Tanvir Rahman Akash has proved himself to be a practitioner who understands that protecting organizations from developing digital threats requires integrating business analytics with security strategies. His work has focused on developing analytics-driven frameworks that strengthen organizational resilience while reducing financial and operational risks. His research has resulted in patents in the United Kingdom and Germany and a Canadian copyright: innovations that advance cyber fraud detection and recovery.
Tanvir Rahman Akash received the 2025 Global Recognition Award for advancing analytics-based cybersecurity research. This recognition acknowledges his systematic approach to merging traditional security measures with modern analytical techniques and reflects his contribution to addressing contemporary cybersecurity challenges through evidence-based methodologies.
Research Methodology and Collaborative Framework
His research, conducted in collaboration with Dennis J. Lessard, Assistant Professor, Ph.D. in Business Administration Management, Trine University, USA, and Nayem Rahman Reza, Assistant Professor, Ph.D. in Engineering and Technology Management, Portland State University, USA, addresses key challenges in data privacy through systematic investigation. The study “Investigating Methods to Enhance Data Privacy in Business, Especially in Sectors like Analytics and Finance” identifies risks such as data breaches and unauthorized access while proposing technical solutions, including homomorphic encryption and zero-knowledge proofs. These methods help secure data analysis without exposing sensitive information, addressing a technical challenge that has hindered researchers across multiple disciplines.
The research incorporates case studies demonstrating the adoption of privacy-enhancing technologies in finance and analytics sectors, emphasizing the integration of privacy considerations from system development’s initial stages. His interdisciplinary approach integrates technical expertise with business insight, resulting in solutions addressing theoretical concerns and practical implementation challenges. The methodology demonstrates how cross-sector collaboration can produce comprehensive frameworks applicable to various business environments.
Professional Recognition and Industry Standards
His research approach has created partnerships with university professors and institutions across multiple disciplines, allowing comprehensive solutions applicable to diverse business environments. This interdisciplinary methodology allows for addressing complex cybersecurity challenges from various perspectives, resulting in more robust and adaptable frameworks. The collaborative nature of his work demonstrates the effectiveness of combining academic rigor with practical industry applications.
His professional memberships in the International Institute of Business Analysis (IIBA) and the Institute of Electrical and Electronics Engineers (IEEE) reflect his commitment to professional standards and continuous learning in cybersecurity. These affiliations provide access to current research developments and industry best practices, ensuring his work remains relevant with technological advancement. His research contributions have added to the body of knowledge in business analytics and cybersecurity while maintaining alignment with professional standards.
Implementation and Future Applications
The research shows practical applicability through a hybrid approach that combines legal, technical, and organizational measures to safeguard sensitive data while maintaining analytical capabilities. His certifications, including the IIBA-CBDA and IBM Data Analytics with Excel and R, support his ability to translate research into business solutions that organizations can implement effectively. This practical orientation ensures that theoretical frameworks can be adapted to real-world business environments with measurable outcomes.
The research on analytics-based cyber resilience frameworks addresses requirements in the contemporary business landscape, where digital changes create new vulnerability vectors. His patents contribute to copyright capabilities in cyber fraud detection and recovery, providing organizations with tools that combine preventive measures with responsive protocols. The emphasis on data protection, law enforcement, and international regulatory standards addresses policy considerations for organizations operating across multiple jurisdictions while responding to developing cyber threats.
Recognition and Professional Impact
“Tanvir Rahman Akash’s contributions represent the 2025 Global Recognition Award,” said Alex Sterling, spokesperson for Global Recognition Awards. “His ability to bridge theory and practice and his commitment to international collaboration demonstrate research impact in analytics-based cybersecurity.” The recognition acknowledges Akash’s technical contributions and role in advancing the field through systematic research and practical application development.
The award acknowledges his work’s significance within the broader cybersecurity community, particularly where business analytics and security frameworks converge. His research methodology serves as a model for combining academic rigor with practical implementation, demonstrating how systematic investigation can produce actionable solutions for complex cybersecurity challenges. The recognition positions his work as a reference point for future research in analytics-based cybersecurity approaches.
