ΠΕΡΙΓΡΑΦΗ

The programme “Leveraging Artificial Intelligence for Strategic Cybersecurity and Enterprise Risk Management” addresses critical organisational needs arising from the increasing complexity of cyber threats and the rapid evolution of digital technologies. In today’s digital economy, cybersecurity is no longer a purely technical issue but a strategic business priority directly affecting organisational continuity, productivity and competitiveness. Artificial Intelligence (AI) is emerging as a key enabler for enhancing threat detection, risk analysis and incident response, yet many organisations lack the structured capability to integrate AI into their cybersecurity and risk management frameworks.

ΣΚΟΠΟΣ ΣΕΜΙΝΑΡΙΟΥ

1. Analyse the evolving cyber threat landscape and its implications for organisational risk, operations and competitiveness.
2. Evaluate the strategic role of Artificial Intelligence in modern cybersecurity architectures and enterprise risk management frameworks.
3. Examine AI-driven approaches for threat detection, anomaly identification and predictive risk analysis.
4. Interpret the interdependencies between cybersecurity, business continuity and organisational resilience.
5. Assess governance, regulatory, ethical and accountability requirements related to AI deployment in cybersecurity environments.
6. Critically evaluate the limitations, risks and operational challenges associated with AI-enabled cybersecurity systems.

ΣΕ ΠΟΙΟΥΣ ΑΠΕΥΘΥΝΕΤΑΙ

Chief Information Officers (CIOs), Chief Technology Officers (CTOs),  Chief Information Security Officers (CISOs), IT Directors and Digital Transformation Leaders, Risk Managers and Compliance Officers, Senior Managers involved in operations, governance and business continuity, Executives responsible for strategic decision-making and organisational resilience, Senior IT Professionals with advisory role, Consultants.

ΠΕΡΙΣΣΟΤΕΡΕΣ ΠΛΗΡΟΦΟΡΙΕΣ

TOPICS

Programme Alignment
Purpose
To align participants’ expectations, assess current organisational maturity, and create a collaborative learning environment.

Content

• Introduction to participants’ roles and organisational context
• Overview of current cybersecurity challenges
• Initial mapping of AI usage in organisations Training Methods
• Facilitated discussion
• Interactive polling
• Group reflection

Exercise
Cyber Risk & AI Maturity Mapping Workshop

Participants:

• Identify top 3 cybersecurity risks in their organisation
• Assess current use of AI (none / basic / advanced)
• Benchmark results across the group

Module 1: Cybersecurity as a Strategic Business Risk
Content

• Evolution of cyber threats and organisational exposure
• Cybersecurity as a strategic and financial risk
• Link between cybersecurity, business continuity and competitiveness
• Role of leadership in cybersecurity governance

Training Methods

• Interactive lecture
• Guided discussion
• Real-life case analysis

Exercises
 Business Impact Simulation

• Participants analyse a cyberattack scenario and quantify impact on:
  • operations
  • reputation
  • financial performance
• Risk Mapping Workshop Teams create a structured cyber risk map for their organisation

Module 2: AI Fundamentals for Strategic Decision-Making Content
• Core AI concepts (non-technical, business-oriented)
• AI vs automation in cybersecurity
• Organisational requirements for AI adoption
• Capabilities and limitations of AI
Training Methods
• Demonstrations
• Facilitated discussion
• Concept mapping
Exercises
1. AI Capability Mapping Exercise Participants match AI capabilities to cybersecurity challenges
2. Use Case Identification Workshop Teams identify high-impact AI applications in their organization

Module 3: AI for Threat Detection and Prevention Content
• AI-driven anomaly detection
• Behavioural analytics
• Accuracy Improvements (Reducing false positives)
• Supporting real-time decision-making
Training Methods
• Case studies
• Scenario-based learning
• Guided analysis
Exercises
1. Threat Detection Simulation Participants analyse simulated alerts and identify real threats
2. False Positive Reduction Challenge Teams optimise detection rules using AI logic
3. Decision-Making Drill Rapid-response exercise based on AIgenerated alerts

Module 4: AI in Cyber Risk Management
Content
• Predictive risk analysis using AI
• Risk prioritisation models
• Linking cyber risk with enterprise risk
• Decision-making frameworks Training Methods
• Analytical exercises
• Group work
• Facilitated discussion
Exercises
1. Predictive Risk Workshop Participants forecast risks based on data patterns
2. Risk Prioritisation Matrix Teams rank risks using AI-supported criteria

Module 5: AI in Incident & Crisis Management
Content
• AI-assisted incident detection and response
• Crisis decision-making under pressure
• Business continuity and recovery
• Coordination between teams
Training Methods
• Simulation-based learning
• Role play
• Group debrief
Exercises
1. Cyber Crisis Simulation (Flagship Exercise) Teams respond to a live cyber incident scenario
2. Decision Timeline Exercise Participants evaluate decisions taken under time pressure

Module 6: AI Risks, Governance and Ethical Use
Content
• Risks of AI in cybersecurity
• Bias, errors and over-reliance
• Governance frameworks
• Compliance and accountability
Training Methods
• Case analysis
• Structured discussion
Exercises
1. AI Risk Scenario Analysis Participants identify failures in AI-driven systems
2. Governance Design Workshop Teams develop a basic AI governance framework

Module 7: Strategic Adoption & Business Value
Content
• When and how to adopt AI in cybersecurity
• Investment decisions and ROI
• Organisational readiness and maturity
• Future trends
Training Methods
• Workshop
• Reflection
• Facilitated discussion
Exercises
1. AI Adoption Roadmap Development Participants design a step-by-step adoption plan
2. Investment Decision Simulation Teams justify AI investments based on business value