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--- training:riso:development [2019/07/04 21:38] – philip
+++ training:riso:development [2019/07/04 22:05] – philip
@@ Line 3: / Line 3: @@
 ====== Workshop Development Notes ======
-Needs to cover:
+Needs to cover the following topics.
-  * setting up IS-IS
-    * NSAP address plan
+=== Setting up IS-IS ===
-    * setting metrics, level-2, wide metrics
-    * selecting DIS
+  * NSAP address plan
-    * multi-topology
+  * setting metrics, level-2, wide metrics
-    * point-to-point ethernets
+  * selecting DIS
-    * Notes:
+  * multi-topology
-        * all done in existing IS-IS Lab
+  * point-to-point ethernets
-  * securing IS-IS (with OSPF side example)
+  * **Notes:**
-    * neighbour authentication
+    * **all done in existing IS-IS Lab**
-    * no IS-IS outside ASN
-    * Notes:
+=== Securing IS-IS (with OSPF side example) ===
-        * all done in existing IS-IS Lab
+  * neighbour authentication
-        * need to add OSPF footnote example
+  * no IS-IS outside ASN
-  * setting up BGP securely
+  * **Notes:**
-    * RFC8212 - filters in and out on eBGP
+    * **all done in existing IS-IS Lab**
-    * passwords on eBGP and iBGP sessions
+    * **need to add OSPF footnote example**
-    * RIR checks on assigned address space of customers - jwhois
-    * RFC6890 filtering of bogons & Team Cymru bogon BGP feed
+=== Setting up BGP securely ===
-    * Notes:
+  * RFC8212 - filters in and out on eBGP
-        * 8212 needs to be explicitly mentioned in eBGP lab
+  * passwords on eBGP and iBGP sessions
-        * the rest all covered in BGP Best Practices slide deck
+  * RIR checks on assigned address space of customers - jwhois
-  * BGP scalability & stability features
+  * RFC6890 filtering of bogons & Team Cymru bogon BGP feed
-    * iBGP between loopbacks & next-hop-self
+  * Notes:
-    * route reflector
+    * **8212 needs to be explicitly mentioned in eBGP lab**
-    * deterministic-med
+    * **the rest all covered in BGP Best Practices slide deck**
-    * BGP distance > IGP distance
-    * stable announcement of covering aggregates out of all eBGP peers
+=== BGP scalability & stability features ===
-    * Notes:
+  * iBGP between loopbacks & next-hop-self
-        * All done in existing BGP materials & labs
+  * route reflector
-  * BGP security features
+  * deterministic-med
-    * maxas-limit
+  * BGP distance > IGP distance
-    * max-prefix
+  * stable announcement of covering aggregates out of all eBGP peers
-    * ttl-security aka GTSM
+  * **Notes:**
-    * community propagated for iBGP by default, eBGP selective
+    * **All done in existing BGP materials & labs**
-    * strip private ASNs
-    * Notes:
+=== BGP security features ===
-        * Needs a new lab “Securing BGP Lab”
+  * maxas-limit
-  * Setting up Communities for BGP scaling
+  * max-prefix
-    * security feature -> consistent policies across the ASN
+  * ttl-security aka GTSM
-  * Control plane security
+  * community propagated for iBGP by default, eBGP selective
-    * setting up SSH on routers
+  * strip private ASNs
-    * protecting VTYs with access filters
+  * **Notes:**
-  * uRPF
+      * **Needs a new lab “Securing BGP Lab”**
-    * show how to set up
-  * RTBH
+=== Setting up Communities for BGP scaling ===
-    * set up within an AS
+  * security feature -> consistent policies across the ASN
-    * set up between ASNs
-        * need to have done communities for this
+=== Control plane security ===
-  * BGP SEC
+  * setting up SSH on routers
-    * Creating ROAs (RIR dependent, but explain the process)
+  * protecting VTYs with access filters
-    * Installing and operating NLnet Labs Routinator
+  * **Notes:**
-        * need containers on VTP for this
+    * **Needs a new lab “Control Plane Security”**
-    * Setting up RPKI support on a router
-    * Implementing route origin validation & related policies
+=== uRPF ===
-        * Need address space that has been validated - APNIC offered their blocks, but longer term we should have our own.
+  * show how to set up on access interfaces
-    * propagating validation state across iBGP
+  * **Notes:**
-        * standards which vendors aren’t supporting, or DIY?
+    * **Needs a new lab “uRPF”**
-  * Troubleshooting BGP Security Operations
-    * RouteViews: for analysis, monitoring, troubleshooting
+=== RTBH ===
-    * Looking Glasses supporting ROA/ROV
+  * set up within an AS
-        * SEACOM
+  * set up between ASNs
-        * HE BGP Tool: bgp.he.net
+    * need to have done communities for this
-    * RIPE NCC: bgpplay
+    * **Notes:**
-  * MANRS
+      * **Needs a new lab “Local RTBH”**
-    * conclude with summary of MANRS and what it is about
+      * **Needs a new lab “Inter-AS RTBH”**
+=== BGP SEC ===
+  * Creating ROAs (RIR dependent, but explain the process)
+  * Installing and operating NLnet Labs Routinator
+    * **Note: need containers on VTP for this**
+  * Setting up RPKI support on a router
+  * Implementing route origin validation & related policies
+    * **Note: Need address space that has been validated** - APNIC offered their blocks, but longer term we should have our own.
+  * propagating validation state across iBGP
+    * **Question: standards which vendors aren’t supporting, or DIY?**
+    * **Notes:**
+        * **Need Validator Cache lab (install Routinator on VM per group)**
+        * **Need RPKI lab (set up router to talk to Cache)**
+        * **Need ROV lab (propagating state, and acting on ROAs)**
+=== Troubleshooting BGP Security Operations ===
+  * RouteViews: for analysis, monitoring, troubleshooting
+  * Looking Glasses supporting ROA/ROV
+    * SEACOM
+    * HE BGP Tool: bgp.he.net
+  * RIPE NCC: bgpplay
+  * **Notes:**
+    * **Use Routeviews User presentation**
+    * **Need Looking Glass lab - user experimentation only**
+    * **Need Troubleshooting Security Presentation - distil out of Troubleshooting BGP tutorial perhaps?**
+=== MANRS ===
+  * conclude with summary of MANRS and what it is about
+  * Notes:
+    * Already exists as part of BGP Origin Validation presentation
+=== Lab topology ===
+  * To Do:
+    * Add a “customer PC” to the customer router in each group