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-rw-r--r--platformdoc/docs/architecture/service-discovery.md15
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diff --git a/platformdoc/docs/architecture/pieces.md b/platformdoc/docs/architecture/pieces.md
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-# Platform technologies
-
-* [Cloudify](http://getcloudify.org/)
-* [Consul](https://www.consul.io/)
-* [Docker](https://www.docker.com/)
-* [CDAP](https://cdap.io/)
-* [Registrator](https://github.com/gliderlabs/registrator)
diff --git a/platformdoc/docs/architecture/service-discovery.md b/platformdoc/docs/architecture/service-discovery.md
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-# Service Discovery
-
-Service discovery is an architecture pattern used for components (micro-services) to locate each other. The DCAE platform uses [server-side discovery](http://microservices.io/patterns/server-side-discovery.html) and is using [Consul](https://www.consul.io/) as the service registry solution.
-
-## Service Registration
-
-All components are required to register with Consul in order to be discovered. There are two methods of registration: self and 3rd party. The DCAE platform uses 3rd party registration which means components don't actually make the registration calls but defers that responsibility to a platform service.
-
-### Implementation for Docker
-
-[Registrator](http://gliderlabs.com/registrator/latest/) is an open source application that is responsible for registering all components that run as Docker containers. Registrator watches the local Docker engine's activity log and will register and unregister a Docker container when the container is started and stopped.
-
-### Implementation for CDAP
-
-The CDAP broker is a REST web service that is responsible for registering all components that run as CDAP applications.
diff --git a/platformdoc/docs/architecture/services.md b/platformdoc/docs/architecture/services.md
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-# 'Services' Overview
-
-DCAE Services run on the DCAE platform. A service either monitors the virtualized network services or does analytics. A service is composed of one or more components, and performs a business need.
-
-Services are created in a 'Service Design and Creation' tool called 'Service Assurance Flow Designer' by a Service Designer. This is done by
-
-* 'compose'ing a service from the available SDC catalog components (actually from the TOSCA models representing the components), then
-* 'submit'ing the service, which generates a Cloudify blueprint, which is then automatically uploaded to INVENTORY, and then deployed by DEPLOYMENT HANDLER (and CLOUDIFY) (once a DTI Event is triggered for the service). It should be noted that some service flows, specifally 'closed-loop' flows, are not initiated by DTI, but are done by CLAMP.
-
-Only a few services are supported in SDC so far, and therefore steps above are done manually by the Onboarding Team for most services.
-