Cloud Foundry was going to create an open source alternative to Heroku, as well as replace how Enterprise companies built software. But change is never easy. Looking back, what can we learn from the lessons of Cloud Foundry?

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SHOW NOTES:

• Cloud Foundry Launch (Part I) - 2011
• Cloud Foundry Launch (Part II)
• Cloud Foundry history (Wikipedia)
• Cloud Foundry Foundation (launched in January 2015)
• Understanding the Cloud Foundry Foundation (Sam Ramji, Eps.186)
• Structured vs. Unstructured Platforms (Wikibon, Gracely, 2015)
• Architectural Considerations for OSS PaaS and Container Platforms (2016)

HOW DID CLOUD FOUNDRY EVOLVE?

An open source, programmable cloud application platform (PaaS). Heroku (2007), Google AppEngine (2008) existed before Cloud Foundry (April 2011). OpenShift launched in May 2011. Apcera was launched in 2012 by Derek Collison 

• Open Source, Multi-cloud
• Multiple languages, frameworks
• Automation for the infrastructure (BOSH)
• Integrated Logging, Tracing, Routing, GUI
• Data Services live off the platform, via Service Broker
• Very heavy platform footprint (up to 50 VMs)
• Diego container scheduler 
• Warden container runtime 

Many large vendors got involved once it became a foundation. 

• IBM, SAP, Intel, Cisco, EMC/VMware
• Many end-user customers joined (great for recruiting)
• None of the Cloud providers, other than an infrastructure stem-cell

By 2016-17, most large Cloud Foundry vendors were shifting their focus to Kubernetes

LESSONS LEARNED FOR THE FUTURE

• Single-vendor led communities are difficult, especially if a foundation is created.
• Technology transitions are hard, oftentimes impossible. Cloud Foundry chose to downplay Docker and Kubernetes as “just for infrastructure”, even within their own community. 
• Make it simple to get environments/clusters (Managed Kubernetes services, Cluster API, laptop-level environments (minikube). Needs to be a managed cloud service on good clouds. 
• Platform-aware, Infrastructure automation is important (e.g. lik

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