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Getting ahead of AI attacks means reducing security debt — now.

Why AI turns existing vulnerabilities into acute risks.

AI-powered attacks are not just another incremental upgrade — they are rewriting the rules of cyber security.

What used to be isolated attack scenarios now runs automated, at scale, and at near-zero cost. Existing vulnerabilities are exploited automatically, in large quantities, and for minimal expense.

On this page you will find all the content, tools, and expertise you need to take the right steps right now.

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Want to know where your organization stands? Our security experts help you assess your situation and plan your next steps.

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New AI models can autonomously discover vulnerabilities and turn them into weaponized exploits within hours. What used to be expensive and take weeks is now automated — and poses a particular threat to mid-market companies.

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NIS2 is a good thing: the regulation strengthens cyber resilience, which has never been more important. Organizations don't start from scratch. Find out in the webinar how to realistically assess NIS2 and approach it in a structured way. Bonus: NIS2 maturity self-assessment.

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Protect your organization against increasingly sophisticated cyber attacks — with an innovative approach that combines AI-powered threat detection, automated response, and a state-of-the-art Security Operations Center (SOC).

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What level is your cyber security at?

Find out and harden your resilience. The B-Hard Security Assessment from Bechtle provides you with a structured IT security check based on BSI IT-Grundschutz, ISO 27001, and ISACA — including concrete recommendations for action.

Mathias Schick

The question is no longer whether a company will be attacked — but whether it knows its attack surfaces and has reduced the security debt of the past before that moment arrives.

Mathias Schick, Business Manager IT Security

How Bechtle works with you.

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Understand the situation.

Structured assessment of the current security status using the B-Hard Assessment or the NIS2 Assessment.

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Set priorities.

Clear recommendations for action based on established standards such as BSI IT-Grundschutz, ISO 27001, or ISACA.

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Implement measures.

From concept to implementation: architecture, solutions, and managed services — all from a single source.

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Protect sustainably.

Penetration testing, vulnerability management, SOC, monitoring, and incident response as a continuous process.

The most important areas of action.

Security is not a single project. It is an interplay of prevention, detection, and response — across all layers of the IT infrastructure. These action areas form the core of a resilient security strategy.

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Identify, assess, and remediate vulnerabilities — before attackers do.

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No more implicit trust. Access only after verification — for devices, identities, and connections.

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Privileged accounts are the primary attack target. Failing to protect them opens the back door.

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What happens when prevention fails — detection, response, and automation.

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People are the most common attack vector. Training protects.

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Identify and address NIS2 action requirements!

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Security-by-design becomes mandatory. What the CRA means for your product strategy.

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Request a Personal Consultation.

Want to know where your organization stands? Our security experts help you assess your situation and plan your next steps.

Frequently asked questions.

What is cyber security debt — and why is it critical right now?
How does an organization recognize that it has “too much” security debt?
Who must comply with NIS2?
What is the difference between vulnerability management and patch management?
What does a SOC/NextGen Cyber Defense offer when prevention fails?
What is cyber security debt — and why is it critical right now?

Security debt refers to known, deferred vulnerabilities in IT infrastructure: unpatched systems, missing segmentation, uncontrolled identities. Through AI-powered attack automation, these vulnerabilities can now be exploited on a scale never seen before — quickly, cheaply, and at massive volume.

How does an organization recognize that it has “too much” security debt?

Typical warning signs include: incomplete asset visibility (not knowing exactly what is running), recurring “critical” findings in scans, a large number of end-of-life systems, admin and user accounts without MFA, too many exceptions (“just for now …”), and a lack of traceability for who patches which systems and when. Long time-to-patch and missing prioritization by business risk are also strong indicators. A pragmatic starting point is a structured inventory (assets, identities, vulnerabilities, network segments) plus a remediation backlog with clear owners and deadlines.

Who must comply with NIS2?

NIS2 applies to organizations with 50 or more employees or annual revenue of €10 million or more in critical and important sectors — from energy and healthcare to digital infrastructure and manufacturing. Important: even organizations not directly regulated may face requirements through supply chain obligations and customer security requirements. Bechtle’s NIS2 Assessment provides a precise classification.

What is the difference between vulnerability management and patch management?

Patch management is the operational process of applying updates (finding, testing, deploying) to close known vulnerabilities. Vulnerability management is the overarching, continuous process: identifying, assessing, prioritizing, and remediating vulnerabilities (via patches, configuration changes, or mitigations) and monitoring their status. The key point: many risks arise not only from missing patches but also from misconfigurations, exposed services, or shadow IT — which is why vulnerability management encompasses far more than simple update handling.

What does a SOC/NextGen Cyber Defense offer when prevention fails?

When attacks get through despite preventive measures, early detection and fast response are critical. A SOC consolidates monitoring, alerting, analysis, and coordinated incident response — ideally with automation for standard scenarios (e.g., locking accounts, isolating endpoints). Especially in the face of AI-amplified social engineering and increasing event volumes, the ability to correlate signals and set priorities is essential. The goal is not “zero incidents” but shorter time-to-detect and time-to-respond, along with clean lessons-learned loops for sustainable hardening.