Network and security design
Review current state, define decision criteria, document tradeoffs, and produce an implementation path that operators can support.
On-call network architecture and troubleshooting
WolfWarden provides focused architecture, troubleshooting, and security work for firewalls, routing, multi-ISP design, cloud connectivity, DNS, BGP, RPKI, and the difficult incidents that cross several systems.
$150/hour, two-hour minimum. Remote work in scheduled blocks, including outside business hours, with a written summary after each session.
Where the service fits
The highest-value network work often sits between the firewall, carrier, cloud, identity provider, DNS, and application team. WolfWarden works across those boundaries.
Review current state, define decision criteria, document tradeoffs, and produce an implementation path that operators can support.
Troubleshoot flows, simplify rulebases, design resilient remote access, and separate zones without losing operational clarity.
Failover, path control, route policy, prefix filtering, max-prefix, session hardening, and the practical behavior carriers do not always document.
Connect on-premises and cloud networks with clear routing, security boundaries, DNS behavior, and recovery expectations.
Create accurate ROAs, choose maxLength deliberately, align route objects, validate origins, and reduce the risk of hijacks and leaks.
Build a timeline, identify the actual failure domain, collect evidence, test hypotheses, and leave a written record rather than a pile of screenshots.
How engagements work
Start with two hours. Use the time to solve the immediate problem, validate a design, or create the next-step plan.
RPKI and route-origin validation
Standard RPKI route-origin validation does not sign ordinary BGP updates. A Route Origin Authorization is the signed object that states which AS may originate routes for specific prefixes.
Document what is held, what is announced, which AS originates each prefix, and where records disagree.
Publish precise authorizations through the RIR portal with deliberate prefix length and maxLength choices.
Bring route and route6 objects into line with the intended origin because many providers still build filters from IRR data.
Deploy relying-party validators, feed routers over RTR, and define policy for valid, unknown, and invalid routes.
Max-prefix, customer filters, session protection, and change controls reduce the blast radius of leaks and mistakes.
Confirm the global view before and after changes so a locally correct configuration does not hide an invalid public state.
Good consulting inputs
Related resources
Reserve the defined two-hour block, confirm fit first, or send the question before scheduling.