Understanding EMI Threats to Your Organization

Securing Our Water: Strategies for Strengthening Cybersecurity Post-American Water Breach

Creating the Next Frontier in Wireless Technology: The Critical Need for Wireless Airspace Defense

Gartner® Recognizes LOCH for Medical Device Risk Management Platforms

The Silent Threat of Rogue Wi-Fi Networks on Navy Ships – How LOCH's AirShield Could Have Prevented a Security Breach

Which Industries are most vulnerable to LLM attacks?

Strengthening National Security with LOCH AirShield Wireless Airspace Defense and ACS - Autonomic Cybersecurity: Mitigating the Risks of Chinese Maritime Cranes

Advancing the Future of Cybersecurity with Resilient Machine Learning Systems (rMLS) to Protect Artificial Intelligence and Machine Learning from Cyberattacks

Defending Against Flipper Zero Attacks: How LOCH AirShield Protects Your Wireless Airspace

The Rising Threat of GPS Spoofing: How AirShield's GPS Canary Defends the Skies

Leveraging Software-Defined Radios at DEFCON: Enhancing Security or Raising Concerns?

The proliferation of wireless devices, ranging from WiFi and Bluetooth to 4G/5G and IoT technologies, has expanded the scope of EMI challenges. With hundreds of new protocols, frequencies, and operating systems now being used (outside of the WiFi frequencies) to transmit data, over-the-air attacks are becoming increasingly more frequent and sophisticated. Without broader RF visibility, the attacks go undetected, posing risks to both operational integrity and data security.

Continuous Monitoring

EMI Emissions Measurements

EMI IDS (Intrusion Detection System)

Scanning All Wireless Communications

Electromagnetic Interference (EMI)

Attack Surface

What is Electromagnetic Interference (EMI)?