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This podcast is available on 4 platforms including Apple Podcasts, Spotify, and more. You can also use the RSS feed directly.

Cyber Traveller

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by Prokash Barman

8 episodes

Updated Daily

Accepts GuestsHas Sponsors

Podcast Authority

Beta

PoorBased on show quality, social media presence, reviews, charts, and more

Quality42

Social0

YouTube0

Engagement0

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Podcast Overview

🎙️ Cyber Traveller Explore the Pulse of Tomorrow’s Technology Welcome to Cyber Traveller — your immersive audio journey through the dynamic world of connected intelligence. From IoT, IoMT, IoUT, and IoDT to Wireless Communication, WSN, Cybersecurity, Cryptography, AI, and Machine Learning, this podcast delivers insightful, topic-focused learning sessions designed for tech enthusiasts, students, and professionals alike. Each episode breaks down complex concepts into clear, practical insights, helping you stay ahead in a rapidly evolving digital world.

Language

🇺🇲

Publishing Since

6/22/2025

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🇺🇸 Charts #3

Outreach generated

Apple 142

Spotify 827

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Podcast Authority

Beta

PoorBased on show quality, social media presence, reviews, charts, and more

Quality42

Social0

YouTube0

Engagement0

Learn more

Excellent Areas

Good Performance

Growth Opportunities

excellent

Publishing Consistency

Every 0 days

Performing excellently!

needs improvement

Show Notes Quality

2.0/5

Recommendations available

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Recent Episodes

June 23, 2025

DNA Encoded Elliptic Curve Cryptography System for IoT Security

DNA cryptography is a field of study within DNA computing that focuses on using DNA as an information carrier and employing mathematical operations to convert plaintext into ciphertext.Here's how DNA cryptography techniques generally work:<ol><li>DNA as an Information Carrier:<ul><li>DNA is a biological macromolecule made up of nucleotides.</li><li>Each nucleotide contains a single base, and there are four types of bases: Adenine (A), Thymine (T), Cytosine (C), and Guanine (G).</li><li>These four bases are the fundamental alphabets used in DNA cryptography.</li><li>DNA usually exists as double-stranded molecules, with complementary bases (A with T, and C with G) held together by hydrogen bonds to form a double helix structure.</li></ul></li><li>Encoding and Decoding Operations:<ul><li>A common method involves converting plaintext into binary numbers.</li><li>These binary numbers are then converted into equivalent DNA nucleotide sequences.</li><li>The four basic units of DNA are encoded into binary in a specific manner:</li><li>Conversely, for decoding, DNA nucleotides can be converted back into numbers:</li></ul></li><li>DNA Cryptography Techniques:<ul><li>Several DNA-based encryption methods have been designed, including:</li></ul></li><li>Reference Sequence Selection:<ul><li>A key aspect of some DNA cryptography techniques is the secret selection of a "reference sequence" (S) from publicly available DNA sequences. This reference sequence is known only to the sender and the receiver.</li><li>The sender transforms this chosen DNA sequence (S) into a new sequence (S') by incorporating the secret message (M).</li><li>The transformed sequence (S') is then sent to the receiver along with many other DNA sequences.</li><li>The receiver examines all received sequences, identifies S', and recovers the secret message (M).</li></ul></li></ol>By combining these methods, DNA cryptography aims to increase encryption complexity and provide a secure way to transmit information.

Episode thumbnail for SRF2T-ID: An Implementation of Ensemble Learning-Based IDS with Wireless of Things Secure Communication for Smart Residency Environment

June 23, 2025

SRF2T-ID: An Implementation of Ensemble Learning-Based IDS with Wireless of Things Secure Communication for Smart Residency Environment

This document introduces SRF2T-ID, a two-tiered intrusion detection model designed to enhance security and privacy in smart residency environments. The inner layer focuses on securing individual smart homes through techniques like AES encryption, packet division, clock synchronization, and randomization of transmission channels and receiver pipes. The outer layer implements a federated learning-based Network Intrusion Detection System (NIDS), employing a binary-multiclass classification approach and nature-inspired meta-heuristic feature selection algorithms to protect the overall network. The research utilizes CICIDS2017 and CICIoT2023 datasets for evaluation, demonstrating high detection accuracy, and includes a real-time test-bed implementation to prove its practical viability.

June 22, 2025

🚑 SAFER-EMS: Smart Ambulance Framework for Emergency Response with Embedded Monitoring System

SAFER-EMS is an innovative IoT-enabled smart ambulanceframework designed to revolutionize emergency medical response. It integrates real-timevital sign monitoring, automated traffic signal control, and securelong-range communication to ensure faster and safer patient transport.Equipped with biomedical sensors, GPS, and cloud-based analytics, SAFER-EMSenables seamless coordination between ambulances, hospitals, and trafficsystems — ultimately saving lives through intelligent, data-driven emergencymanagement.

8 total episodes available

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What is Cyber Traveller?: 🎙️ Cyber Traveller Explore the Pulse of Tomorrow’s Technology Welcome to Cyber Traveller — your immersive audio journey through the dynamic world of connected intelligence. From IoT, IoMT, IoUT, and IoDT to Wireless Communication, WSN, Cybersecurity, Cryptography, AI, and Machine Learning, this podcast delivers insightful, topic-focused learning sessions designed for tech enthusiasts, students, and professionals alike.

Each episode breaks down complex concepts into clear, practical insights, helping you stay ahead in a rapidly evolving digital world.
How often does this podcast release new episodes?: This podcast updates daily.
Where can I listen to this podcast?: This podcast is available on 4 platforms including Apple Podcasts, Spotify, and more. You can also use the RSS feed directly.
Does this podcast accept guests?: Information about guest appearances is not available.

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