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Fayazoddin Mulla Syed

IAM Associate Director at Novartis

Fayazoddin Mulla Syed

About Fayazoddin Mulla Syed:


As an IT leader with over 12 years of experience in CyberSecurity, Identity and Access Management (IAM) and digital transformation, I currently serve as the Associate Director of SecOps at Novartis Services. In this role, I have led strategic initiatives that have significantly enhanced security across enterprise applications. Through my leadership, we have successfully reduced security incidents by 30% and streamlined compliance activities, resulting in a 30% reduction in audit times and achieving $5M in cost savings for the organization.


I pride myself on my ability to connect technical solutions with business strategy, ensuring that digital initiatives are always aligned with the organization's broader goals. At Novartis, I have successfully leveraged Agile methodologies to lead cross-functional teams in developing and deploying cutting-edge IAM solutions. This has resulted in a 40% increase in project efficiency, as well as a 50% reduction in security risks. By creating detailed business cases and digital roadmaps, I have been able to drive substantial improvements in enterprise security and risk management.


My technical expertise includes IAM platforms, cloud security, and privileged access management, and I have consistently promoted the adoption of best-in-class digital solutions. This has been critical in ensuring compliance with regulatory requirements such as SOX and GDPR. One of my key achievements has been developing scalable architectures that have reduced audit findings by 40% and improved system reliability.


In addition to my professional experience, I am deeply committed to advancing research in the fields of IT security and digital transformation. My Google Scholar profile(https://scholar.google.com/citations?hl=en&user=EJ-oSy4AAAAJ&view_op=list_works&sortby=pubdate) reflects my active engagement in research, where I have published work related to cybersecurity, compliance, and operational efficiency. I believe that my research not only informs my practical work but also contributes to the broader industry’s knowledge base.


I hold a Master of Science in Computer Information Systems from Rivier University and certifications in Agile project management and CyberArk, which complement my experience in IAM. I am passionate about leveraging technology, data, and leadership to drive successful digital transformations, and I look forward to contributing these skills to any new challenges I face.


Some of my accomplishments includes


Role of IAM in Data Loss Prevention (DLP) Strategies for Pharmaceutical Security Operations


This article examines how integrating IAM with DLP strategies can prevent data breaches in the pharmaceutical industry. It emphasizes controlling unauthorized access, protecting sensitive data, and ensuring compliance with regulations like HIPAA and GDPR. Its impact lies in providing a critical framework for security operations in sectors handling high-value data, such as pharmaceuticals.

Link: https://redcrevistas.com/index.php/Revista/article/view/144


IAM in AI-Driven Threat Intelligence for Healthcare Cybersecurity


This research highlights how combining IAM with AI enhances threat detection and mitigates cybersecurity risks in healthcare. It focuses on using AI to process large volumes of data to improve proactive security measures. The significance of this article lies in its innovative approach to integrating AI into IAM, which is critical for protecting sensitive healthcare information and ensuring operational continuity.


Leveraging AI for HIPAA-Compliant Cloud Security in Healthcare


This article addresses the challenge of securing cloud-based healthcare systems while ensuring HIPAA compliance. It proposes AI-driven IAM solutions to protect patient data in the cloud, while enhancing operational efficiency. Its contribution is vital for developing secure, compliant, and scalable cloud infrastructures in the healthcare industry, ensuring privacy protection and data integrity.


AI-Powered Security for Internet of Medical Things (IoMT) Devices


This article discusses the use of AI-enhanced IAM to secure IoMT devices, which are increasingly vulnerable to cyberattacks. It presents a framework for addressing vulnerabilities in medical devices, protecting both patient safety and data integrity. This research is critical in ensuring the security of IoMT ecosystems, which are essential to modern healthcare delivery.

Link: https://ijaeti.com/index.php/Journal/article/view/586/626


These articles are not only frequently cited but also form essential foundations in the cybersecurity field, particularly in healthcare and pharmaceutical sectors, playing a crucial role in advancing the integration of Identity and Access Management (IAM) with AI-driven security solutions. These studies explore essential topics such as Data Loss Prevention (DLP), AI-powered threat intelligence, and securing healthcare's Internet of Medical Things (IoMT) devices, offering frameworks to mitigate cybersecurity risks. Their significant impact is demonstrated through frequent citations in related research, contributing to the development of robust security practices, regulatory compliance (HIPAA, GDPR), and safeguarding sensitive data in high-risk industries like healthcare and pharmaceuticals.


These articles collectively form a critical foundation for addressing modern cybersecurity challenges and have influenced both academic and practical applications in fields requiring high standards of data protection.

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