Find intruders
lurking on the edges.
Nation-state actors and Advanced Persistent Threat (APT) groups increasingly target networking gear and Linux-based embedded devices. Detecting threats on these systems is essential to safeguard critical infrastructure. Sandfly's agentless technology enables safe and instantly deployed monitoring on these and other systems:
- Networking gear using Juniper's Evolved operating system and Cisco Nexus/XR platforms.
- WiFi devices from Ubiquiti and others.
- Network attached storage devices such as Synology.
- Embedded devices such as IP cameras, Raspberry Pi, and other ARM/MIPS platforms.
- Robotics, industrial control and power grid systems.
Sandfly provides comprehensive visibility with unmatched speed, safety, and stability leaving no corner of your network unguarded.
Secure All Linux Devices Now
Sandfly has the industry's widest compatibility across Linux devices.
No Agent Installation or Maintenance
Sandfly’s technology eliminates the need to install or maintain software agents on monitored devices. This simplifies management and reduces downtime risk for networking gear and embedded systems that must always work.
Safe and Reliable for Critical Infrastructure
Since no agents run continuously on the devices, Sandfly has little to no effect on their performance or stability. This is essential for systems in critical infrastructure applications.
Actively Hunts for Intruders Everywhere
Sandfly's full Linux threat detection suite and features run on every device we monitor. Edge devices are protected identically to full servers, including advanced drift detection features that can help find evasive and novel intruder activity.
Goes Where Attackers Operate
Attackers increasingly are focused on edge devices that are unprotected and work as chokepoints for valuable data. These devices are not well monitored and often enable a full view into network traffic. Sandfly lets you operate where the attackers are.
Scalability for Large Networks
Sandfly scales effortlessly, as it avoids the complexity of managing individual agents. This makes it ideal for organizations with extensive networking infrastructure and numerous distributed embedded systems.