Inside the offensive engine of the Zettawise Hybrid Cyber Range 

An enterprise can have firewalls, endpoint protection, intrusion detection and security monitoring in place, and still be vulnerable. The real question is not whether security controls exist. It is whether they hold when several systems come under attack at the same time.

This is where diZITandav™, the attack engine of the Zettawise Hybrid Cyber Range, changes the equation. It launches realistic, coordinated attacks against a controlled copy of an organisation’s environment, exposing weaknesses before real attackers can exploit them. 

  
diZITandav™ launches multiple attacks at once against an IT and OT environment in the cyber range, then shows which steps your defences  detected, missed or never saw.

What Happens When One Attack Becomes Many? 

Consider a manufacturer whose business IT systems are connected to its operational technology (OT): the systems that run machines and production lines. 

The attack begins when an employee opens a malicious file. Security tools spot the unusual activity and raise an alert. So far, the defences are working. 

But the simulated attacker changes tactics. It probes another system and finds a poorly protected route towards the industrial network. This time, nothing responds. 

The attacker then disrupts a critical service while moving towards the systems that support production. On their own, each event looks manageable. Together, they reveal a far more serious problem: the organisation’s security controls work individually, but not as a coordinated defence. 

In a real attack, discovering this would come at a heavy operational cost. diZITandav™ lets organisations discover it first, safely.

How diZITandav™ Challenges Your Defences 

As the offensive engine of the cyber range, diZITandav™ runs controlled attack scenarios across every layer of an organisation’s infrastructure. Organisations use it to: 

• Test security controls: check whether firewalls, intrusion detection systems (IDS) and other defences identify and respond to malicious activity.
• Simulate multi-vector attacks: combine several attack techniques at once to see how security teams cope when threats arrive together.
• Find breaking points: identify where network performance, security controls or operational processes start to fail under pressure.
• Test evasive behaviour: see whether changing attack patterns can slip past existing detection.
• Validate incident response: measure how well teams identify, contain and stop an attack.
• Assess IT and OT resilience: test environments where business systems connect to industrial networks and critical infrastructure.

The cyber range supports a wide range of attack types, including distributed denial-of-service (DDoS), packet manipulation, vulnerability exploitation, malware, ransomware, botnet activity, coordinated and adaptive attacks, and data exfiltration. 

From Assumptions to Evidence

The greatest strength of attack simulation is that it replaces assumptions with evidence. A security team may believe an IDS rule gives enough coverage. A network administrator may assume segmentation stops an attacker moving between systems. Management may assume the incident response plan will hold during a major attack. 

diZITandav™ puts every one of those assumptions to the test. The results show organisations: 

• which attack steps were detected, and which were missed;
• where defensive controls need tuning;
• which security devices struggle under attack;
• where network segmentation needs strengthening;
• how well teams respond to simultaneous threats; and
• where additional monitoring or protection is needed. 

Why Proactive Attack Simulation Matters 

Cybersecurity cannot remain a checklist exercise. Attackers constantly change their techniques, combine methods, and look for the gaps between security controls. 

By challenging their environment repeatedly through controlled attacks, organisations strengthen their security without waiting for a real breach to reveal the weaknesses. Every gap found becomes a fix, and every fix can be tested again. 

Attack first. Learn first. Strengthen first. 

That is the real value of an attack engine. It doesn’t simply prove that a system can be attacked. It shows an organisation whether its defences can withstand the attack, and exactly where to strengthen them before it matters. 

To see diZITandav™ in action, visit www.zettawise.in