Explore Archthetic's Global Technology Portfolio

TSCM technologies are designed to identify, investigate and help localize technical surveillance threats. No single TSCM detector provides universal coverage for every surveillance technology.

Professional TSCM inspections, corporate security, executive protection, government environments, sensitive facilities and technical surveillance investigations.

Detection ≠ Identification ≠ Localization ≠ Physical Verification. The appropriate workflow depends on the suspected device and how it operates.

Remote listening technologies are designed for authorized remote audio collection or monitoring where the operational objective is to access audio from a remote location.

Authorized investigative operations, controlled monitoring, professional intelligence and security applications where lawful remote audio collection is required.

Remote Listening is not Counter Audio and is not TSCM. Its objective is authorized collection rather than detection or protection against surveillance.

Counter-audio systems are designed to reduce the ability of microphones and recording devices to capture sensitive conversations. This is a protection layer rather than a detection layer.

Executive meetings, boardrooms, negotiations, sensitive briefings, temporary meeting locations and environments where conversation privacy is a primary requirement.

Conversation protection does not replace TSCM. TSCM investigates surveillance threats; counter-audio technology is intended to protect the conversation.

Discreet camera systems provide visual observation and monitoring in controlled security environments. This is a deployment technology, not a camera-detection technology.

Corporate and residential security, controlled investigative environments and discreet visual monitoring where deployment is authorized.

Camera deployment ≠ hidden camera detection. One creates a visual monitoring capability; the other investigates whether an unauthorized camera may be present.

High-definition discreet video systems are focused on visual acquisition, observation and evidence capture where image detail is an important operational requirement.

Discreet visual observation, high-resolution monitoring and applications where image quality contributes to investigative or security value.

Resolution is only one component of video intelligence. Lighting, placement, field of view, movement, storage and transmission architecture also influence usable results.

Hidden-camera detection technologies are designed to help identify and locate concealed cameras and optical surveillance devices using appropriate optical, wireless and physical inspection methods.

Hotels, residences, offices, meeting rooms, executive spaces, business travel and professional privacy inspections.

Finding a camera is not the same as finding its transmission. A concealed camera may transmit wirelessly, use cellular connectivity, record locally or operate intermittently.

Tracking technologies provide location visibility for authorized assets, vehicles, personnel and operational resources. This is a tracking capability rather than a tracker-detection capability.

Fleet management, asset visibility, personnel safety, vehicle operations, logistics and security operations requiring location intelligence.

Tracking and tracker detection are opposite operational requirements. One establishes location visibility; the other investigates whether an unauthorized tracking device may be present.

Covert audio recording technologies are focused on discreet local audio acquisition and recording for authorized investigative, documentation or evidence-capture requirements.

Authorized investigative recording, evidence collection, interviews and field operations where discreet audio acquisition is required and lawful.

Local recording ≠ remote listening. A recorder may store audio without transmitting it, which is one reason RF detection alone cannot be treated as universal recorder detection.

Digital forensics technologies address evidence acquisition, examination, analysis and recovery from digital devices and storage environments. This is a digital investigation layer rather than a physical surveillance-detection layer.

Investigators, digital forensic professionals, corporate investigations, lawful evidence recovery, incident investigations and device analysis.

Data recovery ≠ digital forensics. Recovery focuses on retrieving data; forensic workflows additionally address acquisition, preservation, examination, analysis and interpretation.