Protocol-aware probes for the signalling planes general scanners don't reach — SS7/SIGTRAN, Diameter, GTP, SIP, 5G SBI, PFCP, NGAP, SEPP N32, BGP, IPsec, MPLS, timing. Every finding is control-traceable to GSMA FS-series, 3GPP SCAS, and NIS2 Article 21, not generic CIS checks.
Passive validation of running device configuration against carrier hardening baselines on Cisco IOS XR, Nokia SR-OS, Huawei VRP, Ericsson IPOS, Juniper Junos, and Arista EOS. Golden-config compare and commit-diff acceptance gate configuration changes inside carrier commit workflows. Same finding shape and same control taxonomy as the scanner.
Authorized, evidence-producing testing with a safety-level taxonomy from passive to destructive, signed Rules of Engagement, cooperative kill-switch, hash-chained audit log, and exploitation-chain report builder. Active and intrusive activity dispatches only inside an authorized scope and a valid engagement window. Built for regulator-grade evidence, not screenshots.
General scanners do not speak SS7, Diameter, GTP, or 3GPP SBA, and they treat carrier infrastructure as a corporate LAN. Breaking Bandwidth is the protocol-aware tooling carrier security teams actually need — control-traceable to GSMA FS-series, 3GPP SCAS, and NIS2 Article 21, with evidence shaped for regulators, audit committees, and interconnect peer review. Built by a senior telecom infrastructure engineer with carrier-side experience on Cisco IOS XR, Nokia SR-OS, Huawei VRP, and Ericsson IPOS.