Artificial Intelligence is reshaping the cybersecurity landscape on both sides of the battlefield. While attackers use AI to enhance phishing, social engineering, and automated attack chains, defenders increasingly rely on AI-driven detection, response, and threat prevention. This article explores how organizations can adapt their security strategies, embrace autonomous security models, and prepare for a future where AI is both a risk and a critical defense capability.
Discover how weak passwords, poor data governance, and insufficient network segmentation combine to create real attack paths across hybrid enterprise environments. Learn how Lares Research Lab and Damovo help organisations identify vulnerabilities, validate security controls, and reduce the risk of compromise through adversarial testing and secure infrastructure design.
European organisations must prove where their network traffic goes and whether it stays within approved jurisdictions. Damovo introduces SchengenWatch, an open-source EU data sovereignty validator that delivers real-time visibility into outbound communications, alerts for cross-border traffic, and helps organisations meet GDPR, NIS2, and DORA requirements without relying on heavy SIEM platforms.
Why Zero Trust is the new standard and how Extreme Networks and Cisco enable secure, identity-based network access
Discover how adversarial testing, Red and Purple Teaming help organisations prove digital sovereignty and validate NIS2 and DORA security controls.
Tabletop exercises highlight process gaps, but rarely show whether real attacks would be detected, how fast teams could respond, or whether actions could be proven. With NIS2 and GDPR deadlines, relying on assumptions becomes a serious risk—TTX combined with TTP Replay turns belief into evidence.
This article explores Data Sovereignty in the EU and explains why data location alone is no longer sufficient to meet regulatory and compliance expectations.
Learn why security validation is shifting from periodic testing to continuous, agent-based approaches that better reflect modern attack behaviour and risk.
