AI & Security

Swiss-Engineered AI to Strengthen Resilience

After over a decade of institutional research, we have engineered sophisticated AI to empower security teams with unmatched precision, speed and efficiency in their daily operations.

AI & security made by Exeon

How AI empowers security teams

Return on Investment through efficient threat detection and reduced response times with AI (Forrester®)

0 %

Faster incident response through AI automation (Gartner®)

0 %

Reduction in false alarms with precise, machine learning-based detection (Gartner®)

2 %

Security teams must focus on real threats. That’s why AI and machine learning are the keys to becoming faster and more precise.

Monitor with surgical precision

Exeon's AI-driven metadata analysis and a clever whitelisting, filters safe traffic, eliminates false positives, and surfaces true anomalies across IT and OT.

Detect threats in billions of activities

Machine learning behavioral models analyze network traffic to identify known attack patterns and previously unseen anomalies for early, effective threat detection.

Automate rapidresponse

Risk-scored alerts flow into your SOAR platform via open APIs, where playbooks isolate hosts and block malicious traffic in seconds.

Platform

AI makes superior security analytics possible

Supervised machine learning

Supervised models are pretrained on real-world attack patterns in controlled environments, enabling accurate, out-of-the-box detection for known threats from day one.

Unsupervised algorithms

Unsupervised algorithms learn typical behavior onsite, identifying anomalies unique to each environment in real-time without prior labeling or rules.

Expert use case integration

Expert use case integration correlates traditional indicators with network data, enriching detection algorithms with additional context for superior accuracy.

Risk-based alerting

Risk-based alerting and dynamic scoring mechanisms evaluate the severity and context of each incident, enabling security teams to triage effectively and focus response efforts on the most impactful threats.

No deep packet inspection (DPI)

Exeon analyzes metadata, not payloads — ensuring encrypted traffic remains private while maintaining full visibility into behavioral anomalies.

Trusted by global organizations

Solutions

How security teams benefit from Exeon.NDR

See every network flow

Exeon passively collects metadata from IT, cloud, IoT and OT devices to deliver a unified view of all traffic. This holistic visibility uncovers lateral movement, C2 beacons and encrypted threats across every segment, eliminating blind spots.

Detect and respond faster

Our AI detects unusual activity such as zero-day attacks, insider threats, and emerging attack patterns as they happen. By scoring risks and working seamlessly with SOAR tools, it helps teams focus on most pressing threats to respond faster.

Deploy agentless at scale

A virtual appliance that includes lightweight data collection — no endpoint agents or extra hardware required. One policy set instantly covers legacy, unmanaged and cloud environments, scaling effortlessly as your infrastructure grows.

Automate compliance and cut risk

Ready-to-use documentation and audit logs for evidence and compliance-relevant data. Our event correlation and risk-based alerting eliminates the vast majority of annoying false positives and saves analysts dozens of hours of time every week.

Al-based attack and anomaly detection through NDR

Routers / switches
Firewalls
Private & public cloud
DNS servers / proxy
IT / IoT / OT networks
User / application
Data lake / data centre / hypervisor
Unsupervised ML
Supervised ML
Static rule set
Signature-based detection (IoC)

Market comparison

Exeon eliminates DPI’s challenges with its innovative metadata analysis approach, delivering real-time insights across physical, virtual, and cloud environments without invasive methods.

Capabilities

Lightweight, efficient data analysis without traffic mirroring or sensors

Security analytics unaffected by encryption

Superior network visibility, not restricted to core switch traffic only

Powerful Machine Learning algorithms

Fully on-prem data processing

Exeon

Vectra

Darktrace

ExtraHop

AI as a valuable add-on to

Security installations

Use cases

AI & Security Use Cases

Our technology is engineered to adapt to business specifications and individual requirements without compromising security, efficiency, and compliance.

Public Sector Use Case

A municipality’s hybrid infrastructure of over 12,000 IT and OT devices uses Exeon.NDR for elevated cybersecurity.
How to detect APTs - Exeon Analytics

AI against advanced threats

A comprehensive guide on the current threat landscape, and precisely how to improve detection and response capabilities.
APT threat detection demo tour

Guided threat detection tour

A video demonstration of exeon.NDR including domain generation algorithms, machine learning for behavioral analysis, lateral movement, and much more.
Your cloud vs. on-prem deployment guide

On-prem vs. cloud deployment

Considering factors such as security, compliance, customization, scalability, and budgetary constraints, evaluate your cybersecurity infrastructure deployment options.

Less false positives with AI

Save time and focus your efforts on what matters most with AI-supported alerting.
CVSS Guide - Exeon

How AI benefits threat triage

Here’s how security teams increase precision by using AI-empowered vulnerability scoring.

What customers say about our AI technology

Security teams of global organizations report on their experience with our AI and machine learning.

AI & security for various industries

Industry-focused, results-driven

Banking & finance

Use Case: Bank in Germany

DORA compliance, tackling threats like APTs & ransomware, improved threat detection, and faster response times.

Logistics & transportation

Success Story: Logistics

Fast-moving, international logistics company defeats system interruptions from cyber incidents with Exeon.NDR.

Branche X

Exeon.NDR for IT, OT & IoT

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Banking & finance

Success Story: Banking

A cybersecurity case study on PostFinance, one of Switzerland’s leading retail financial institutions.

Manufacturing

Use Case: Manufacturing & NIS2

OT/IIoT integration and compliance: how a mechanical engineering company increases their cybersecurity posture.

Healthcare

Success Story: Swiss Hospitals

Read how our platform became an integral security monitoring tool to safeguard Solothurner Spitäler’s IT & OT networks.

Healthcare

Use Case: Healthcare & Compliance

Centralized visibility and monitoring of hybrid environments to safeguard critical medical systems.

WinGD customer use case
Manufacturing

Global Manufacturer WinGD

In this video testimonial, our customer WinGD explains how Exeon.NDR strengthens their cybersecurity.

FAQs

Frequently asked questions

Further details on our platform’s powerful machine learning algorithms designed to detect sophisticated cyber threats by analyzing your log data.

How is supervised machine learning used in Exeon.NDR?

Supervised machine learning in Exeon.NDR is trained on labeled datasets, meaning it’s trained from past attacks and predefined threat patterns. This approach is particularly effective for detecting known threats, such as lateral movement or brute-force attacks. As for unsupervised ML, by matching current network activity with historical attack data, it quickly identifies suspicious behavior that fits previously seen attack signatures. For example, Exeon.NDR can detect command-and-control traffic based on patterns found in past attack logs, enabling security teams to respond swiftly.

Unsupervised machine learning, on the other hand, does not rely on predefined patterns but instead identifies unknown or evolving attack patterns. It analyzes network behavior and flags anomalies that do not conform to normal activity. This makes it particularly useful for detecting new and sophisticated threats, such as zero-day attacks or advanced persistent threats (APTs). In Exeon.NDR, this capability helps uncover subtle attacker movements within a network, such as lateral movement, where an intruder spreads from one system to another while avoiding traditional detection methods.

By combining supervised and unsupervised machine learning, we ensures a comprehensive security approach. Supervised learning allows for quick detection of known attack methods, providing immediate protection against familiar threats. At the same time, unsupervised learning enhances security by identifying novel or stealthy attacks that would otherwise go unnoticed. This dual approach maximizes detection accuracy while maintaining adaptability to evolving cyber threats.

The future lies in privacy-conscious security solutions that prioritize detecting threats through intelligent pattern analysis rather than invasive surveillance—ensuring strong protection without overstepping privacy boundaries.

By focusing on network behavior rather than individual data packets, AI-driven security solutions can detect zero-day attacks and unknown threats based on deviations from normal patterns—offering stronger, privacy-friendly protection.

Talk to an expert

Have questions about AI-driven security that is future-proof and scales infinitely? Our experts are available to assist with strategic planning, network security, integrations, and more.