Non-Intrusive Solution for Granular Visibility into Network Activity
The Qosmos Probe is a cyber sensor that has been developed to provide non-intrusive visibility into network infrastructures. It identifies the application behind each IP session and delivers detailed metadata from protocols and applications. Relevant classification information and metadata is available either in real time, via an API, or from a standard database with an open data model (the Qosmos Traffic Matrix).
At the heart of the probe is Qosmos ixEngine®, the market leading next-generation Deep Packet Inspection (DPI) engine that provides detailed, real-time IP traffic classification.
The Qosmos Probe supports fast data capture mechanisms such as DPDK and OVS in order to deliver information for services running on any type of infrastructure (physical, virtualized and hybrid). It has a Netconf interface for configuration and aggregation of different variables to create specific KPIs in the Traffic Matrix. It also has APIs to standard interfaces for real-time and batch reporting.
Qosmos Probe Benefits
- High-degree of information granularity
- Fully customizable extraction of traffic information and KPIs
- Probing can be turned on and off to investigate issues only when needed
- A single probing approach for hybrid environments where services run across both physical and virtual interfaces
- Follows NFV standards for future proofing
- Runs on commodity hardware
Qosmos Probe: A Network Traffic Sensor with Next Generation DPI
Using Cyber Sensors to Detect Advanced Threats – Case Study: Sunburst Attack via Solarwinds
INTEL SOLUTION BRIEF
Enea Qosmos Probe Shows High Performance for Cyber Security
Qosmos Probe for Advanced Network Detection and Response Solutions
Our global team of expert engineers accompanies customers in the deployment and running of our products to ensure they get the most out of our technology.
Enea’s next-generation DPI engine, Qosmos ixEngine, identifies over 4000 applications and protocols, more than any other on the market.