Dynamic Network Defense

The inherently static nature of common perimeter defense configurations make it easy to recon, attack and breach a network. PacketViper deception obscures your network and confounds attackers.

Learn more >>

Threat Intelligence

 

There are unique opportunities to harvest threat intelligence at your network edge based on real-time activity. Use deception to overcome the challenges of easily applying threat intelligence to network defense with PacketViper.

Learn more >>

Recon Targeted Deception

All attacks start with a reconnaissance scan and PacketViper uses lightweight, agentless deception to trip up attackers during the first phase of the cyber kill chain.

Learn more >>

DDoS Protection

Skyrocketing global IP traffic volumes create an increased risk of a successful DDoS attack. PacketViper decoys can identify anomalies in network traffic and can actively block threats.

Learn more >>

Geo-Targeting

Both troublesome content delivery networks and worldwide enterprises are leveraging server infrastructure all around the globe. Deception based geo-targeting can help you stay ahead of attackers and in touch with global companies you want to do business with.

Learn more >>

SIEM Optimization

Deceiving threats and stripping away IP traffic that an organization has no need for goes a long way to increasing the efficiency and value of security information and event management (SIEM) applications.

Learn more >>

Vendor Risk Management

PacketViper uses internal deception to ensure that vendor activity on the network conforms to pre-approved access rights and policies.

Learn more >>

Deceive, Harvest Intelligence, Take Action. Repeat.

PacketViper uses agentless, lightweight, network-based deception earlier in the cyber kill chain and at the network perimeter.  We solve important cybersecurity problems and produce practical, real-world results, including dynamic network defense, relief of security operational costs and burdens, and 3rd party risk monitoring with policy enforcement. Learn how >>