Quick Summary: The All-in-One Privacy Detector is a high-integrity Technical Surveillance Counter-Measures (TSCM) instrument. It integrates multi-band RF scanning, magnetic induction, and IR940 infrared optical sensors within a standalone hardware interface, providing a tactical defense against unauthorized wireless bugs, localized GPS trackers, and stealth night-vision optics.

In a global landscape where corporate espionage and data exfiltration are increasing in complexity, the requirement for localized, high-precision detection hardware is paramount. For B2B security integrators and corporate travel managers, the All-in-One Privacy Detector represents a critical asset in maintaining Data Sovereignty. This device is architected to identify both active electronic signatures and dormant physical surveillance hardware.

1. On-Board Diagnostics: The Zero-Latency Display Interface

Unlike traditional detectors that rely on external smartphone applications, this device features an Integrated High-Resolution Display.

• Tactical Autonomy: Eliminates the risk of "App-based data leaks" by keeping all detection metrics localized on the hardware.

• Real-Time Analytics: Provides immediate visual feedback on signal strength, sensor modes, and battery status, allowing for rapid decision-making in the field.

2. Optical Lens Detection: Exposing Hidden Optics

The device utilizes specialized Optical Reflection Logic to identify clandestine camera lenses.

• Pinhole Target Identification: By emitting high-intensity light pulses, the detector exposes the unique reflective coating of camera lenses—even those hidden behind semi-transparent mirrors or within smoke detectors.

• Passive Hardware Detection: Effective against non-transmitting cameras that standard RF scanners might overlook.

3. Dual-Band RF Spectrum Analysis (2.4GHz / 5.8GHz)

To counter the modern evolution of wireless bugs, the detector is equipped with a high-sensitivity antenna capable of dual-band scanning.

• Broad Frequency Mastery: Effectively identifies active signals from modern WiFi-based cameras and localized Bluetooth bugs operating on 2.4GHz and 5.8GHz bands.

• Signal Triangulation: The intuitive interface allows operators to physically home in on a signal source by monitoring the surging intensity on the built-in screen.

4. Magnetic Induction Logic: Neutralizing GPS Tracking

Many covert GPS trackers and bugs utilize high-strength magnets for rapid, temporary deployment.

• Localized Anomaly Detection: The integrated magnetic sensor identifies the specific magnetic signature of these devices, allowing for the discovery of "dormant" trackers hidden in vehicle chassis, furniture, or cargo containers.

• Non-Invasive Auditing: Professionals can sweep an area without physical dismantling, significantly reducing the labor cost of a security audit.

5. IR940 Stealth Night Vision Detection

Standard infrared detection often misses "Stealth IR." The IR940 detection protocol is engineered to identify infrared light at the 940nm wavelength, which is completely invisible to the human eye.

• Covert Sentry Identification: Reveals high-end night vision equipment that does not emit the traditional "red glow" of standard 850nm LEDs, ensuring security even in total darkness.

6. B2B Manufacturing and Compliance Excellence

Eleshine remains a leader in professional TSCM hardware. Our detectors are engineered for durability, reliability, and precision.

• Global Compliance: Every unit is built to meet international standards, including CE, RoHS, and FCC, ensuring market readiness in the EU and North America.

• OEM/ODM Versatility: We offer our partners comprehensive customization options, from private-label branding to localized firmware, to meet specific regional security requirements.