Dell Technologies Highlights the Future of Secure AI and Cyber Resilience at CAISEC 2026
Tuesday 9 June 2026 12:36 - الثلاثاء ٢٤ ذو الحجة ١٤٤٧
By ; Bakinam Khaled
Dell Technologies reinforced its leadership in secure digital transformation at CAISEC 2026, spotlighting the critical role of cyber resilience and trusted AI adoption in enabling organizations to innovate with confidence.
During the opening ceremony, Mohammed Amin, Senior Vice President, CEEMETA at Dell Technologies, underscored Egypt’s accelerating digital momentum - paired with a rapidly evolving threat landscape. He highlighted that in 2026, ransomware attacks alone in Egypt, increased by 45%,* targeting government and financial sectors, reflecting the urgent need for organizations to rethink their security strategies.
Dell Technologies emphasized how AI is reshaping cybersecurity on both sides, with threat actors leveraging AI to launch faster, more sophisticated attacks that increasingly target critical recovery infrastructure, including identity systems and backup environments. This shift is elevating cybersecurity from an IT function to a top boardroom priority.
In response, Dell is championing a move from traditional security to a comprehensive cyber resilience approach - focused not only on prevention, but on ensuring organizations can withstand, recover, and continue operations in the face of disruption.
Mohammed Amin, SVP, CEEMETA - Dell Technologies
“In today’s AI-driven threat landscape, cyber resilience is no longer optional - it is foundational to business success. Organizations must be built to anticipate, withstand, and recover from disruption. At Dell Technologies, we are enabling our customers to adopt AI securely and accelerate innovation while safeguarding their most critical assets.”
At CAISEC 2026, Dell Technologies is demonstrating its end-to-end “Secure. Detect. Recover” framework - helping businesses to strengthen cyber posture, detect threats earlier, and recover rapidly through modern data protection, zero trust architectures, and isolated recovery environments.