Critical infrastructure vulnerability is the in-depth analysis of the degree of loss of a given item of the list of foundations at a risk resulting from a given threat at a certain level of severity. In this case, the support includes objects such as public service water systems, transportation, telecommunication, and energy supply. The analysis in this paper shows how the major infrastructural systems are connected to come up with an extensive system free of vulnerability. To achieve that objective, the writer will see the details of acceptable CIP management models to explain the importance of interconnectivity then provide specific examples for demonstration. Interconnectivity Interconnectivity of infrastructure is the interrelationships of the built environment. On the onset, it is important to erect the case for interconnectivity basing the argument on the assumption that that connectivity cannot take place wholesomely on the system. The responsibility that leaders have been to mitigate the risks involved with erecting infrastructure. The idea of equitable allocation of the resource to the end of insurance is not enough because when the built environment breaks down many things that depend on it are lost. For instance occurrence of an earthquake that brings down infrastructure worth millions of dollars will not only hurt the economy but also many lives in the country will be affected directly and indirectly (Studer, 2008). The infrastructure in the nation is a
Introduction: - for my research project, I would like to explore about the cyber security measures. Cybersecurity covers the fundamental concepts underlying the construction of secure systems from the hardware to the software to the human computer interface, with the use of cryptography to secure interactions. These concepts are easily augmented with hands-on exercises involving relevant tools and techniques. We have different types of computer related crimes, cybercrimes, computer related offenses, federal approaches defenses. The information resources management has the technical matters for which IT are widely known. Cyber resources and cyber power as well as cyber security. We have spent a lot of time talking about many different high level critical infrastructure protection concepts we have general rule stayed away from cyber security explaining the ins and out of how the NIPP and NRF work together to ensure that we can live our daily live in relative comfort.
One of the Department of Homeland Security’s (DHS) most important missions is protecting critical infrastructure. Assessing CI vulnerabilities is critical to strengthening their capabilities and ensuring resiliency. Since most of them are privately owned, the Department partners with the private sector in conducting voluntary, non-regulatory vulnerability assessments (“Critical Infrastructure”, 2015). According to Homeland Security (2015), vulnerability assessments are the foundation National Infrastructure Protection Plan (NIPP) which outlines how the government and the private sector work together to manage risks to achieve security and resiliency goals (“Critical Infrastructure”, 2015). Protecting America’s electrical power grid is especially complicated because all of the other CIs depend on the energy sector’s
Further one this assignment will continue on the infrastructure of the economy which supports construction, this will include told, power tools, transport for materials and any objects used in order to complete a construction project which has to be order, rented or a special efforts made n order to allow for these certain services.
A critical infrastructure is defined as any facility, system, or function which provides the foundation for national security, governance, economic vitality, reputation, and way of life. (http://www.dhs.gov/xlibrary/assets/NIPP_InfoSharing.pdf)In short, critical infrastructure is by definition essential for the survival of the nation. The USA PATRIOT Act specifically defines critical infrastructure as "systems and assets, whether physical or virtual, (Jena Baker McNeill and Richard Weitz, 2010) so vital to the United States that the incapacity or destruction of such systems and assets would have a debilitating
Critical Infrastructure can be protected by assessing the threats and vulnerability. After that, a plan to counter threats and vulnerabilities should be developed (International Journal of Control and Automation, n.d.). There is no such thing as a perfect plan or a perfect world. Just because there are vulnerabilities does mean it can be fixed or brought down to a minimum. These are the best results to ensure Critical Infrastructure Protection from the International Journal of Control and Automation:
Vulnerable eventually gotten from the Latin word vulnus ("wound"). "Vulnerable" initially signified "capable for being physically injured" or "having the ability to wound", yet since the late 1600s, it has additionally been utilized metaphorically to propose a lack of protection against non-physical assaults.
Infrastructure is defined as the basic physical and organizational structures and facilities (e.g. buildings, roads, power supplies) needed for the operation of a society or enterprise.
Vulnerability identification- In this risk analysis step the association recognizes all the particular vulnerabilities that exist in its own human services data frameworks or systems. For the most part, vulnerabilities take the type of imperfections or shortcomings in framework methods or configuration. Programming bundles are accessible to help with distinguishing vulnerabilities, yet the association may likewise need to lead interviews, studies, and so forth. A few associations may utilize outside experts to help them distinguish the vulnerabilities in their information
When it comes to the protection and mitigating of any structure or organization risk analysis and vulnerability assessments must be conducts so as to know what’s to be protected, the threats manmade or natural disaster, ranking the potential of threat as well as the probability. In terms of critical infrastructure the risk analysis and vulnerability assessment has guidelines from Homeland Security Presidential Directive Number 7(HSPD-7).
An executive order issued by President George W. Bush on October 16, 2001 established the President’s Critical Infrastructure Protection Board. The Board was created with the goals of coordinating “cooperation with and protection of private sector critical infrastructure, state and local governments critical infrastructure, and supporting programs in corporate and academic organization; protection of federal departments and agencies critical infrastructure; and related national security programs” (The White House).
In part one of the project I focused on two potential risks, power outage and work stoppage. As a contractor constructing a facility as massive as the Empire State Building, I would need to be aware of many other risks in order to prevent them from becoming events. Anytime an event occurs, it requires resources to be realigned in order to fix the problem and get the project back on track. This results in a slip in the schedule and unnecessary funds being expended. If I am able to appropriately determine potential risks and build an effective Risk Management Plan, I can minimize the
I would like to consider Healthcare organization in this case study. It is an organization that handles electronic health information and patient privacy. Thus, the organization needs to be able to safeguard personal health information which is usually faced with the various attacks. Within this context, the healthcare organization can implement the NIPP (National Infrastructure Protection Plan). The NIPP offers the unifying structure for the integration of existing and future critical infrastructure security and resilience efforts into a single national program. (NICCS, 2017) NIPP allows delivering a coordinated approach that will be used to establish national priorities, goals, and requirements in order to ensure that funding and assets are
The United States faces an unprecedented number of economic, demographic, fiscal, and environmental challenges that compel both the government and the private sector to rethink the way they do business. While these new forces are incredibly diverse—including everything from the shale gas revolution to renewed consumer preferences for urban living— they share one underlying need: modern, efficient, and reliable infrastructure. Tangible assets made of concrete, steel, and fiber-optic cable are essential building blocks of the American economy. Infrastructure enables global trade, powers businesses, connects workers to their jobs, creates new opportunities for struggling communities, and protects America from an unpredictable natural environment. From private investments in telecommunication systems, broadband networks, freight railroads, energy projects, and pipelines, to public investments in transportation, water, public buildings, and parks, America’s infrastructure is the backbone of a healthy national economy.
Below we outline the core elements of such a successful national strategy for infrastructure resilience.
ICS is known for its flexibility and adaptability to a wide range of disasters. It is noted that it allows the users to involve their independent organizational structures to be palatable to the demands of the incident or the disaster that is at hand. It is a structure that is employed by the federal government, the states governments, tribal and even local administrations. It is a structure that is applicable across several disciplines.