See Every Packet. Stop Every Threat.
You can't stop what you can't see. We make sure you see everything.
Most breaches don't announce themselves with a siren. They move quietly and deliberately
through your network, masquerading as normal traffic until a foothold becomes a full
compromise. Xenex deploys Network Intrusion Detection System (NIDS) monitoring across your
routers, switches, firewalls, servers, and workstations by continuously inspecting traffic in real
time for attack signatures, behavioral anomalies, and threat patterns that indicate malicious
activity. From reconnaissance probes to lateral movement to data exfiltration attempts, Xenex
surfaces the indicators that matter and delivers immediate alerts to your security team. By the
time a threat actor believes they're operating undetected inside your environment, your team
already knows they're there.
Know exactly what's flowing across your network. Monitor what has no business being there.
Device uptime tells you your network is running. NetFlow tells you what it's actually doing.
NetFlow analysis reveals the full conversation map of your network — who is communicating
with whom, what volumes of data are moving between which endpoints, and whether those
traffic patterns align with what your business should be doing. Xenex collects and analyzes
NetFlow data across routers, switches, firewalls, and servers, establishing behavioral baselines
and flagging deviations that could indicate insider threats, compromised devices, or
unauthorized data movement. When a workstation suddenly begins transferring gigabytes of
data to an unfamiliar external address at 2 am, Xenex makes sure that conversation doesn't go
unnoticed.
Speak your network's language. Catch the conversations that shouldn't be happening.
Your network runs on protocols and every legitimate application, service, and device has a
predictable way of communicating. When something starts behaving outside those norms,
using unexpected protocols, communicating on non-standard ports, or generating traffic
patterns that don't match its role, it's rarely a coincidence. Xenex performs continuous deep
protocol analysis across your firewalls, routers, switches, servers, and workstations, building a
clear picture of normal network behavior and alerting your team to anything that deviates from
it. Whether the cause is a misconfigured application, a compromised endpoint, or an attacker
attempting to blend into legitimate traffic, protocol-level visibility ensures the anomaly doesn't
stay hidden.
Control what enters and leaves your network down to the packet level.
Your network perimeter is only as strong as the rules governing what crosses it — and those
rules are only effective if they're actually working as intended. Packet filtering gives your
organization granular control over traffic flows across firewalls, routers, and switches, blocking
unauthorized connections and enforcing the traffic policies your security architecture depends
on. Xenex monitors packet filtering rules and enforcement across your entire infrastructure in
real time, validating that your controls are functioning correctly and alerting your team
immediately when traffic attempts to bypass, circumvent, or exploit gaps in your filtering
policies. Across firewalls, routers, switches, and servers, nothing crosses your network
boundary without scrutiny.
When you need the full picture, every packet tells a story.
Alerts tell you something happened. Packet capture tells you exactly what. When a serious
security incident occurs, the ability to reconstruct the full sequence of events — what data
moved, which systems were involved, what commands were executed — is the difference
between a thorough investigation and an incomplete one. Xenex captures and retains full
packet data across your network infrastructure, providing your security team with the forensic
evidence needed to investigate incidents, validate threat intelligence, support legal or
regulatory proceedings, and demonstrate due diligence to auditors. For organizations operating
under compliance frameworks that demand demonstrable security controls, full packet capture
isn't just a forensic tool — it's an organizational safeguard.
