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Simulate real-world attacks, not just scans

Attack SIMULATION

We simulate realistic attacks against your applications, including modern AI systems such as chatbots, agents, and LLM-powered features.

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Untitled.png

Simulate real-world attacks, not just scans

Attack SIMULATION

We simulate realistic attacks against your applications, including modern AI systems such as chatbots, agents, and LLM-powered features.

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Case Studies

Reports

Whitepapers

Events

0min

of breaches

start with an exploited vulnerability

0min

avg breakout time

from foothold to moving through your network

$0

average cost

  tools become easier to access and deploy

Where business risk becomes real

We secure the environments where cyber risk turns into real business impact: where regulation applies pressure, operations cannot fail, systems evolve rapidly, and customer trust is constantly tested

  • suited consultants

    External pressure defines the agenda: regulation, audits, and accountability. Organizations are expected to prove not only compliance, but their ability to withstand disruption under frameworks like DORA and NIS2 Directive.

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  • physical worker

    When systems fail, operations stop. These environments depend on tightly coupled IT and OT systems where a single incident can disrupt production, logistics, or service delivery.

  • expert developer

    Security challenges scale with every release. Rapid development, changing architectures, and growing dependencies continuously reshape the attack surface.

  • business meeting

    Trust is the attack surface. These environments concentrate exposure in user interactions, data, and transactions, making them constant targets for fraud, abuse, and account compromise.

suited consultants

External pressure defines the agenda: regulation, audits, and accountability. Organizations are expected to prove not only compliance, but their ability to withstand disruption under frameworks like DORA and NIS2 Directive.

When systems fail, operations stop. These environments depend on tightly coupled IT and OT systems where a single incident can disrupt production, logistics, or service delivery.

Security challenges scale with every release. Rapid development, changing architectures, and growing dependencies continuously reshape the attack surface.

Trust is the attack surface. These environments concentrate exposure in user interactions, data, and transactions, making them constant targets for fraud, abuse, and account compromise.

We turn simulated attacks into clear decisions, ensuring your applications, AI systems, and data hold up against real adversaries

How   this helps your organization

We adapt our cybersecurity strategies to meet the specific demands of this industry

Test real-world attack scenarios across applications and AI systems

We assess both classic attack paths and AI-specific threats such as prompt injection, data leakage, and model abuse. This ensures your testing reflects how modern systems are actually targeted.

Identify how attackers can exploit AI behavior and integrations

AI systems introduce new risks through their interaction with data, tools, and users. We analyze how these behaviors can be manipulated to bypass controls or expose sensitive information.

Uncover full attack paths: from entry point to business impact

We demonstrate how vulnerabilities, whether in traditional systems or AI components, can be chained together. This gives you a clear view of real- world impact, not isolated findings.

Supporting services

Complement your cybersecurity strategy with specialized and flexible support

Simulate real-world attacks, not just scans

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Implement the right tools, without the complexity

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Stay secure without building a security team

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Stay secure without building a security team

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Helpful resources

AI Challenges for CISOs

Balancing Innovation, Security, and Privacy.

January 3, 2025

Navigating the Digital Divide

Understanding the Nuances between IT and OT Security.

February 5, 2024

DHIS2 SIEM automation

 

February 22, 2023

Helpful resources

Why You Must Red Team AI Agents Before Attackers Do
AI agents change the security question from “What can the model say?” to “What can the model do?” That shift matters. A chatbot that gives a poor answer may create confusion. An agent with access to email, tickets, customer records, code repositories, payment tools, cloud consoles, or workflow automation can take action. If an attacker can influence those actions, the risk moves from bad output to real operational damage. This post follows post #7 on LLM features, where we looked at the...

22 sept 2026

Read More
Stolen Credentials, No MFA: How Cloud Breaches Really Happen
The clearest cloud breach lesson from 2024 is also one of the least glamorous: stolen passwords still work far too often. When cloud accounts lack multi-factor authentication, attackers do not need advanced malware, zero-day exploits, or noisy network scans. They can simply log in. That pattern shows up strongly in two major sources security leaders watch closely: the CrowdStrike Global Threat Report 2024 and the Verizon Data Breach Investigations Report 2024. Read together, they point to the...

12 nov 2024

Read More
Citrix Bleed Exposes MFA Gaps and $445M Breach Risks Test Attack Chains Now
Citrix Bleed showed a hard truth about modern security: a system can have multi-factor authentication, strict access rules, and regular vulnerability scans, yet still fall to a chain of steps that starts with one flaw. The issue, tracked as CVE-2023-4966, affected Citrix NetScaler ADC and NetScaler Gateway appliances. These products often sit at the edge of a network, handling remote access, application delivery, and authentication traffic. That position made the flaw especially serious....

30 ene 2024

Read More

Helpful resources

Why You Must Red Team AI Agents Before Attackers Do
AI agents change the security question from “What can the model say?” to “What can the model do?” That shift matters. A chatbot that gives a poor answer may create confusion. An agent with access to email, tickets, customer records, code repositories, payment tools, cloud consoles, or workflow automation can take action. If an attacker can influence those actions, the risk moves from bad output to real operational damage. This post follows post #7 on LLM features, where we looked at the...

22 sept 2026

Read More
Stolen Credentials, No MFA: How Cloud Breaches Really Happen
AI agents change the security question from “What can the model say?” to “What can the model do?” That shift matters. A chatbot that gives a poor answer may create confusion. An agent with access to email, tickets, customer records, code repositories, payment tools, cloud consoles, or workflow automation can take action. If an attacker can influence those actions, the risk moves from bad output to real operational damage. This post follows post #7 on LLM features, where we looked at the...

12 nov 2024

Read More
Citrix Bleed Exposes MFA Gaps and $445M Breach Risks Test Attack Chains Now
AI agents change the security question from “What can the model say?” to “What can the model do?” That shift matters. A chatbot that gives a poor answer may create confusion. An agent with access to email, tickets, customer records, code repositories, payment tools, cloud consoles, or workflow automation can take action. If an attacker can influence those actions, the risk moves from bad output to real operational damage. This post follows post #7 on LLM features, where we looked at the...

30 ene 2024

Read More

Helpful resources

Why You Must Red Team AI Agents Before Attackers Do
AI agents change the security question from “What can the model say?” to “What can the model do?” That shift matters. A chatbot that gives a poor answer may create confusion. An agent with access to email, tickets, customer records, code repositories, payment tools, cloud consoles, or workflow automation can take action. If an attacker can influence those actions, the risk moves from bad output to real operational damage. This post follows post #7 on LLM features, where we looked at the...

22 sept 2026

Read More
Stolen Credentials, No MFA: How Cloud Breaches Really Happen
The clearest cloud breach lesson from 2024 is also one of the least glamorous: stolen passwords still work far too often. When cloud accounts lack multi-factor authentication, attackers do not need advanced malware, zero-day exploits, or noisy network scans. They can simply log in. That pattern shows up strongly in two major sources security leaders watch closely: the CrowdStrike Global Threat Report 2024 and the Verizon Data Breach Investigations Report 2024. Read together, they point to the...

12 nov 2024

Read More
Citrix Bleed Exposes MFA Gaps and $445M Breach Risks Test Attack Chains Now
Citrix Bleed showed a hard truth about modern security: a system can have multi-factor authentication, strict access rules, and regular vulnerability scans, yet still fall to a chain of steps that starts with one flaw. The issue, tracked as CVE-2023-4966, affected Citrix NetScaler ADC and NetScaler Gateway appliances. These products often sit at the edge of a network, handling remote access, application delivery, and authentication traffic. That position made the flaw especially serious....

30 ene 2024

Read More
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We bring clarity to cybersecurity, helping organizations navigate complexity, make confident decisions and innovate with confidence.

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