Nipper Resilience for Exposure Assessment

NOMINATION HIGHLIGHTS

Trusted by elite cybersecurity teams and more than 800 organizations worldwide, including 30+ U.S. federal agencies, Nipper Resilience sits at the heart of leading exposure management programs.

Conventional cyber security solutions are unable to correlate configuration weaknesses with exploitable attack paths. They fundamentally don’t look at the network, or the threat landscape, in that way. This leaves a major vulnerability in cyber defense, as Advanced Persistent Threats (APTs) and ransomware that have gained access through misconfigured network devices have repeatedly shown.

Nipper Resilience expands Titania’s proven configuration assessment engine into a horizontally scalable monitoring platform capable of supporting complex, distributed, mission critical networks.

Exposure visibility across the entire network
Nipper Resilience is an enterprise scale network exposure assessment platform (EAP) that provides proactive visibility into the security posture of an organizations entire network infrastructure – including air-gapped, classified, OT and sovereign environments.

Built on the same trusted Nipper technology used by elite pen testers globally, Nipper Resilience combines risk-based vulnerability management, adversary style configuration analysis, and proprietary virtual device modelling to assess the true security state of network devices at global scale.

It can assess up to 250,000 network devices in a 24-hour period, with multiple deployment options – including laptops, servers or virtualized environments.

Predict and prevent future attacks with attack path mapping and threat contextualized risk insights

Organizations understand that a reactive approach to cyber security is no longer enough: even in the shortest breach, the damage can be significant. But taking a proactive approach is challenging when the risks can come from so many directions.

This is where Nipper Resilience’s attack path mapping capability comes into its own. Drawing on current and historic threat intelligence data, it provides a clear and detailed picture of the most likely routes attackers might take to try and access an organization’s most attractive network assets.

First, it enables security teams to create a visual representation of their network topology, segment by segment, including air‑gapped, classified, operational technology, sovereign and mission‑critical environments where traditional scanning cannot operate.

Then, it applies the penetration testing methodology to identify misconfigurations or common vulnerabilities and exposures, such as those logged as CISA KEVs and MITRE ATT&CK TTPs.

This results in an attack path map that shows exploitable routes to critical network segments, via network devices where misconfigurations or known vulnerabilities have been identified. Security teams can then remediate these issues and shut down the attack paths.