About IC-CVSCON 2026

Welcome to the INTERNATIONAL CONFERENCE ON COMPUTER VISION, SECURITY and COGNITIVE NETWORK (IC-CVSCON), being held during 2026 in India. The Conference invites high-quality, original research papers, case studies, and applications from academia, industry, and government sectors.

The conference aims to bring together researchers, scientists, engineers, and practitioners from diverse disciplines to share advances in computer vision, security systems, cognitive intelligence, sustainable computing, and networked automation.

The Conference aims at bringing eminent academicians, corporate executives, researchers, technocrats and experts from the field of Computer Science, Information Technology, Computational Engineering, Electronics and Telecommunication, Electrical, Computer Application and all the relevant discipline to a common forum for exploring and discussing the technology advances and innovations that play a key role in data management and analytics.

It provides a premier interdisciplinary platform to exchange innovative ideas, explore emerging technologies, and discuss practical challenges and future directions in intelligent and secure systems. The event encourages collaboration across domains to promote breakthroughs in vision-based analytics, AI-driven surveillance, and cognitive network architectures. IC-CVSCON 2025 also emphasizes applied research that contributes to real-world problem-solving, sustainable development, and smart infrastructure transformation.

The recent developments at global level shows growth in cloud-based data warehousing, real-time technology and big-data platforms, influencing business to a large extent and intensifying the competition.

Objective IC-CVSCON 2026

To promote interdisciplinary research in Computer Vision, AI, Security, and Cognitive Systems.

To explore intelligent computing techniques in UAV surveillance, environmental sustainability, biomedical image analytics, and forensic applications.

To bridge the gap between evolutionary computing and secure, energy-efficient cognitive networks.

To advance media and digital forensics through intelligent vision systems and deep learning-based authentication frameworks.

To encourage the development of bio-inspired algorithms and evolutionary computation models for solving real-world optimization and security problems.

To promote secure and sustainable network infrastructures through cognitive computing, IoT, and blockchain-based systems.

To explore context-aware computing and adaptive AI architectures for resilient and self-learning security networks.

To integrate quantum computing paradigms into security, cryptography, and vision analytics for next-generation computational models.

To promote data-driven governance and smart city solutions through cognitive IoT and sustainable computing models.