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Title Page
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Copyright Page
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Dedication Page
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About the Author
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About the Reviewers
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Acknowledgement
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Preface
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Table of Contents
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1. Foundations of Securing Digital Ecosystems
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Introduction
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Structure
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Objectives
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Digital ecosystems and security concerns
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Data breaches
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Privacy violations
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Distributed denial of service attacks
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Supply chain attacks
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IoT vulnerabilities
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Advanced persistent threats
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Use cases
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Emerging trends in securing digital ecosystems
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Key challenges in securing digital infrastructures
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Future trends in securing digital ecosystems
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Conclusion
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Multiple choice questions
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Answers
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2. Fake Social Media News Detection Framework
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Fake news and malicious campaigns
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Literature review
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Dark side of news
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Research methodology
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Proposed framework
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Results obtained
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References
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3. Machine Learning-based Framework Detecting Fake Instagram Profiles
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Fake Instagram issues
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Literature survey
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Exploratory data analysis and visualization
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Deep neural model training and performance evaluation
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Multiple choice question
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4. Unmasking Smart Device Vulnerabilities
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Smart device vulnerabilities
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Research performed
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Limitations and future research directions
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5. Proactive Threat Hunts to Detect Persistence
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Detecting persistence behaviour
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Threat hunting performed
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6. Fortifying Smart Home Internet of Things Security
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Smart home devices
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Cybersecurity attacks on IoT devices
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7. Framework for IoT Security in Smart Cities
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IoT firmware and components
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Related work
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Materials and methodology
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8. Security Assessment of IoT Firmware
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IoT and smart home security
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Proposed research methodology
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Experimental results
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9. Polynomial-based Secure Hash Design
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Hash functions and security issues
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Security versus digest size
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Hash function security concerns
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Analysis of crypto attacks
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Design of random oracle
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Provably secure subset hash function
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Pre-processing
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Parsing
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MD-strengthening
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Crippling
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Hash generation of subsets
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Grouping
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Analysis of experimental results
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Empirical analysis
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Analysis of collision resistance
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Analysis of pre-image resistance
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Analysis of second pre-image resistance
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Analysis of confusion and diffusion
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Analysis of PSSHF response
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Analysis of the effect of avalanche on hash output
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Runtime analysis
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Statistical analysis of PSSHF on random response
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Discussion
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Static versus dynamic memory allocation
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Subsets versus security
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10. Comparing Internet of Things Communication Protocols
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IoT communication and security
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TLS and DTLS comparison
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Attack on IoT communication protocols
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Proposed attack framework
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Recon step
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Deploy stager
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Customize Payload
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Payload download
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Datagram Transport Layer Security limitation
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Index
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