[SOLVED] Emerging Threats
Im stuck on a Management question and need an explanation.
Chapter 6 discusses the concept of correlation. Assume that An agency has focused its system development and critical infrastructure data collection efforts on separate engineering management systems for different types of assets and is working on the integration of these systems. In this case, the agency focused on the data collection for two types of assets: water treatment and natural gas delivery management facilities. Please identify what type of critical infrastructure data collection is needed for pavement and storm water management facilities.
To complete this assignment, you must do the following:
A) Create a new thread. As indicated above, identify what type of critical infrastructure data collection is needed for pavement and storm water management facilities.
B) Select AT LEAST 3 other students’ threads and post substantive comments on those threads. Your comments should extend the conversation started with the thread.
ALL original posts and comments must be substantive. (I’m looking for about a paragraph – not just “I agree.”)
1.Most of the government infrastructure system is experiencing cyber-attack since most of the hackers are targeting their confidentiality. Therefore, they should deploy useful practices to secure and protect their files from the hacker’s threats under effective analysis. The information that will be discussed in this paper will relate to the stormwater and pavement data collection process. Therefore, the team involved should ensure they have a good plan in identifying and mitigating cyber-attack (Amroso, 2013). The following are some of the measures that are considered:
Strom water management Internal Database: The management has concluded that the information that has been gathered from the database is one of the easiest approaches of the sample data. However, the management had some of the simple approaches to managing the data even though it was complex.
Data Collection: The management uses different approaches such as geometry, aerial picture monitoring, and other better ways of gaining the sample data.
Historical disasters/Strom data: Moreover, some of the data samples were gained from different historical events that acted as the data sources. The information was used to make an effective prediction based on disaster occurrences management (Orlins,2015).
Sensors and Road Monitoring: The use of the maps were very effective to sense some of the flow of the information while detecting the threats affecting data collections.
Latitudes and Longitudes Movement: This is one of the approaches that can be deployed to help the business to detect and mitigate the disaster occurrences by the use of the geospatial and GIS systems in gathering effective information that can be deployed to predict the information.
Therefore, the National Infrastructure system should be protected and secured effectively as mentioned by Amoroso (2015).
Transit: It is the responsibility of the management to make the effective approach of securing the government confidential information to secure their network under the encryption approach.
Data Sources: The management should consider the source of the data and secure the data effectively.
Data Reduction Emphasis: The data should be maximized securely.
Storage Consideration: The management should ensure the data storage is effectively considered.
2. Teja srivastava
Critical infrastructure data collection is needed for pavement and stormwater management facilities.
The collection of data is very important when it comes to critical infrastructure development. Its regarded as being an important step whose effectiveness will determine the results of the final outcome. Therefore to facilitate the effectiveness of the two types of assets, the following information will have to be factored
- Condition of the assets- these two assets are similar yet different according to the set performance criteria. However, the information collected has to be quantitative and detailed or generic and qualitative according to the established standards and practices. For instance, this can include information about the pavement conditions, nature of the gas supply, etc. (Pontius, 1993). This information will help to ascertain the present state of the assets and to ascertain the nature of work /input required to make them operational once more
- Physical attributes- this includes the description of the above two assets such as the length, size, material type, etc. This will help to ascertain whether the physical attributes coincide with the population or the present location it is situated. For instance, the material used to build these two types of assets can be revisited to establish whether the assets are durable enough to withhold extreme situations.
- Location- this can be done using geographic coordinates or linear referencing to clearly map where the natural gas and water treatment facilitates extend. Location as a factor is used to ascertain the suitability and effectiveness of the asset to that specific location. In addition, its use in determining the time taken during times such as disaster recovery and maintenance efforts
3. Mohan Vamsi
For a proper connection, it is noteworthy that the components and characteristics of two affiliations are relative. The more tantamount properties, the least requesting it is to relate, and as the components of qualities shift, the harder it is to compare. In like manner having similar properties perceives perils more effectively than the different characteristics as the models are affirmed against the imprint database. So having various attributes may leave behind the model that the imprint database has and over the long haul, the structure would be in danger, causing a shut down from time to time.
Relationship between’s asphalt the executives and tempest water the executive’s offices should be possible from multiple points of view yet profile-based, signature-based, area-based, and time-sensitive would be doable for corresponding information for associations at the national level. Any of these referenced connections enables information gathering to process as well as distinguishes the anomalous exercises, abnormalities or recognizes noxious dangers and code in the framework.
Low Impact Development (LID) implies a way to deal with stormwater the board that copies a site’s unique hydrology as the scene is created. Utilizing a low effect improvement approach, stormwater is overseen on location, and the rate and volume of predevelopment stormwater coming to accepting waters are unaltered. The count of predevelopment hydrology depends on local soil.
Low effect advancement standards supplement, and in some cases supplant conventional stormwater the board frameworks, which indeed stressed moving stormwater off-site with controls, funnels, trench, and lakes.