The modern bug is on the network
Surveillance technology has moved onto the network. Devices are now small enough to hide inside a USB cable or a light bulb, and smart enough to route captured audio, video and data through the same Wi-Fi and cellular infrastructure your organization runs on. A conventional sweep listens to the air in the room. It was never designed to hear a device that behaves like ordinary network traffic.
Cyber TSCM closes that gap, extending countermeasures to the wireless and network-connected threats that hide in plain sight among legitimate devices. It is one strand of our counter-espionage services.
RF-invisible threats
The most difficult device to catch is the one that barely transmits. An implant connected to a mobile network can remain dormant when there is nothing to capture and send data only in short, intermittent bursts — behavior that renders it effectively RF-invisible to a technician waiting for a continuous signal.
Without disciplined OPSEC, that undetected transmission is not a nuisance; it is a channel. It lets an adversary conduct ISR operations against the organization, collect and disclose classified information, hijack critical command-and-control signals, and reach financial data and accounts — losses measured in money, assets and, in the wrong context, lives.
What Cyber TSCM adds to a physical sweep
Cyber TSCM analyzes the wireless spectrum your organization actually lives in. We profile Wi-Fi, GSM and Bluetooth activity, hunt for rogue and unauthorized access points, and flag cellular anomalies consistent with IMSI-catcher or interception activity in the environment. That cellular picture is the environment side of phone tapping detection.
Run alongside a physical sweep, it produces a single converged threat picture. The physical inspection accounts for what is planted in the room; Cyber TSCM accounts for what is talking on the network. Neither, on its own, is a complete answer.
The convergence is the point. A device found physically but not understood on the network leaves you guessing where its data went; a suspicious signal identified on the network but never located leaves you unable to remove its source. Treating the two together — the object in the room and its traffic on the wire — is what turns a set of findings into a threat you can actually close out.