[ios-bgp-state report gen] [🔥high] Implement BGP routing protocol across network infrastructure

[ponchotitlan]

Issue Summary

BGP neighbor state assessment reveals all 3 devices (100%) have BGP inactive or not configured, creating significant network routing protocol gaps. The complete absence of BGP creates single points of failure, eliminates dynamic routing redundancy, and limits network scalability.

Current State

• Devices affected: 3 total (iosv-l2, c8000v, xrd)
• Active BGP sessions: 0
• BGP neighbors in Established state: 0
• Network resilience: Dependent on static routing only

Business Impact

• High Risk: No dynamic routing redundancy or automatic failover capabilities
• Operational Impact: Manual intervention required for topology changes
• Business Continuity: Service availability dependent on single paths

Action Items

Immediate Actions

• Assess routing requirements and determine if BGP is needed for network operations
• Review network topology to identify where BGP peering should be established
• Perform configuration audit to verify if BGP should be configured but is currently down

Short-term (1-4 weeks)

• Design BGP neighbor relationships and implementation plan
• Evaluate routing protocol strategy (OSPF, EIGRP, or BGP) based on network needs
• Plan redundancy implementation with multiple routing paths

Long-term (1-3 months)

• Implement BGP best practices including route filtering and prefix lists
• Integrate BGP neighbor state monitoring into network operations
• Create BGP topology diagrams and operational runbooks

📚 Reference report: https://github.com/ponchotitlan/radkit-agentic-workflows/blob/main/n8n/Reporting%20and%20Auditing%20for%20my%20RADKit/reports/files/ios-bgp-state_2026-05-21T07:34:44.880%2B01:00.md