 The maritime ecosystem is intricate and comprises numerous entities that engage with one another. These entities include ports, ships, port authorities, maritime and insurance companies, customs, the shipping industry, banks, ministries, various commercial providers, and additional infrastructures such as railroads and airports. All these interactions are facilitated by sophisticated and diverse information and communication technology systems.
Commercial ports are classified as critical infrastructures for transportation due to their large-scale nature, where any degradation, interruption, or impairment of their physical or cyber systems can have severe repercussions on national security, health, safety, economy, and the welfare of both citizens and nations. They are characterized by a multitude of interdependencies with other entities within the maritime ecosystem. The effective operation of commercial ports is heavily reliant on the proper functioning of both their physical and cyber systems.
The substantial volume of critical and sensitive data, the information and services managed on a daily basis, the numerous entities that require service, and the interdependencies with other infrastructures necessitate robust security management. This book examines the current state of security concerning the critical information infrastructures of commercial ports and their supply chains, while also identifying gaps in the security management of these ports' CIIs, and proposing research directions and recommendations.
 The second edition of Maritime Security: An Introduction represents the pinnacle of security literature (the first edition is also accessible). It encompasses a wide range of topics while delving deeply into specifics. The portrayal of the maritime setting and seafaring traditions is so thorough that readers can nearly sense the salty breeze and hear the calls of seagulls. Author Michael McNicholas, a seasoned expert in maritime security, demonstrates his expertise throughout the text.
This volume offers practical, experience-driven, and validated insights, along with a comprehensive "how-to-guide" on maritime security. McNicholas articulates in straightforward terms how commercial seaports and vessels operate; identifies existing threats; outlines the security policies, procedures, systems, and measures necessary to counter these threats; and details how to perform security assessments and develop plans for ships and ports.
Whether addressing issues such as weapons of mass destruction or cargo theft, Maritime Security delivers essential guidance for professionals tasked with safeguarding our shipping and port facilities. New chapters concentrate on comprehensive government maritime security, United Nations legal conventions and frameworks, transnational crime, and migration. Updates throughout the text will present the most current information in this increasingly vital field.
It serves as an excellent introduction to the challenges confronting this crucial transportation channel, featuring three entirely new chapters and revisions to reflect the evolving landscape of maritime security, with enhanced focus on migration issues and transnational crime; furthermore, new contributors highlight legal security and cybersecurity matters.
 The first three decades of the LNG industry, i.e. until the end of the 1990s, were dominated by base load projects with long-term sale and purchase and associated shipping contracts, typically of 20 years duration. With such arrangements the project partners had an equity share or knowledge in all facets of the project, from gas gathering to gas distribution, including shipping.
Furthermore, their technical staff had a detailed knowledge and familiarity with all the individual sections of the contractual chain. By the end of the 20th century, however, a short-term or "spot" market was starting to develop within the industry. In this market LNG vessels are hired on "spot" and "short-term" charters, with the charterer often having little or no knowledge of the history of such vessels. This has led to charterers and buyers and sellers of the cargoes drawing upon their oil industry experience and insisting on vetting these vessels prior to accepting them.
This has occasionally raised questions about aspects of the vessels' operation and maintenance that partners in the original long-term projects had previously understood and accepted. One area, unique to the LNG trade, in which this has occurred is the maximum, operationally acceptable, gas concentration to be found in the insulation spaces of the cargo containment system of the membrane-type liquefied natural gas carriers, particularly those of older design.
 Consider this scenario – a bomb threat on the bridge of your vessel. What would you do? Unfortunately, we now live in the time when terror almost routinely includes the use of explosives, threatening commerce, threatening property, and threatening human lives. In this program, we will look into the threat posed by explosives, and preventive measures to minimize that threat. Searching the ship effectively, confronting the explosive device, and the effective planning and response are the integral parts of this training.
Ships are extremely vulnerable to a saboteur using explosives. He poses a different security threat than a stowaway or hostage taker as he will most likely try to remain anonymous and undetected. The explosive threat can be directed against a ship of a particular nationality for political reasons, against a policies or property of a particular shipping company, to sabotage or compromise a sensitive cargo, or to protest a grievance or issue.
The availability of explosive materials makes them extremely attractive for terrorists. As we can see from horrifying headlines, it is often very difficult to stop a terrorist, especially when he is willing to commit suicide to fulfill the mission. Still, there are sensible precautions that crews can take to help prevent explosive attack. First, they have to lock and seal any potentially vulnerable compartments, and watch for any signs of tampering, be especially alert to unusual objects in unexpected places, not touch any suspicious objects or packages – report them immediately…
 The MSA Gas Detection Handbook aims to familiarize users with essential terminology and concepts related to gas detection while also functioning as a quick reference guide for information such as specific gas properties, exposure limits, and additional data. This Handbook includes a glossary of vital gas detection terms and abbreviations, along with a concise yet informative overview of fundamental principles in monitoring combustible and toxic gases.
It is abundant in reference data, encompassing physical properties and exposure limits pertinent to the most frequently monitored gases across industrial and various other settings. The author has provided a thorough professional comparison of the most commonly utilized gas detection technologies and has also incorporated a table that outlines the gas hazards typically associated with specific applications in major industries.
Furthermore, a summary of critical information regarding gas detection instrumentation approvals, including classifications for hazardous locations, has been included. MSA’s exclusive Sensor Placement Guide offers detailed insights into important considerations for determining the optimal placement of gas sensors.
 The landscape of cybersecurity literature is vast, filled with titles addressing general principles and highly specialized techniques. However, many fail to connect cybersecurity concepts to specific and vital domains, leaving a significant need for practical application. One area particularly lacking attention is maritime cybersecurity, a critical concern given the industry's significant impact on the global economy.
Kessler and Shepard's "Maritime Cybersecurity: A Guide for Leaders and Managers" effectively addresses this shortfall. Written for executives and management without a technical background, the book immediately grabs the reader's attention with a compelling story of real-world maritime cyberattacks. The subsequent chapters provide a comprehensive examination of the maritime domain, covering a range of topics from the intricate system-of-systems within maritime operations to detailed case studies of cyberattacks on ships and ports.
The authors delve into shipboard networks, communication systems, navigation technologies, and, crucially, effective cyberdefense strategies tailored to the maritime environment. For those new to the nuances of cybersecurity, a dedicated chapter outlines key terminology and potential attack methodologies, many of which are later illustrated with real-world maritime examples.
The engaging narrative and easy-to-understand language ensure the reader remains focused on the high-level concepts rather than becoming lost in technical minutiae. Thoroughly researched and extensively referenced, each chapter providing a wealth of resources for further reading. With decades of combined experience in both education and cybersecurity, Kessler and Shepard have crafted a guide that is both enlightening and highly readable.
 Here is one more guidebook belonging to the Master's Guides series developed and released by the experts of The Standard Club, sharing their valuable experience with the idea of promoting the best practice and raising seamen's awareness of the fire safety and associated risks, particularly onboard ferry vessels of today.
The content of the volume will be equally useful for every person serving onboard ships, and the other categories of people engaged in the maritime industry will definitely benefit. This is not a textbook, so the readers are expected to possess some basic knowledge and understanding of the topic.
And this knowledge will be significantly expanded by applying the information shared in the pages of this volume, addressing the most critical areas of fire prevention, as well as detecting fires and fighting them, with due attention paid to the advantages and disadvantages of every single method covered. As a result, people who have acquainted themselves with this book, will be better prepared to fight and sort of fire.
 Since the world's oceans are largely unregulated spaces, they are particularly vulnerable to the attacks by maritime pirates. we all know that the maritime piracy and terrorism present a very serious threat to the international maritime shipping industry and they are normally combined, going together in most cases.
The maritime piracy itself is considered a marginal issue; however we shall say that the piracy taken together with the wide criminal networks and also with the corruption makes it even more threatening.
The content of the present study report is fully devoted to the contemporary piracy and is intended to provide all participants of the shipping industry with the information that could help them in getting better understanding of the current situation.
The two opening chapters of the publication provide brief introduction to the piracy and terrorism; they are followed by the chapter dealing with the threat assessment, where the author tells readers about the current maritime disorder and what initiatives are there to tackle it. The cooperation between terrorists and criminal world is addressed within a separate part of the book. Particular attention has been paid to the maritime insurgency and many other aspects considered important by the author.
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