Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Notis Iliopoulos from Obrela explains why it is time to move beyond checkbox compliance towards true operational resilience and provides advice on how to do it Managing cybersecurity risk exposure and ensuring compliance with evolving regulations has never been more complex or more critical. The rapid expansion of regulatory frameworks such as NIS2, DORA, and GDPR, to name a few, has forced organisations to rethink their approach to governance, risk and compliance (GRC).

Raising the bar for cybersecurity can’t happen in silos. Resilience comes from shared knowledge, mutual support, and proactive partnerships — between public and private sectors, large enterprises and small businesses, academia and industry. In this respect, joining the SOC4SME program to offer free services is not just a gesture — we’re doing it because we believe cybersecurity is a shared responsibility.

In the contemporary digital era, supply chains have transcended their traditional role as mere logistical networks. They have evolved into pivotal ecosystems that underpin the success of modern businesses. Nevertheless, as these intricate systems undergo digital transformation, they have become increasingly vulnerable to cyberattacks.

Many organizations are discovering that managing cybersecurity in-house is not only costly but also becoming increasingly ineffective and in some case extremely risky for the business. With cyberattacks growing in sophistication and scale all the time, traditional, in-house IT teams can struggle to keep pace with threats, compliance obligations and operational demands. This is where managed security services come in.

The EU’s NIS2 directive came into force on October 17, 2024. Notis Iliopoulos, VP MRC. Obrela explores the latest cyber resilience Directive’s pros and cons and suggests an alternative route the UK government might consider in developing its cybersecurity framework post-Brexit. The NIS2 Directive, which builds upon the original Network and Information Systems (NIS) Directive, aims to enhance the cybersecurity posture of critical sectors across the European Union.

To keep pace with the scale and sophistication of cyber threats, organizations are re-evaluating how they secure the most common attack surface the endpoint. From laptops and servers to mobile devices, endpoints serve as entry points into business-critical systems. This is why Endpoint Detection and Response (EDR) tools are fast becoming a foundational layer in modern cyber defence strategies.

Cybersecurity risks are a constant and evolving threat. Organizations across industries face vulnerabilities from both internal and external sources, which, if not addressed, can disrupt operations, damage reputations and erode trust. And this is where a structured and comprehensive risk management strategy becomes critical. But what exactly is a risk in cyber security? And what is risk management? Keep reading and find out about essential best practices in cyber risk management.

When systems go down, data is leaked, or unusual activity spreads across a network, how organizations respond can mean the difference between disruption and disaster. This is the essence of cyber incident response. It is a critical capability that sits at the heart of operational resilience. It’s not just about reacting to threats but about managing them in a way that protects the organization’s assets, reputation and ability to function.

Phishing remains a significant threat to organisations, despite advancements in cybersecurity. The tactics used in phishing attacks have evolved significantly. Attackers now use advanced techniques like spear phishing, targeting specific individuals or roles within an organisation, and clone phishing, which duplicates legitimate messages but includes malicious links.

Strong cybersecurity relies on robust mechanisms to safeguard sensitive information. One of the foundational tools in this landscape is the hash function, a mathematical process that plays a crucial role in securing data, verifying integrity and preventing cyber threats. Understanding how hash values function within security protocols is essential for organizations striving to protect their systems against evolving cyber risks.