FLOWPROBE

Full network visibility with the world’s highest density enriched flow metadata generator

14M

FLOWS PER SECOND INGEST

800Gbps

NETWORK MONITORING

JA3

FINGERPRINTING

Features of the FlowProbe

Compact Form Factor

The FlowProbe comes in a compact 1RU server, ensuring minimal space is required within data centres, whilst offering world leading performance and throughput.

Up to 800Gbps Monitoring

The FlowProbe monitors network traffic up to 800Gbps to produce unsampled, enhanced IPFIX records.

Scalability

Flowprobes can be scaled out in 200Gb/400Gb or 800Gb blocks to accommodate high rate traffic seen by network operators ensuring complete network coverage.

Layer 7 Visibility

Gain granular visibility of layer 7 protocols such as HTTP, SSL, SIP, DNS, and TCP session providing accurate, real-time detail for cyber investigations.

Encrypted Traffic Identification

Identify encrypted communications with the FlowProbe, featuring fingerprinting methods JA3, JA3S, and HASSH to gain an additional layer of intelligence.

De-tunneling

The FlowProbe detects and de-tunnels GTP, GRE, MPLS and IP-in-IP traffic found on ISP and telco carrier networks.

FLOWPROBE

Product Lifecycle

2017

200G IP Flow Probe - double the throughput whilst remaining a 1RU appliance. A huge development in the FlowProbe lifecycle.

2019

JA3 and JA3S SSL fingerprinting were added to enable MD5 based checksum identification against a JA3 database.

2015

100Gbps IPFIX Probe - our first ever probe to provide unsampled network visibility.

2019

400G FlowProbe - utilising 4 x 100GbE per 1RU appliance to provide complete network visibility.

2023

800G FlowProbe - our latest development.

WHITE PAPER

FLOWPROBE

Our FlowProbe security solution is a network monitoring tool capable of providing vital intrusion detection information for high-rate and high-volume network traffic without impacting network performance.

Blog

Threat hunting and network monitoring with Netflow at scale

Network visibility is key to protecting IP and mobile networks of today, embracing the challenges that come with the increasing data rates associated with a rise in IoT devices and the rollout of 5G, whilst simultaneously ensuring protection is considered for legacy signalling networks.