If someone got in, nobody would notice

Try thisCompare the two networks: on the left the attacker spreads, on the right it is stopped at the gateway.

I want this
Live network map
Live
No protection
Office A · exposed
Breach in progress
Protected
Office B · protected
Threat contained
Intrusion stopped
Compromised gateway isolated in 2.4 s; the attack goes no further.
Plus and minus zoom, zero shows the whole demo, arrows move the zoomed demo.
  • 2identical networks side by side: unprotected and protected
  • 7devices in each network
  • 1compromised gateway where the attack starts

The demo runs on made-up data. Figures describe the demo set-up, not client results.

I want this
What it solves

A live network map and isolation of the compromised device

Stop the attacker at the front door.

When an attacker breaks into one device, time decides the outcome. The demo shows two identical office networks from above. Without protection, the attacker moves from device to device. With protection, the compromised gateway is cut off from the rest of the network before it reaches the server or the database.

Who it is forOperations with sensitive data and reporting duties

Delivered as part ofCybersecurity

The difference the demo shows

Without protection: the attacker breaks the gateway → reaches the server → jumps to the PCs → the company stops. With protection: the anomaly is spotted → the gateway is isolated → the rest of the network keeps working.

Security lead

A live network map, automatic isolation of compromised devices and a record of the attack for investigation and reporting.

How it worksStep by step

  1. We deploy the sensors

    Agents on workstations, traffic mirroring on the switch, sensors at the network edge. No need to replace the firewall or endpoint protection.

  2. We learn normal traffic

    Over the first weeks the system learns who each device talks to, when, how much and over which protocols. Then it watches for deviations.

  3. Catches the anomaly

    “A marketing PC connects to the file server at 3 a.m.”, “a new process asks for the list of admins”. An alert with a confidence level.

  4. Isolates the device

    An instruction to the firewall or endpoint protection and the compromised device is cut off. The rest of the network keeps working.

  5. Record and report

    Recorded traffic, a timeline of actions and an export for NIS2 or GDPR reporting. A ticket in the SIEM and a message in chat.

What it doesWhat it needs in production

  • A live network map

    Every device, service and connection on one map. Click a device to see who it talks to.

  • Spotting unusual behaviour

    The system knows each device’s normal traffic. It notices a PC that suddenly pulls data from the file server at 3 a.m. or scans the whole network.

  • Immediate isolation

    The compromised device is cut off within seconds through the firewall, switch or endpoint protection. Everyone else keeps working.

  • Traffic recorded around the incident

    Traffic around the incident is stored encrypted and can be replayed for investigators or an auditor.

  • Threat intelligence feeds

    Commercial and community lists of dangerous addresses, files and domains. Known threats are blocked at the edge.

  • A record for NIS2 and GDPR

    Every detection, isolation and analyst action. An export for the regulator with the right details.

  • Playbooks for known attacks

    Ransomware, lateral movement, credential theft: known scenarios follow prepared playbooks. Any destructive step needs a person’s approval.

  • Alerts into your SIEM and chat

    Sentinel, Splunk, Wazuh and your team chat. Severity tuned so the on-call person does not drown in noise.

Who it is forWhere it makes sense

  • Smaller companies without a security team

    20 to 300 people and no in-house security specialists. Managed protection instead of buying an expensive tool and a team to run it.

  • Finance and NIS2-regulated firms

    Banks, insurers and financial firms under NIS2 and DORA. A live network map and an attack record in the form a regulator expects.

  • Healthcare

    Clinics and laboratories holding health data. A compromised workstation is isolated before it reaches the patient record system.

  • E-shops taking card payments

    Network separation enforced and provable at audit, attempts to move across the network recorded on a timeline.

  • Manufacturing and OT networks

    The shop floor, control systems, PLCs. Watches the boundary between office and production networks and cuts off an infected PC before it touches production.

  • Law and advisory firms

    Strict confidentiality. Separation between matters and clients, and a record of every unusual access.

IntegrationsRuns on what you already have

  • Microsoft Defender for Endpoint
  • CrowdStrike Falcon
  • Cisco Umbrella
  • Fortinet FortiGate
  • pfSense / OPNsense
  • Wazuh
  • AWS GuardDuty
  • Microsoft Sentinel (SIEM)
  • Splunk Enterprise Security
  • Custom firewall or EDR API

The list is not exhaustive. We connect systems that are not here as long as they have an interface.

Want this in your business?

A no-obligation call with someone who builds these. We go through your brief and say what is realistic and what is not.

Book a consultation