Expose every threat, breach, or outage with network-wide visibility from Keysight and Endace.
The EndaceProbe platform delivers unmatched packet capture performance with exceptional capacity, speed, and precision. Designed as an open, flexible solution, it integrates seamlessly with a broad range of network security and performance tools. It can also host third-party applications, allowing organizations to run best-of-breed monitoring and security solutions without needing extra hardware.
The challenge.
You can’t secure what you can’t see — and today’s, distributed networks are full of blind spots.
When security teams investigate incidents, performance problems, or potential threats, they often lack the complete evidence needed to accurately reconstruct what happened. Flow-based telemetry alone doesn’t provide the full picture, since it excludes the packet-level detail essential for understanding activity across both physical and cloud infrastructures. On top of that, many monitoring solutions either don’t capture forensic packet data at all or only retain minimal amounts. The result? Teams are forced to operate with limited visibility, slowing down investigations and leaving gaps in response efforts.
What organizations really need is a platform that:
- Extends visibility at scale across on-prem, private, and public cloud infrastructure.
- Continuously records every packet with always-on capture (not just triggered events).
- Combines powerful functionality with ease of use and rapid deployment.
- Is scalable and cost-efficient.
- Offers the flexibility to adapt and grow with changing requirements.
Give your network a photographic memory.
Endace and Keysight together deliver comprehensive, always-accurate visibility across every part of the network. Keysight’s advanced network packet brokers (NPBs), bypass switches, and TAPs provide customers with complete insight and control over their traffic. Built on a zero-loss foundation, the Keysight Vision series NPBs deliver a rich set of capabilities — including traffic aggregation, filtering, de-duplication, load balancing, and decryption — ensuring reliable and efficient network monitoring.
Introducing Endace – The truth is in the packets.
Why full packet capture delivers unbeatable visibility for cybersecurity and network monitoring.
Introducing Endace and its packet capture solutions, emphasizing the unrivaled clarity they offer. By capturing and preserving every packet, network teams gain definitive insight into incidents, breaches, or performance issues. Unlike metadata or logs, full packet capture delivers the raw evidence needed for concrete diagnosis and investigation. It’s a compelling showcase of why, when you need to know exactly what happened—and when—nothing beats analyzing the actual packetsms.
Yea
Ultimate scalability and accuracy.
Multiple EndaceProbes can be linked together through Keysight NPBs to create a monitoring and recording stack that scales to petabytes of storage. This architecture supports monitoring at any link speed without packet loss, while delivering unified visibility and reliable capture across on-premises, private, and public cloud environments.
In this stack design, Keysight NPBs gather traffic via TAPs or SPAN ports and intelligently distribute it across the connected EndaceProbes. Advanced processing options — such as application-aware filtering, de-duplication, and data masking — can be applied before the data reaches the probes for recording.
Endace’s InvestigationManager™ provides a single, intuitive interface for lightning-fast search, data mining, traffic visualization, and packet analysis across scaled deployments. Through API integrations with a broad range of security and performance tools — including IDS, NDR/XDR, SIEM, and SOAR platforms — analysts can move from an alert directly to the related packets within seconds. This dramatically speeds investigations by surfacing conclusive evidence. Additionally, EndaceCMS™ Central Management Server streamlines administration of all deployed EndaceProbes, whether on-prem or in the cloud, reducing complexity and operational overhead.
