Diagnose the path, not just the value
Network incidents often begin with a vague symptom: a webhook does not arrive, an endpoint times out, a certificate looks wrong, or an allowlist blocks traffic that should be accepted. This workflow keeps those clues together so the investigation follows one evidence trail instead of turning into unrelated address conversions.
Start from observed evidence
Use network-packet-analyzer when you have a pcap or pcapng sample and need protocol counts, sessions, top IPs, ports, and coarse timelines. Pair that with ip-address-extractor and ip-address-validator so addresses copied from logs or packet summaries are confirmed before they become assumptions.
If the failure is request delivery, move to webhook-debugger-relay. Capture the incoming request, inspect headers and signatures, replay only to a safe target, and use user-agent-parser when bot handling, browser behavior, or client identity may explain different results between environments.
Validate routing, naming, and endpoint identity
Use cidr-calculator, mac-address-validator, hosts-file-editor, ipv4-to-integer, and integer-to-ipv4 to confirm allowlist ranges, local overrides, hardware identifiers, and stored address formats. Then use dns-query, whois-lookup, and ssl-checker to verify that the hostname resolves where expected, belongs to the expected domain context, and presents a certificate that matches the endpoint.
Boundary with network-convert
network-convert is the right hub when the user only needs CIDR math, IPv4 integer conversion, or address conversion reference. network-triage-debugging keeps those helpers only because they support a debugging decision. The final output should say what was observed, what was validated, what remains uncertain, and whether the next action belongs to networking, DNS, TLS, application delivery, or client configuration.