CYBERGUARD
18 February 2025
I-ENERGYLINK REPRESENTATIVES DEBATED IMPORTANT SOLUTIONS TO FORTIFY SECURITY OPERATION CENTERS AGAINST CYBER THREATS AT THE KICK-OFF MEETING IN BRAȘOV, ROMANIA
I-ENERGYLINK Representatives actively contributed in the successfully Kick-Off Meeting of the New European Funded Project – „Fortifying SOCs Against Evolving Cyber Threats”. The Project objectives are: develop and deploy advanced AI-driven technologies within Security Operation Centers (SOCs) to enhance their capabilities in analyzing, detecting, and preventing cyber threats; establish a secure and efficient Cyber Threat Intelligence (CTI) sharing framework to facilitate collaboration and information exchange amongst stakeholders; enhance the resilience of SOCs against emerging threats; and promote cybersecurity awareness to foster a culture of security within European societies.
18 February 2025
EU FUNDED CYBERGUARD PROJECT CONSORTIUM IDENTIFIED INNOVATIVE SOLUTIONS TO FORTIFY SECURITY OPERATION CENTERS AGAINST CYBER THREATS AT THE KICK-OFF MEETING IN BRAȘOV, ROMANIA
CYBERGUARD Consortium successfully organized the Kick-Off Meeting of a New European Project – „Fortifying SOCs Against Evolving Cyber Threats”. The Project objectives are: develop and deploy advanced AI-driven technologies within Security Operation Centers (SOCs) to enhance their capabilities in analyzing, detecting, and preventing cyber threats; establish a secure and efficient Cyber Threat Intelligence (CTI) sharing framework to facilitate collaboration and information exchange amongst stakeholders; implement proactive vulnerability management and incident response mechanisms to mitigate cybersecurity risks effectively; enhance the resilience of SOCs against emerging threats; and promote cybersecurity awareness to foster a culture of security within European societies and organizations.
10 February 2025
I-ENERGYLINK REPRESENTATIVES WILL PARTICIPATE IN THE CYBERGUARD KICK-OFF MEETING, IN BRASOV, ROMANIA
I-ENERGYLINK Representatives will Participate in CYBERGUARD Kick-Off Meeting – „Fortifying SOCs Against Evolving Cyber Threats”. The Project objectives are: develop and deploy advanced AI-driven technologies within Security Operation Centers (SOCs) to enhance their capabilities in analyzing, detecting, and preventing cyber threats; establish a secure and efficient Cyber Threat Intelligence (CTI) sharing framework to facilitate collaboration and information exchange amongst stakeholders; implement proactive vulnerability management and incident response mechanisms to mitigate cybersecurity risks effectively; enhance the resilience of SOCs against emerging threats, including those posed by Large Language Models (LLMs) and adversarial attacks; and promote cybersecurity awareness to foster a culture of security within European societies and organizations.
10 February 2025
THE NEW ECCC CO-FUNDED PROJECT CYBERGUARD CONSORTIUM WILL ADDRESS SOLUTIONS TO FORTIFY SECURITY OPERATION CENTERS AGAINST CYBER THREATS AT THE KICK-OFF MEETING IN BRAȘOV, ROMANIA
CYBERGUARD Consortium started the Implementation of a New European Project – „Fortifying SOCs Against Evolving Cyber Threats”. The Project objectives are: develop and deploy advanced AI-driven technologies within Security Operation Centers (SOCs) to enhance their capabilities in analyzing, detecting, and preventing cyber threats; establish a secure and efficient Cyber Threat Intelligence (CTI) sharing framework to facilitate collaboration and information exchange amongst stakeholders; implement proactive vulnerability management and incident response mechanisms to mitigate cybersecurity risks effectively; enhance the resilience of SOCs against emerging threats, including those posed by Large Language Models (LLMs) and adversarial attacks; and promote cybersecurity awareness to foster a culture of security within European societies and organizations.
20 December 2024
I-ENERGYLINK IS PLEASED TO ANNOUNCE THE COORDINATION OF A NEW EUROPEAN PROJECT – CYBERGUARD
I-ENERGYLINK Representatives are pleased to announce the Coordination of a New European Project – CYBERGUARD „Fortifying SOCs Against Evolving Cyber Threats”. The Project objectives are: develop and deploy advanced AI-driven technologies within Security Operation Centers (SOCs) to enhance their capabilities in analyzing, detecting, and preventing cyber threats; establish a secure and efficient Cyber Threat Intelligence (CTI) sharing framework to facilitate collaboration and information exchange among stakeholders; implement proactive vulnerability management and incident response mechanisms to mitigate cybersecurity risks effectively; enhance the resilience of SOCs against emerging threats, including those posed by Large Language Models (LLMs) and adversarial attacks; and promote cybersecurity awareness and capacity-building initiatives to foster a culture of security within European societies and organizations.
CyberGuard is committed to enhancing the cybersecurity infrastructure across various organizations, aiming to proactively predict, detect, and mitigate cyber threats and vulnerabilities. By integrating a range of advanced technologies and methodologies, CyberGuard seeks to advance the security posture of organizations significantly. The project is designed to leverage the synergy of multiple innovative solutions, including:
- The deployment of machine learning algorithms for the detection and prevention of cybersecurity threats on networks and hosts, addressing complex security challenges posed by new and multifaceted threat actors to enhance traditional detection mechanisms.
- Advancing the generation, management, and secure dissemination of Cyber Threat Intelligence (CTI) within CyberGuard by creating and implementing advanced tools and platforms to foster efficient CTI sharing and collaboration, ensuring data security and privacy.
- Systematizing the assimilation, organization, and scrutiny of diverse and voluminous data sets, aiding comprehensive analyses of cybersecurity incidents to improve threat detection, investigation, and response activities.
- The implementation of automated security orchestration and incident management, employing Business Process Modelling Notation to encapsulate and streamline business continuity and incident response procedures, minimizing
operational disruptions. - Introducing the AI Remediation Guidance system, an advanced Artificial Intelligence Agent crafted to aid in understanding and rectifying vulnerabilities found during security assessments.
- The refinement of penetration testing methodologies to enhance testing efficiency, reduce associated costs, and broaden test coverage, ensuring more frequent and comprehensive security evaluations.