Instructions: Match each description to its plan by writing the description's number in the appropriate blank. Some descriptions may apply to two or more plans. Plans: Business continuity plan (BCP) 2, 9, and 10 Disaster recovery plan (DRP) 1, 3, and 4 Business impact analysis (BIA) 5 and 7 Incident response plan 8 Descriptions: 1. May be part of a BCP or referred to in a BCP (DRP) 2. Covers all functions of a business, including IT systems, facilities, and personnel (BCP) 3. Includes critical business functions (CBFs) (DRP) 4. Details emergency response and activities (DRP) 5. Generally includes interviews, surveys, or meetings to assess environment (BIA) 6. Includes the five Ws—who, what, where, when, and why—and one …show more content…
In the past year, employees have lost or damaged 75 smartphones. With this information, calculate the following: SLE = $500 ARO = 75 ALE = $37.500 Richman is considering buying insurance for each smartphone. Use the ALE to determine the usefulness of this safeguard. For example, Richman could purchase insurance for each device for $25 per year. The safeguard value is $25 X 1,000 devices, or $25,000. It is estimated that if the insurance is purchased, the ARO will decrease to 5. Should the company purchase the insurance? Determine the effectiveness of the safeguard: Current ALE = $37500 ARO with control = 5 ALE with control = $2500 Savings with control = 35000 (Current ALE - ALE with control) Safeguard value (cost of control) = $25,000 Realized savings = 10000 (Savings with control - safeguard value) Should Richman buy the insurance? Explain your answer. Clearly this is cost effective. Instead of losing $37500 a year, the organization spends $25000 and only loses $2500 with the realized savings of $10000. Qualitative Risk Assessment Probability: The likelihood that a threat will exploit a vulnerability. Probability can use a scale of low, medium, and high, assigning percentage values to each. Impact: The negative result if a risk occurs. You can use low, medium, or high to describe the impact. You can calculate the risk level using the following formula: Risk Level =
Scenario: Richman Investments provides high-end smartphones to several employees. The value of each smartphone is $500, and approximately 1,000 employees have these company-owned devices. In the past year, employees have lost or damaged 75 smartphones .
Risk: A risk is the chance, high or low, that any hazard will actually cause somebody harm. (the likelihood of it happening).
To solve these problems a company can implement Wi-Fi on their network. This can reduce the price of implementing additional cable in the network.
Commonly, impacts resulting from other types of incident (such as breach of confidentiality or loss of
Severity of Impact – The severity of the impact is considered high. The project would be delayed or eliminated and the current risk to the organization would increase as expansion plans were implemented.
a. Risk – the probability of a negative/harmful effect from a hazard or hazardous situation or the potential for the recognition of undesirable adverse consequences from future events.
Though the cost of mitigating risk can be high, the lack of proper business continuity planning and disaster recovery planning will leave a company is at risk of a catastrophic loss of revenue due to the loss of the Information Systems. Any company that relies on its Information Systems for their operations should invest the time and revenue in developing an efficient and effective Business Continuity Plan (BCP) and a Disaster Recovery Plan (DRP). This study will compare the differences in what a Business Continuity Plan is used for and what a Disaster Recovery Plan is used for. Additionally, it will evaluate the risk having a Business Continuity Plan and Disaster
Keeping the production cost in check by operating as efficiently as possible. Late PwC research demonstrated that 66% of organizations plan to cut expenses throughout the following 12 months. Be that as it may, revealing wastefulness is just the initial step. On the off chance that change is going to stick and cost investment funds supported, the better approach for working must be feasible and appropriately received by the association.
In order for the Russian government to benefit from the effects of the cyber operations
Often disaster recover plan (DRP) and business continuity plan (BCP) aren’t the plan but some time both terms are used in place of each other. There are distinct differences in the two, disaster recover plan incorporates information assets and services after disasters such as floods, fires or any other catastrophic events as well as hardware failure. On the other hand business continuity plan encompasses a much wider responsibility than DRP, BCP plans recovery for the entire business or organization in the event of a major disaster, included in business continuity plan is communication between employees, work facilities,
Bodgets Incorporated- A worldwide manufacturing facility of quality bodgets have had a change in management and directorship. The new owners are investing into the IT infrastructure of their organizations which will be the first part of an organizational modernization of plant and equipment. A Bodgets Incorporated are now moving into their deployment phase of their IT expansion. Bodgets Company is located at 441, Queen Street, K Road-Auckland city.
The probability p can be related to a model of relative frequencies and are, in this sense, objective and thus represent risk; or they can be subjective and thus represent uncertainty.
Impacts describe indirect benefits of our interventions. Our programme contributes to impact. The main purpose of impact monitoring is to prove whether our interventions are bringing and will have potential to bring the defined changes that has been agreed on programme objective.
Abstract: Telecommunication networks are becoming more and more complex, as a result telecommunication operators are facing big operational problems to monitor or manage the performance of the system. Telecommunication Management Network (TMN) is the framework developed by International Telecommunication Union - Telecommunication Standardization Sector (ITU-T) for managing telecommunications networks and services. Performance Management (PM) is one of the five core management functionalities identified by ITU-T. A Network Management System (NMS) falls under the Network Management Layer of the TMN. This paper provides the foundation for understanding PM principles and PM operation workflow by analyzing architecture for a PM System in NMS and to understand the challenges in the implementation of PM System
Physical Intrusion detection Using Wi-Fi orZigBee RF SignalsRonak Gune#1#Department of Computer Engineering, RMD Sinhgad School of Engineering 1ronakgune @gmail.comAbstract- Wi-Fi is the wireless networking technology which allows two or more users to connect to each other or connect to the internet within a particular area. Wi-Fi thus enables a number of devices to communicate with each other using Radio Frequency signal which helps to use a lot of advanced services to be provided to the user. In the proposed system RF signals form Wi-Fi and ZigBee sensor nodes were used and the received signal strength indicators (RSSI) were used as a test to detect the presence of human beings in an indoor environment. This system can be used as an actual alarm for detection of physical intrusion in a certain area and also can be used to save energy and reduce costs on a large scale.Keywords: Alarm; Physical Intrusion Detection; SOHO; ZigBee; Wi-Fi.IntroductionIntrusion detection in a certain given environment is one of the most important topics that we have to consider nowadays because of security issues and also for energy management.The traditional security approaches include setting up lasers, cameras or even people for security measures. However, this may lead to wastage of resources like money, storage and power. Thus we need to come up with measures which use some different methods other than those available for better security purposes or energy management.Wireless sensor networks