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• VPP-based VNFs: vGMUX, vG, vBNG, vBRG
• Cross test with APPC if needed
• Cross test with SDNC if needed
• Cross test with DCAE if needed

• Create HEAT and ENV files for the following VNFs and the virtual networks required for this use case
• VPP-based VNFs: vGMUX, vG, vBNG, vBRG
• Generic Application VNFs: vDHCP, vAAA, vDNS
• If needed, validate the templates using ICE
• Heat templates: https://gerrit.onap.org/r/gitweb?p=demo.git;a=tree;f=heat;h=07cb146d9e82ccbcc34d9aecb44f26e65e7ce3f8;hb=refs/heads/master
• Install scripts: https://gerrit.onap.org/r/gitweb?p=demo.git;a=tree;f=vnfs/vCPE/scripts;h=e3994ce3c78fb998ae8a1172a3f55c51098726c7;hb=refs/heads/master

• Onboard all the VNFs in SDC and get them ready for service design.
• Every HEAT received by SDC should be previously certified by ICE. ICE is not integrated with SDC so far.
• Images are not stored in SDC. Either in openstack directly or pulled from the Internet.

Christina Monteleone

• Distribute blueprint template to SDC
• Distribute vGMUX restart policy to policy engine

• Yang models
• DGs
• API data model
• Configure vBRG
• Configure vGMUX for data collection

• Restart vGMUX for auto-healing

• TCA to process packet loss events

• A Robot to invoke vGMUX instantiation
• A Robot to emulate BSS to accept customer registration and then invoke customer service instantiation

• Configure DMaaP topics and sub/pub of DCAE, Policy, and APPC for closed loop control
• Configure DMaaP topic and sub of SDNC for customer service order

• Generic VNF instantiation: vDHCP, vAAA, vDNS
• Specific VNF instantiation: vBNG, vGMUX

• Specific VNF instantiation: vBRG, vG
• Verification: success of packet exchange between vBRG and web server

• vGMUX can be restarted
• Service restored after restart completes

• Number of customers
• Traffic load from each customer
• Packet loss events