Team KILLER - Hafiz Muhammad Attaullah

The development in IoT (Critical and Massive) and Cloud Computing (deployment and service model) have raised the need for a network the can seamlessly support these services, 5G is both cloud-native and support critical/ massive IoT. 2G, 3G, and 4G where not developed for these future QoS demand. The major enablers for 5G are; cloud computing and IoT. 5G is on trial in most parts of Asia, including Pakistan, as per the time of carrying out this research(2018). There are four fundamental requirements for a modern communication network, which include, Data rate/throughput capacity, the Processing power of network equipment, Functional Redundancy and ether channels, and most importantly cyber-security, all of which contribute to QoS Realization. Security of huge amounts of data (big data) on 5G, IoT, and Cloud computing networks, should be handled with great concern. Due to the rise of cybercrimes, the field of cyber security has grown in recent years, with well defined Common Body of Knowledge (CBK), and approaches. So the increasing demands for real-time communication/ streaming 4k videos, gaming, VR, MR and AR, and IoT (smart home, smart grid, smart city, v2x) put a constraint on traditional storage, raising the need for cloud computing. The data on a network includes personal health data, agriculture, education, e-government, e-commerce including, the increasing electronic money transfers, etc, with the effort of the government to digitize all communication. All these services and efforts generate huge amounts of data, Big data, poses a problem ensuring cyber security. I have singled out cyber-security to be the focus of this paper. The security of data on the network both in transit and in cloud has to be handled with great concern. 5G is proposed to be rolled out by 2020, I advocate for a secure architecture, by reviewing the security frameworks and models. So our aim is; to carry out Cyber security evaluation and mitigation for future wireless networks, 5G for IoT and cloud computing networks. And specific Objectives; To carry out research on cyber security risk management, models, frameworks, and roadmap. To carry out research on encryption algorithms of wireless networks, and Access control models. To carry out research on 5G, IoT, and Cloud network architecture. To develop two MATLAB Applications; one that finds the characters of a password on login and implements minimum login requirements, and another that generates munged passwords to ensure password hardening. To perform network security hardening and monitoring. To carry out research on cyber security policies both national and international. This study has created a practical understanding of cyber security, policies, and practices that include Computer security, Security Systems Software Development Life Cycle (secSDLC), and Network security for the future wireless networks (IoT and Cloud)

We are Team KILLER. We are students of Telecommunication Engineering, and also SecOps, Multi-Cloud Enthusiast, MATLAB, and Python Cody from Pakistan. We are doing our BS in Telecommunication Engineering while working on other projects. We are currently passionate about Cybersecurity, Multi-Cloud, Machine Learning applications for SecOps, and also passionate researchers. When we are not developing and building things, you can find us on online learning, writing articles, watching anime, daydreaming action-packed dreams where we are the MC, or on my laptop gaming. But most of the days are spent working on projects, coding on MATLAB or Python, Studying or watching anime.