Communicating Cybersecurity with Confidence
Cybersecurity isn’t just about technical expertise—it’s also about communicating complex concepts clearly and effectively. Throughout my academic journey, I’ve created presentations on a variety of cybersecurity topics, translating technical information into engaging and informative content. These presentations reflect my ability to research, analyze, and present security concepts to diverse audiences.
MITRE ATT&CK:
A framework for Threat Intelligence
This presentation provides an overview of the MITRE ATT&CK framework and its role in modern threat intelligence. It explores how organizations use ATT&CK to understand adversary behavior, improve threat detection, support incident response, and strengthen proactive cybersecurity defenses through real-world applications and case studies.
The Evolution of Identity and Access Management (IAM)
Identity and Access Management (IAM) has evolved from simple username-and-password authentication into a critical component of modern enterprise security. This presentation examines the progression of IAM technologies, from traditional on-premises identity management to cloud-based services, Single Sign-On (SSO), Multi-Factor Authentication (MFA), and Zero Trust security models. It also explores emerging trends, including passwordless authentication, AI-driven identity analytics, and decentralized identity, while highlighting IAM’s role in strengthening security, compliance, and digital transformation across today’s organizations.
Data Breach Costs:
A 10-Year Statistical Analysis (2015–2024)
This presentation analyzes global data breach costs over a ten-year period, using statistical methods and data visualization to identify trends, regional differences, and the relationship between breach size and financial impact. Through charts, graphs, and correlation analysis, it demonstrates how cybersecurity data can be transformed into meaningful insights that support risk assessment, decision-making, and strategic security planning.
iSeeU Eyecare:
Compliance, Audit, and Cybercrime Reporting
This presentation examines the cybersecurity and compliance challenges facing ISEEU Eyecare, a healthcare organization responsible for protecting sensitive patient and payment information. Through a comprehensive review of the seven IT infrastructure domains, it identifies critical security risks, evaluates the impact of Zero Trust implementation, and explores digital forensic documentation used during ransomware and data breach investigations. The presentation concludes with practical recommendations to strengthen security, improve regulatory compliance, and enhance the organization’s overall cyber resilience.
iSeeU Eyecare:
Data Privacy & the NIST Privacy Framework
This presentation explores how the NIST Privacy Framework can be applied within a healthcare environment to strengthen data privacy, support HIPAA compliance, and reduce organizational risk. Using the iSeeU Eyecare case study, it evaluates key privacy framework functions, recommends practical security controls, and identifies strategies for protecting sensitive patient information while promoting transparency, accountability, and long-term privacy governance.
iSeeU Eyecare:
PCI DSS & HIPAA Compliance Review
This presentation examines the security and compliance requirements for iSeeU Eyecare through the lens of PCI DSS and HIPAA. It identifies critical compliance gaps, evaluates high-priority security risks, and recommends technical controls such as network segmentation, multi-factor authentication, endpoint protection, and continuous monitoring. The presentation also outlines audit preparation strategies and best practices for protecting sensitive payment card and patient health information while strengthening the organization’s overall security posture.
iSeeU Eyecare:
Meeting Compliance and
Framework Requirements
This presentation examines the regulatory and security requirements facing iSeeU Eyecare, focusing on HIPAA, PCI DSS, the Florida Information Protection Act (FIPA), and the NIST 800-53 security framework. It identifies key compliance gaps, evaluates technology risks, and recommends practical security improvements—including network segmentation, device hardening, encryption, multi-factor authentication, and incident response planning—to help strengthen the organization’s security posture and achieve regulatory compliance.
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