The field of computing and communication has witnessed remarkable growth over the past two decades, evolving across diverse dimensions. Computing encompasses the design, development, and implementation of both hardware and software systems; the processing, structuring, and management of vast amounts of information; scientific research utilizing computational models; the development of intelligent systems; and the creation of advanced communication and entertainment technologies. This vast domain spans multiple disciplines, including computer engineering, software engineering, computer science, information systems, and information technology—each continuously expanding with emerging innovations and applications. Communication, at its core, is the process of exchanging information, ideas, and meanings between entities through mutually understood symbols and rules. Its applications extend across numerous domains, including network communications, cybersecurity, and beyond, playing a crucial role in modern interconnected systems. To streamline discussions and research contributions, the conference is organized into the following tracks:
This track delves into emerging research areas in cybersecurity, privacy, and digital trust amid evolving cyber threats and attack vectors. Topics include next-generation cybersecurity frameworks, quantum-resistant cryptography, AI-driven threat detection, zero-trust architectures, federated learning for security, and privacy-enhancing technologies (PETs), security in blockchain technologies, secure federated computing, ransomware mitigation, and advanced intrusion detection/prevention. It will also explore cyber resilience for critical infrastructures, adversarial AI security, cyber-physical system (CPS) security, and AI-enabled cyber threat intelligence. Additionally, this track emphasizes on some other research areas cyber hacking, digital forensics, intrusion detection and prevention, cyberspace protection and anti-malware, identity and access management in cyber systems, security of cyber-physical systems and IoT, secure cloud and edge computing architectures, security of web-based applications, and cyber harmony and cyber welfare.
This track emphasizes on security in Software systems which is an active area of research for groups interested in software engineering in particular and systems engineering. This track focuses on security in software systems and DevSecOps—an essential research area in software engineering. Topics include secure coding practices, AI-assisted vulnerability detection, automated security testing, and security by design. Special attention is given to static and dynamic code analysis, model-driven security, security-aware software development life cycle (SDLC), secure APIs and microservices, and blockchain-based software integrity validation. Other areas include agile security methodologies, security in continuous integration/continuous deployment (CI/CD) pipelines, self-healing software systems, threat modelling techniques, secure cloud-native application development, and runtime application self-protection (RASP).
This track explores advancements in artificial intelligence (AI), machine learning (ML), and computational intelligence for next-generation applications. It covers deep learning, explainable AI (XAI), foundation models, transformers, reinforcement learning, and generative AI models (e.g., GPT, DALL·E, diffusion models). Additional topics include neurosymbolic AI, quantum machine learning, probabilistic graphical models, autonomous decision-making, AI-powered cybersecurity, multi-agent systems, and evolutionary computation. The track also includes research on neuromorphic computing, federated and swarm learning, edge AI, and ethical AI frameworks to address fairness, bias, and trustworthiness in intelligent systems.
This track emphasizes innovations in cloud computing, distributed computing, quantum computing, and data-driven analytics. It includes cloud quality management and service level agreement, cloud migration, cloud virtualization and composition, high performance cloud computing, green cloud computing, economics, business and Return on Investment (ROI) models for cloud computing, innovative cloud applications, serverless computing, edge-cloud synergy, confidential computing, AI-optimized cloud orchestration, and cloud-native security solutions. Key discussions include privacy-aware data analytics, federated data sharing, big data security, real-time stream processing, and sustainable cloud computing. The track also covers quantum computing algorithms, post-quantum cryptography (PQC), hybrid quantum-classical computing models, AI-powered cloud automation, blockchain in cloud security, and cloud resilience strategies for high-assurance computing.
This track focuses on next-generation network architectures, security, and intelligent communication technologies. Topics include 6G networks, terahertz (THz) communication, quantum key distribution (QKD), AI-driven network security, software-defined networking (SDN), and network slicing. It also covers privacy-preserving techniques for IoT, and secure multi-party computation, wireless networks, energy efficient networking, internet architecture and protocols, traffic analysis, content centric networks. Special emphasis is placed on vehicular networks (VANETs), drone-based ad hoc networks (FANETs), smart grid communication, IoT security, and privacy-aware routing protocols. Emerging areas such as blockchain-based networking, satellite-based 4G/5G/6G & advanced connectivity, and AI-driven cyber threat hunting in networks will also be explored. Besides these, other areas shall include Intrusion Detection and Prevention, Firewalls, Packet Filters, Malware Analysis, Web and Information Security, Attacks and Defence, Communication Privacy and Anonymity, Blockchain Technologies, Circumvention and Anti-Censorship Technologies, Network and Internet Forensics Techniques, Authentication Systems, Routing protocols and Algorithms, Naming/Addressing, Network Management, VoIP, Communication Engineering.
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Paper Submission: Click Here
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Registration Form: Link will be updated soon |
| Sr. No. | Registration Type | IEEE Member | Non-IEEE Member |
| 1. | Academician / Researcher | ₹ 7000 | ₹ 8500 |
| 2. | Students | ₹ 6000 | ₹ 7500 |
| 3. | Attendees | ₹ 3000 | ₹ 3500 |
| Sr. No. | Registration Type | IEEE Member | Non-IEEE Member |
| 1. | Academician / Researcher | $ 300 | $ 350 |
| 2. | Students | $ 200 | $ 250 |
| 3. | Attendees | $ 100 | $ 150 |
Director
NIT Jalandhar
Professor & Head CSE Department
NIT Jalandhar
Professor, NIT Jalandhar India
Professor, NIT Jalandhar India
Assistant Professor, NIT Jalandhar India
Assistant Professor, NIT Jalandhar
India
Assistant Professor, NIT Jalandhar India
Assistant Professor, NIT Jalandhar India
Assistant Professor, NIT Jalandhar
India
Associate Professor, NIT Jalandhar India
Assistant Professor, NIT Jalandhar India
Assistant Professor, NIT Jalandhar
India
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