Wireless Airspace Defense for Unmatched RF Visibility
LOCH Technologies Featured Product

AirShield for all Devices, Things, and Networks
Invisible Threats. Visible Protection.
The rapid expansion of connected devices is surpassing human capacity and the capabilities of traditional security solutions to maintain a secure environment. AI and ML-enabled RF awareness and spectrum monitoring are essential for detecting, evaluating, and preventing risks from 'hidden' threats. Access our new whitepaper on Wireless Airspace Defense for a comprehensive understanding of this evolving threat landscape.
AI and ML-based methods for asset discovery, classification, and risk profiling through edge-based risk management of this new external attack is only possible through DDR (data detection and response) and software-defined radios (SDRs).
Visibility
Discover all broad-spectrum wireless devices, IoT things and Networks within your environment
Protection
Automatically identify unmanaged, unsecured, and misconfigured IT, IoT, and OT entities
Non-Intrusive
Passive monitoring of airwaves for enforcement of Zero Trust policies
Easy to Deploy
Choice of multiple deployment options - on-premise, cloud, or direct-to-browser and with or without LAN connectivity makes it easy for fast access to real-time threat-hunting analytics.
The Power of AI-Enabled Signal Intelligence on AirShield
We bring our AI to secure your data, to stop what others cannot.
The accelerated adoption of digital transformation, with a connected-everything approach, has created another potential target for cyberattacks. IT systems and ICS/OT systems are no longer separate entities, and using different cybersecurity tools for each system is no longer enough to ensure comprehensive protection.
What is Autonomic Cyber Security (ACS)?
What is Wireless Airspace Defense?
Wireless Airspace Defense is a comprehensive security platform designed to protect wireless networks and devices from unauthorized or malicious activities.
This system leverages advanced technologies like software-defined radios (SDRs), AI, and machine learning to provide real-time threat detection, monitoring, and response before a loss or incident occurs.