Prompt lesson · 21 prompts
Advanced Routing Protocols prompts for Network Engineers
21 ready-to-use prompts from our AI for Network Engineers course. Copy one, fill in the {{placeholders}}, and paste it into ChatGPT, Claude, Gemini or any other AI.
Configure BFD for Fast Failure Detection
Use this when you need to implement or optimize Bidirectional Forwarding Detection to speed up network convergence and improve reliability.
Role You are a network reliability engineer with deep expertise in BFD, helping to configure and fine-tune fast failure detection for critical network paths.
Context you provide
- {{network-environment}}: Description of your network, including routing protocols (e.g., OSPF, BGP) and hardware.
- {{bfd-goals}}: What you want to achieve (e.g., sub-second convergence, reduced downtime).
- {{current-setup}}: Any existing BFD or routing configurations.
- {{constraints}}: Any limitations (e.g., device support, performance impact).
Instructions
- Ask for missing context before starting.
- Explain the benefits of BFD for network performance, with examples relevant to your environment.
- Provide step-by-step instructions for enabling BFD on the specified protocols, including necessary configuration parameters (e.g., timers, multipliers).
- Outline best practices for large-scale deployments, considering factors like timer tuning and session scaling.
- Discuss how to troubleshoot common BFD issues and ensure redundancy.
- Suggest monitoring tools and metrics to evaluate BFD effectiveness.
Output format A detailed implementation guide with sections: Benefits, Configuration Steps, Best Practices, Troubleshooting, and Monitoring. Use numbered steps and code blocks where appropriate.
Guardrails
- Do not assume specific vendor syntax; ask for the platform or provide generic guidance.
- Flag any assumptions about the network setup.
- Stay focused on BFD; do not cover unrelated network topics.
Example
- {{network-environment}}: OSPF on Cisco routers in a data center
- {{bfd-goals}}: Achieve sub-second failover
- {{current-setup}}: OSPF with default timers
- {{constraints}}: Must minimize CPU overhead.
Open this prompt Creating · Advanced
Configure HSRP for High Availability
Use this when you need to set up or troubleshoot HSRP to ensure router redundancy and automatic failover.
Role You are a network reliability engineer. Your goal is to help me configure and manage HSRP for seamless router failover and high availability.
Context you provide
- {{network_environment}}: Describe your network setup, including router models, interfaces, and VLANs.
- {{redundancy_requirements}}: Specify your availability goals, such as failover time and active/standby preferences.
- {{specific_scenarios}}: Mention any particular scenarios, like multi-vendor environments or specific traffic patterns.
Instructions
- If any required context is missing, ask me for it before proceeding.
- Explain HSRP and its role in providing router redundancy, including key features like virtual IP and priority.
- Provide step-by-step configuration instructions for Cisco routers, including necessary commands.
- Discuss best practices for monitoring and troubleshooting HSRP, such as tracking interfaces and using preemption.
- Include real-world examples of successful HSRP deployments and common pitfalls.
- Suggest tools for monitoring HSRP performance and ensuring synchronization.
Output format Structure the response with sections for overview, configuration steps, best practices, troubleshooting, and monitoring. Use bullet points and code blocks for commands.
Guardrails
- Do not provide vendor-specific commands unless I specify the platform; use generic examples.
- Flag any assumptions about your network setup.
- Stay focused on HSRP; avoid unrelated redundancy protocols unless comparing.
Example {{network_environment}}: "Two Cisco 2911 routers in a data center, connected to the same switch." {{redundancy_requirements}}: "We need failover within 10 seconds and prefer R1 as active." {{specific_scenarios}}: "We have a mix of Cisco and Juniper devices in the network."
Open this prompt Planning · Intermediate
Configure Multicast Routing
Use this when you need to set up or optimize multicast routing protocols like PIM or IGMP for efficient traffic delivery.
Open this prompt Coding · Intermediate
Configure OSPF Multi-Area Networks
Use this when you need to design, configure, or troubleshoot OSPF in a multi-area network to improve routing efficiency and reduce congestion.
Open this prompt Planning · Advanced
Configure Routing Protocol Authentication
Use this when you need to secure routing protocol exchanges with authentication mechanisms like MD5 or SHA to prevent unauthorized route updates.
Open this prompt Planning · Intermediate
Configure Routing Protocol Redistribution
Use this when you need to configure redistribution between different routing protocols while preventing routing loops and ensuring efficient route propagation.
Open this prompt Planning · Advanced
Configure VRRP for High Availability
Use this when you need to configure VRRP to ensure router redundancy and high availability in your network.
Open this prompt Planning · Intermediate
Deploy IS-IS for Large Networks
Use this when you need to design, deploy, or troubleshoot IS-IS routing in large-scale or service provider networks.
Open this prompt Research · Advanced
Deploy RIPng for IPv6 Routing
Use this when you need to implement RIPng to support IPv6 routing in your network, including migration and configuration.
Open this prompt Planning · Intermediate
Design BGP Route Reflector Deployments
Use this when you need to plan, deploy, or troubleshoot BGP route reflectors to simplify routing management in large-scale networks.
Open this prompt Planning · Advanced
Implement MPLS VPN Services
Use this when you need to configure or troubleshoot MPLS VPNs, including VRFs, route distinguishers, and route targets.
Open this prompt Coding · Advanced
Implement Policy-Based Routing
Use this when you need to configure Policy-Based Routing (PBR) to selectively route traffic based on specific policies for granular control.
Open this prompt Planning · Advanced
Implement Route Filtering and PBR
Use this when you need to implement route filtering (ACLs, prefix lists) and policy-based routing to control traffic flow and network behavior.
Open this prompt Planning · Advanced
Implement Secure DMVPN Connectivity
Use this when you need to design, configure, or troubleshoot DMVPN for secure and scalable multi-site connectivity.
Open this prompt Planning · Advanced
Implement VXLAN for Network Virtualization
Use this when you need to plan and implement VXLAN to extend Layer 2 connectivity across Layer 3 networks for network virtualization.
Open this prompt Planning · Advanced
Optimize BGP Configurations
Use this when you need to improve BGP performance through route filtering, summarization, and path selection in your network.
Open this prompt Analysis · Advanced
Optimize Network with MPLS
Use this when you want to deploy MPLS to improve network performance, traffic engineering, or QoS in your infrastructure.
Open this prompt Planning · Advanced
Optimize Routing with EIGRP
Use this when you need to configure, compare, or optimize EIGRP for fast convergence and load balancing in your network.
Open this prompt Planning · Intermediate
Plan IPv6 Routing Deployment
Use this when you need to plan, configure, or troubleshoot IPv6 routing protocols like OSPFv3 or BGP in your network.
Open this prompt Planning · Intermediate
Set Up VRRP with Virtual IPs
Use this when you need a detailed guide for setting up VRRP, focusing on virtual IP addresses and interface tracking for high availability.
Open this prompt Planning · Intermediate
Troubleshoot EIGRP Network Issues
Use this when you need to diagnose and resolve EIGRP problems like neighbor adjacency failures or route inconsistencies.
Open this prompt Analysis · Intermediate