In this quarter’s newsletter, we dive into critical cybersecurity challenges across industries. From protecting Industrial Internet of Things (IIoT) systems in manufacturing to safeguarding sensitive patient data in medical devices, the threat landscape continues to evolve. We explore key risks and offer strategies for minimizing vulnerabilities, from enhancing compliance to leveraging certification labs for security audits. Stay informed and secure by exploring these articles in full.
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The Industrial Internet of Things (IIoT) transforms manufacturing, making operations smarter and more efficient. But with increased connectivity comes greater cybersecurity risks. Legacy systems, weak authentication, and supply chain vulnerabilities all leave IIoT devices exposed to cyber threats.
From ransomware attacks to data breaches, manufacturing companies face growing security challenges that could disrupt operations and lead to massive financial losses. So how can businesses protect themselves?
In our latest article, we break down the biggest IIoT security risks and the essential strategies to mitigate them. Don’t let cyber threats take control of your industrial systems—click below to learn how to safeguard your IIoT infrastructure!
In today's digital landscape, adhering to cybersecurity standards is more than a regulatory requirement—it's a strategic advantage for manufacturers. By implementing robust security measures, companies can enhance their competitive edge, attract and retain business partnerships, and ensure financial stability.
Compliance with security standards demonstrates a manufacturer's commitment to safeguarding data and intellectual property, building trust with partners and customers alike. This trust is crucial in today's interconnected supply chains, where rigorous security assessments are the norm.
Financially, the stakes of non-compliance are high. Manufacturers handle vast amounts of sensitive data, and breaches can lead to significant recovery costs, loss of trust, and a weakened market position. Investing in cybersecurity compliance not only mitigates these risks but also leads to long-term cost efficiency by reducing the likelihood of costly cyber incidents.
By prioritizing cybersecurity compliance, manufacturers position themselves as trusted, resilient partners in the industry. This commitment not only protects their operations but also provides a foothold in markets where data security expectations are highest, amplifying their competitive advantage.
Discover how embracing cybersecurity compliance can transform your manufacturing operations and secure your place in the market.
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This year, CCLab sponsored the opening reception of the International Common Criteria Conference (ICCC) in Qatar. Like in previous years, CCLab experts were present during the event meeting the most important stakeholders of Common Criteria. The ICCC is a highly prestigious professional event now in its 23rd year. It provides opportunities for networking and various forums to discuss CC policy and development. It is aimed at participants involved in the specification, development, evaluation, certification, and validation of IT security products and systems.
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The European Union's digital infrastructure is continuously evolving to facilitate secure, cross-border electronic transactions. In this context, two crucial frameworks—the eIDAS regulation and the Common Criteria standard— play pivotal roles. eIDAS (Electronic Identification, Authentication, and Trust Services) aims to unify and enhance electronic identification systems across the EU. Meanwhile, the Common Criteria standard offers a comprehensive framework for evaluating the security of IT products and systems.
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min reading time
The global market for radio equipment is rapidly expanding, driven by the increasing adoption of wireless technologies in various sectors. However, manufacturers looking to enter or sustain their presence in the European market must navigate the stringent requirements of Directive 2014/53/EU, commonly known as the Radio Equipment Directive (RED).
5
min reading time
This year, CCLab sponsored the opening reception of the International Common Criteria Conference (ICCC) in Qatar. Like in previous years, CCLab experts were present during the event meeting the most important stakeholders of Common Criteria. The ICCC is a highly prestigious professional event now in its 23rd year. It provides opportunities for networking and various forums to discuss CC policy and development. It is aimed at participants involved in the specification, development, evaluation, certification, and validation of IT security products and systems.
7
min reading time
The European Union's digital infrastructure is continuously evolving to facilitate secure, cross-border electronic transactions. In this context, two crucial frameworks—the eIDAS regulation and the Common Criteria standard— play pivotal roles. eIDAS (Electronic Identification, Authentication, and Trust Services) aims to unify and enhance electronic identification systems across the EU. Meanwhile, the Common Criteria standard offers a comprehensive framework for evaluating the security of IT products and systems.
9
min reading time
The global market for radio equipment is rapidly expanding, driven by the increasing adoption of wireless technologies in various sectors. However, manufacturers looking to enter or sustain their presence in the European market must navigate the stringent requirements of Directive 2014/53/EU, commonly known as the Radio Equipment Directive (RED).
The EU Cybersecurity Certification is on the verge of full implementation, marking a significant shift in ICT product security across Europe. With the countdown underway, businesses must prepare for the new standardized certification framework, which will replace national schemes under SOG-IS and enforce harmonized cybersecurity requirements.
Set to be fully applicable by February 2025, the EUCC mandates third-party conformity assessments, aligning with Common Criteria (ISO/IEC 15408) and introducing continuous compliance monitoring. Organizations that act now will gain a competitive edge, ensuring compliance, market readiness, and long-term cybersecurity resilience. The clock is ticking—is your business ready?
Would you like to read a full comprehensive explanation of the EUCC?
Certification labs are key partners in fortifying cybersecurity strategies. They provide vital services like product security testing, ethical hacking, compliance assessments, and security audits. These labs help businesses meet regulatory standards, uncover vulnerabilities, and ensure their systems are resilient against evolving cyber threats. Whether navigating complex regulations or preparing for audits, certification labs like CCLab are indispensable for maintaining a secure digital infrastructure.
Curious to learn more about the impact of these labs?
The Cyber Resilience Act (CRA) was officially adopted on October 23, 2024, and came into force on December 10, 2024. This regulation introduces mandatory cybersecurity requirements for ICT products and services, ensuring they are designed, developed, and maintained with security in mind. While the CRA is now in effect, businesses have until December 11, 2027, to fully comply with its requirements.
Under the new framework, manufacturers must integrate security-by-design principles, maintain long-term vulnerability management, and report significant security incidents to the relevant authorities. These measures aim to create a more resilient digital ecosystem by minimizing cyber risks associated with connected devices and software. Failure to comply could lead to market restrictions and financial penalties, making early preparation essential. With the compliance deadline approaching, businesses must start assessing their cybersecurity strategies now to ensure their products meet the new regulatory standards and remain competitive in the European market.
As connected medical devices become integral to healthcare, cybersecurity risks in fields like in vitro diagnostics (IVD) and medical devices increase. Cyberattacks can target vulnerabilities, compromising patient data, diagnostic accuracy, and operational efficiency. The importance of proper encryption, multi-factor authentication, and vulnerability testing are critical in combating these risks. Learn about these threats in more detail in the articles: Medical Device Cybersecurity: Detection and Mitigation of Cyberattacks and How Cyber Threats Are Targeting In Vitro Diagnostics.