If the project is completed on time then there is no risk for completion. All of the regular risks that apply to a project built on time apply to this one regardless of whether you are building a new infrastructure or modifying an older one. If the project is finished one month early, the quantitative risk really does not exist. It is basically comparable to completing the project on time. Since the project is quoted at 3 million dollars it will stay the same regardless of how fast the project is finished. However, you may see differences. When you rush a project this large you could possibly cut corners or receive poor quality results. If the project is finished two months late there are additional risks. If the company expects to make $20 million dollars annually, and assuming that the 4% penalty is levied against this yearly figure and not within smaller period of time, one month late means that US Industries Incorporated loses $800,000 annually. There doesn't appear to be any additional risk, however, further penalties and the possible eventual loss of the contract to a competitor could result in a poor product. There again appears to be no real quantitative risk involved if the project is finished a month early with the security requirements. If the originally quoted $3 million dollars remains the same regardless of how fast the project is finished and not coupled with hourly or daily wages, then there is nothing to lose financially. However the companies go beyond the required 1.5% completion benchmarks that the contract demands. Rushing a project of this scale also comes with rushed results possibly cut corners or poor quality. The credibility of the company is at stake with such a high profile, high income project such as this, and it is important to use all of the time available to ensure the best product is on display for any customer. The finished project should meet both the time and security requirements but not the service agreement. There does not…
Electricity at work Regulations 1989. This legislation places the4 responsibility of electrical item on to the employer.…
IS3230 Lab 7 Multi-Factor Authentication Process Chris Wiginton ITT Technical Institute, Tampa FL Instructor: David Marquez 1 May 2014 Multi-Factor Authentication Process Area Authentication Process(es) Authentication Factors Authentication and Authorization LDAP /Kerberos Authentication, Token , Session Timeline Username , Password Token, Pin, Biometric Device Support Device should not be end of life and under support contract Vendor Supported Firewalls using Approved Product List (APL) Interoperability ISO and IEEE Standards for Encryption Multi-Vendor Interoperability based on AES, 3DES Standards, and SSL Encryption methods. Multiprotocol Support TCP, UDP, ESP, SSL ACL only allows trusted endpoints based on Port and Protocol Packet Encryption IKE - Internet Key Exchange VPN 2 Phase Negotiation based on Pre-Share Key, VPN Certificate Authentication.…
With the current application of 802.11b wireless solution Highbrow Ed is using, hot spots are inefficient for application delivery, and to manage the bandwidth they will need for the collaboration and expansion required in the future. An upgrade to an optimized Wireless LAN (WLAN) architecture will solve all of their business needs.…
One of the most important first steps to risk management and implementing a security strategy is to identify all resources and hosts within the IT infrastructure. Once you identify the workstations and servers, you now must then find the threats and vulnerabilities found on these workstations and servers. Servers that support mission critical applications require security operations and management procedures to ensure C-I-A throughout. Servers that house customer privacy data or intellectual property require additional security controls to ensure the C-I-A of that data. This lab requires the students to identify threats and vulnerabilities found within the Workstation, LAN, and Systems/Applications Domains.…
7. Personnel should be authenticated and authorized prior to being granted access to company’s information resources. This statement is an example of ________________?…
This is a lot like hardening the OS in respect that you are making sure that software stays up to date to ensure that known exploits are being addresses. Any unnecessary applications, services, or scripts that are installed should be removed immediately once the installation process is complete. Below are some things that you can do to harden software.…
For this kind of scenario, I would have to create a server from scratch so I can be able to identify any types of vulnerabilities on any of these server requirements stated below. Any of these can be at risk at any time, so creating a new server from scratch would be most recommended. Because it is kind of safer than Windows because most viruses and worms are written for Windows but it doesn’t mean Linux can be attacked.…
Which of the following symbols instructs the shell to redirect the output of a command to the specified file instead of the screen and overwrite the file?…
In the article “Connecting to the Thing” Mike Kennedy explains the benefits and demand of electronic digital devices in school and universities for a better learning. Kennedy says, internet is connected to the ground, on streets, in schools for security, education and for many other services. The author believes, good internet connection system helps the students and teachers to get the access to update themselves and learn new things. The author suggests that all schools and universities should provide strong digital learning systems that mobilized all students without disturbance to internet…
Impacts Of Wireless Technologies On Education Name:Anne W Mwangi Student Id:073678 Course Id:8102 Term Paper Lecturer: Mr. Patrick Ng’ate Strathmore University 31st Sep 2012…
“The use of mobile wireless technologies can overcome the limitation of educational flexibility with wired technology.” (Kim, Mims, & Holmes, 2006, p.78) Through mobile technology, learners can be able to gain access to information and resources, with any limitations of time and location. Most universities and tertiary educational institutes provide wi-fi networks for students. With either mobile wireless computers, personal digital assistants (PDAs) or mobile wireless phones, students can then access educational information and resources they need, and they can retrieve the information anytime, and anywhere through their mobile wireless devices. The mobility in accessing information is certainly one of the crucial advantages of using mobile technology in education.…
Wi-Fi has become a huge part of society today, along with tablets. Tablets need Wi-Fi to access the internet and to use most applications. Any books from an application need Wi-Fi to be downloaded onto the tablet. Wi-Fi also requires updated technology, which most schools that aren’t completely…
During the late 90’s the 802.11 network was released for wireless local area networks (WLAN’s). This wireless network allows users with wireless devices to access the internet at any hotspot. Hotspots are located in airport terminals, coffee shops, Colleges, and even major cities. This technology allows casual users to go to the local coffee shop with their laptop computer and enjoy a coffee while surfing the web. At the same time it allows business users to access their work email or check out their itinerary while at the airport waiting for their flight. “802.11 has helped form the foundation of the future of an invisible nervous system that is growing all around us. For the first time in history, location no longer limits the ability to communicate”(Drumheller, 2006).…
Students mainly use laptop computers on the network. The use of regular cell phones are on the decline in the campus.…