaming 26 👉 User Management and Identity 👉 Monitoring and Deployment 👉 Edge
- 27. Stuff that we can build 📱 Mobile Backends 🔌 APIs & Microservices 📦 Data Processing pipelines ⚡ Webhooks 🤖 Bots and integrations ⚙ IoT Backends 💻 Single page web applications 27
- 28. execution model Event → 𝑓 28
- 29. IF ________________________________ THEN ________________________________ "IF this THEN that" model 29
- 30. Serverless and JavaScript Frontend 🌏 Serverless Web hosting is static, but you can build SPAs (React, Angular, Vue, etc.) Backend 👌 Node.js is supported by every provider ⚡ Fast startup (as opposed to Java) 📦 Use all the modules on NPM 🤓 Support other languages/dialects (TypeScript, ClojureScript, ESNext...) 30
- 31. exports.myLambda = function ( event, context, callback ) { // get input from event and context // use callback to return output or errors } Anatomy of a Node.js lambda on AWS 31
- 32. Chapter 4 A serverless use case 32
- 33. In order to consume DuoS data for invoicing As an engineer I Want to have a process that keeps data from the source FTP in sync And exposes it as a REST API 33
- 34. A serverless implementation (on AWS) DuoS Data 3rd-party FTP Storage DuoS API (API Gateway) DuoS service Invoice service Sync Lambda Parse/Load Lambda API Lambda DuoS S3 Bucket 34 DuoS DynamoDB Table scheduled event new object API Request
- 35. (Many) things I didn't have to worry about... What kind of virtual machine do I need? What operative system? How to keep OS/System updated? How much disk space do I need? How do I handle/retry failures? How do I collect and rotate logs? What about metrics? What machine do I need to run the database? How do I backup the database? How do I scale the database? Which web server should I use and how to configure it? Throttling? Managing API Keys? API caching? 35
- 36. Chapter 5 PROs n' CONs 36
- 37. Focus on delivering business value / Fast time to market 37
- 38. Less "Tech-freedom™" / Tight vendor lock-in! 38
- 40. Not-magic™! You still have to write configuration 40
- 45. Pay per usage (don't pay for idle!) 45
- 48. Older technologies might not integrate well 48
- 49. Chapter 6 It's time to get started 49
- 50. Who is already adopting Serverless 50
- 51. Pick one and start to have fun! IBM Cloud Functions AWS Lambda Azure Functions Google Cloud Functions Auth0 Webtask Iron.io FaaS Spotinst Functions Apache OpenWhisk Fission stdlib service Functions 51 Fn Kubeless Cloud based Self-hosted / Open Source Feffe LeverOS
- 52. Why is this the right direction for the future? 2 main reasons Opportunity to deliver value to customer quickly Pay only for the used resources 52
- 53. Should I migrate all my apps to serverless? Approach this with care... 53
- 54. Thanks! Questions? Now or later to :)@loige loige.link/serverless-future If your company wants to get started with serverless on AWS, be sure to check out serverlesslab.com 54
- 55. Credits Cover photo by on High Res Emojis by Tobias Zils Unsplash emojiisland.com webfoundation.org/about/vision/history-of-the-web/ en.wikipedia.org/wiki/Web_hosting_service loige.link/web-hosting-history computerweekly.com/feature/A-history-of-cloud-computing salesforceben.com/brief-history-salesforce-com aws.amazon.com/about-aws fullstackpython.com/serverless.html en.wikipedia.org/wiki/Parse_(platform) en.wikipedia.org/wiki/Firebase en.wikipedia.org/wiki/Kubernetes en.wikipedia.org/wiki/Container_Linux_by_CoreOS en.wikipedia.org/wiki/AWS_Lambda en.wikipedia.org/wiki/Serverless_computing loige.link/aws-serverless-lens loige.link/serverless-apps-lambda start.jcolemorrison.com/aws-lambda-vs-the-world m.subbu.org/serverless-looking-back-to-see-forward- 74dd1a02cb62 github.com/anaibol/awesome-serverless a HUGE thanks to: @acambas_sasa @katavic_d @Podgeypoos79 @lakatos88 55