Event Date: 6th April 2026

Event Brief Description

The Department of Electronics and Communication Engineering, Galgotias College of Engineering and Technology (GCET), in association with AWS Cloud Club and the Outreach Department, organized a seminar on "Security in Internet of Things and Edge Computing" on 6th April 2026, from 11:00 AM to 12:30 PM at the D-Block Auditorium, GCET Campus, Greater Noida. The seminar was delivered by Mr. Ayush Kumar, Corporate Trainer at CSRBOX, IBM, a seasoned industry professional with extensive experience in cloud computing, IoT security, and enterprise technology training.

The session was designed to provide students with deep, practical insights into the security challenges that arise in Internet of Things environments and edge computing ecosystems, which are increasingly becoming the backbone of smart infrastructure, industrial automation, healthcare systems, and connected cities. With billions of IoT devices now deployed globally and edge computing emerging as a critical architecture for low-latency data processing, ensuring security in these environments has become one of the most pressing concerns in the technology industry. The seminar offered students of ECE and related disciplines a timely and highly relevant academic experience connecting their theoretical knowledge to real-world cybersecurity challenges.

Event Detailed Description

The seminar commenced at 11:00 AM on 6th April 2026 at the D-Block Auditorium, Galgotias College of Engineering and Technology, Greater Noida. The event was jointly organized by the Department of Electronics and Communication Engineering, AWS Cloud Club GCET, and the Outreach Department, reflecting a strong interdisciplinary collaboration aimed at enriching students with cutting-edge knowledge at the intersection of hardware, cloud, and cybersecurity.

The session was conducted by Mr. Ayush Kumar, Corporate Trainer at CSRBOX, IBM. Mr. Kumar brings with him a wealth of experience in corporate technology training, cloud solutions, and cybersecurity, having trained professionals and students across India on IBM and AWS technology platforms. His practical, industry-grounded approach made the seminar highly engaging and informative for the student audience.

Mr. Kumar began the seminar with a comprehensive introduction to the Internet of Things ecosystem, explaining how billions of interconnected devices ranging from smart home appliances and wearables to industrial sensors and autonomous vehicles are generating massive volumes of data in real time. He outlined how edge computing has emerged as an architectural response to the limitations of traditional cloud-only models, enabling data processing to occur closer to the source and dramatically reducing latency, bandwidth consumption, and dependency on centralized data centers.

The core focus of the seminar was on the unique and complex security challenges posed by IoT and edge computing environments. Mr. Kumar explained that unlike conventional IT systems, IoT devices are often resource-constrained, lack robust built-in security features, operate in physically exposed environments, and are frequently updated infrequently or not at all. He discussed major categories of IoT security threats including unauthorized device access, man-in-the-middle attacks on communication channels, firmware vulnerabilities, insecure APIs, and denial-of-service attacks targeting connected infrastructure.

Mr. Kumar then presented a detailed overview of security frameworks and best practices for securing IoT and edge deployments. Topics covered included device identity and authentication using digital certificates and hardware security modules, encryption of data in transit and at rest, network segmentation and zero-trust architecture principles, secure over-the-air (OTA) firmware update mechanisms, and the application of AI and machine learning for anomaly detection in IoT networks. He also discussed how cloud platforms such as AWS IoT Core implement security controls and how IBM's enterprise solutions address security at scale for industrial IoT deployments.

The session also touched upon the regulatory and compliance landscape surrounding IoT security, including global standards and guidelines being developed by organizations such as NIST, ETSI, and the ITU. Students were encouraged to think critically about the ethical responsibilities of engineers in designing secure connected systems, particularly in sensitive domains such as healthcare IoT, smart grids, and autonomous transportation. The seminar concluded at 12:30 PM with an engaging Q&A session in which students asked questions on topics including career opportunities in IoT security, how to get started with AWS IoT and IBM Watson platforms, relevant certifications, and project ideas. Mr. Kumar provided encouraging and practical guidance, motivating students to explore hands-on learning through cloud platforms, certifications, and internship opportunities. A formal vote of thanks was extended to Mr. Ayush Kumar by the organizing departments for his insightful and impactful contribution to the academic community at GCET.

Department Name: Department of Electronics and Communication Engineering, GCET (in association with AWS Cloud Club and Outreach Department)

Event Outcome

Comprehensive Understanding of IoT and Edge Computing Security

Students gained in-depth knowledge of the security challenges unique to IoT ecosystems and edge computing environments, including device vulnerabilities, communication threats, firmware risks, and the application of zero-trust security frameworks in connected systems.

Exposure to Industry-Standard Security Practices and Tools

Through Mr. Ayush Kumar's expertise in IBM and AWS platforms, students were introduced to enterprise-grade IoT security tools, cloud-based security architectures, and AI-driven anomaly detection systems used by leading technology companies worldwide.

Awareness of Emerging Cybersecurity Trends

The seminar broadened students' perspective on the rapidly evolving cybersecurity landscape, particularly in the context of smart cities, industrial IoT, healthcare systems, and autonomous vehicles, highlighting the growing importance of cybersecurity as a core engineering competency.

Career Guidance and Skill Development Roadmap

Students received practical guidance on career pathways in IoT security and cloud computing, including relevant certifications from AWS and IBM, hands-on project ideas, and internship strategies to build a strong professional profile in the cybersecurity domain.

Strengthened Collaboration Between Technical Clubs and Departments

The joint organization of the seminar by the ECE Department, AWS Cloud Club, and the Outreach Department demonstrated effective interdisciplinary collaboration at GCET, reinforcing the institution's commitment to providing students with holistic, industry-aligned learning experiences.