Switches & routers
Every port up or down, traffic in and out, errors, CPU, temperature and uptime — with AES67 and Livewire audio counted on its own.
Transmitters and exciters, STLs and codecs, Barix decoders, HD importers, RDS encoders, EAS boxes, AoIP nodes and audio processors, remote controls, UPSs and generators — and the switches and firewalls all of it rides on. Every site, around the clock, on one screen, with a phone call the moment something slips.
Every link from the studio to the tower — and out to every listener’s stream — monitored on one screen, and broken out below by the part of the plant it covers. Pick one to go deeper.
Each station drawn as its real path — studio, STL hop, transmitter site, tower — with every box live on it.
Explore →A real phone call with answering-machine detection, walking your call-down list until a human picks up.
Explore →Forward and reflected power, VSWR, PA temperatures, modulation and exciter lock, trended at every site.
Explore →Shoutcast, Icecast and HLS, heard the way your listeners hear them. Dead air or a dropped stream rings your phone.
Explore →IP and RF STLs and remote codecs — levels, path delay, jitter, loss and link state at both ends.
Explore →Whether the stream is actually playing — buffer, source, audio and every dropout, not just a ping.
Explore →Importer sync, run state, DTAC confidence and silence on every HD channel.
Explore →RadioText and HD-PSD delivered to the exporter locally — no VPN, no ports, no IT change request.
Explore →Silence on AoIP destinations, live processor meters, and AES67 counted apart on every port.
Explore →EAS log monitoring, FCC Part 11 tracking, contour maps and FAA tower-light logging — defensible records.
Explore →A remote control on a bare copper line — BNM dials it on a schedule, reads every channel and calls you when one drifts out of range.
Explore →UPS on line or on battery, AC power and generator status, and temperatures at every site.
Explore →Switches, routers, firewalls, links and UPS — 25+ drivers watching the plumbing that carries your audio.
Explore →Gate codes, maps and directions, every IP and login, ISPs and backups, the log book — kept at the site, one click from the alert.
Explore →Every structure drawn to scale with what's on it, the Part 17 lighting spec pulled from the FCC ASR, and a §17.49 log that fills itself from telemetry.
Explore →Generator runs, tower-light inspections, filters, the part someone has to buy — scheduled, assigned, tracked to done. The daytime half of the NOC.
Explore →The network your audio travels over and the power that keeps it all lit, watched by the same system, on the same screen, with the same alarms.
Every port up or down, traffic in and out, errors, CPU, temperature and uptime — with AES67 and Livewire audio counted on its own.
WAN and uplink state, throughput, sessions, latency and packet loss — plus ping, jitter, traceroute and throughput tests run between your own sites.
Shoutcast, Icecast and HLS, heard the way your listeners hear them — checked from inside your market, so a regional block never fakes an outage. Dead air or a dropped stream calls you.
UPS on line or on battery, battery state and load; PDUs and transfer switches; utility power and generator status off the site’s remote control; temperature and humidity.
Don’t see your box?If it answers SNMP, HTTP or a documented serial or IP protocol, adding a driver is routine — not a research project. We add new gear every day.
Tell us the make and modelTell us what’s in your racks and how many sites you run. We’ll stand up a demo pointed at your gear and wire a test dial-out to your phone. When something trips, alerting decides whether it’s a log line, an email or a phone call — and you set the rules.
Most monitoring asks one question: does the box respond? A Barix decoder keeps responding long after its stream has stopped, so the transmitter carries dead air while every light stays green. BNM reads the stream itself — whether it’s playing, how full the buffer is, whether the source upstream is answering, and the audio on both channels — and calls you when it stops.
Illustration: the stream to a Barix decoder at the transmitter site stops. The Barix still answers ping and the transmitter stays on, but BNM sees the buffer drain, flags no stream, and calls the on-call list.
Most monitoring asks one question: does the box respond? A Barix decoder keeps responding long after its stream has stopped, so the transmitter carries dead air while every light stays green. BNM reads the stream itself — whether it’s playing, how full the buffer is, whether the source upstream is answering, and the audio on both channels — and calls you when it stops.
Illustration: the stream to a Barix decoder at the transmitter site stops. The Barix still answers ping and the transmitter stays on, but BNM sees the buffer drain, flags no stream, and calls the on-call list.