The risk of falling victim to national or international cyberattacks is continuously rising. Cyberattacks have become a major issue in our globally interconnected world. While attacks on so-called office IT, where data theft is most prevalent, are common, recent years have also seen increased targeting of industrial production and military facilities by hackers.
The rapid expansion of networking and digitalization in areas such as smart homes/smart buildings, smart grids, autonomous driving, Industry 4.0 and digital administration constantly create new opportunities for attacks, requiring prompt and appropriate responses.
Businesses and public administrations face the challenge of managing threats in a risk-oriented manner and implementing effective protective measures in a timely fashion.
The introduction and continuous development of an Information Security Management System (ISMS) are essential for effective protection against cyberattacks. An ISMS includes technical, organizational and personnel security measures. According to the IT Security Act, operators of critical infrastructures are required to implement an ISMS. We provide expert advice on technical and organizational aspects of information security.
IABG is a BSI-certified IT security service provider and an inspection body recognized by the BSI in accordance with DIN ISO/IEC 17025.
With the implementation of the NIS2 Directive, not only operators of critical infrastructures (KRITIS) but also particularly important and important facilities are affected by increased security obligations. Operators of critical infrastructures must demonstrate compliance with security measures every three years, while other entities must document their compliance and are subject to random checks. IABG supports you in meeting these requirements.
Due to the increasing and widespread digitalization and networking of IT and OT infrastructure, new attack vectors are continuously emerging, such as phishing, ransomware, and Advanced Persistent Threats (APTs). The associated risk landscape, along with legal and regulatory requirements (e.g., the IT Security Act), necessitates a stronger focus on the detection, reporting, and management of security incidents related to a company's IT and OT infrastructure. This task is typically handled by a Security Operations Center (SOC).
As an independent service provider, we support you through:
Protection against cyberattacks is achieved, among other things, through the implementation of technical specifications and measures from IT security concepts. These measures include initially securing your IT against attacks through:
To detect any remaining cyberattacks at an early stage, the additional use of sensors such as virus walls, intrusion detection systems or honeypots is recommended.
Beyond implementing security solutions, their operation is of critical importance. Regular updates, as well as the generation and management of required keys and certificates through a Public Key Infrastructure (PKI), are essential. Information from security sensors is collected in a Security Operations Center (SOC) and centrally captured, processed and evaluated using a Security Information and Event Management (SIEM) system. Supported in part by a Computer Emergency Response Team (CERT), specialists use this information to initiate appropriate countermeasures during cyberattacks. A SOC/CERT can either be operated internally or provided as a Managed Security Service by a service provider.
Digitalization and networking are of strategic importance in the military environment. As the so-called Military Internet of Things, not only traditional IT systems are being networked, but increasingly also sensors and actuators, which can be found in large numbers in platforms and weapon systems. For economic reasons, more and more commercial off-the-shelf (COTS) products that are not tailored to the specific security requirements and needs of the military are being used for this purpose. As a result, there has been a sharp increase in cyber attacks in this area.
Comprehensive hardening is required for platforms and weapon systems in order to achieve adequate cyber security in the field. Their effectiveness can be checked with the help of penetration tests. This allows vulnerabilities to be identified, which serve as the basis for a risk analysis. Based on this, technical security measures are taken to minimize the risk. A major challenge here is the implementation of suitable measures for the large number of embedded systems.
We advise you on conducting studies, developing demos, hardening platforms and weapon systems, creating cyber situation pictures and designing training programs.
You can find out more about our services in the field of cyber defense and resilience HERE.
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