The purpose of this paper is to consolidate the existing information into a single format and evaluate the WAN and security documentation for an executive overview. With state-of-the art design capabilities, they create innovative plastic designs that have earned international acclaim. Attention to detail, extreme precision and enthusiastic quality controls are the hallmarks of Riordan Manufacturing.
With state-of-the art design capabilities, they create innovative plastic designs that have earned international acclaim. Attention to detail, extreme precision and enthusiastic quality control are the hallmarks of Riordan Manufacturing.
In order to stay competitive in a constantly changing business environment, Riordan needs to remain current with the latest technology, recent industry developments, and attend to the service requirements of its customers. Team A began its investigation by gathering information about the existing network system.
Based on the diagrams provided, we completed an inventory of the existing hardware and evaluated the security protocols for the wide area network WAN and local area network LAN connections in each location.
Each locality dedicates hardware servers for handling the application requests from the workstations. All locations support more than 10 users.
The current network consists of aging and outdated technology and devices; such as, hubs, Cat3 cabling, Windows 98 workstations and NT Servers.
Two of the four facilities are not employing firewalls on the networks and two sites had firewalls placed in front of their routers.
An additional drawback is that the bandwidth is limited between locations. Limited information was obtainable regarding the port, router configurations, and security software. The current infrastructures implemented were designed with a unique approach.
However, there are some basic resemblances between current designs in place at the San Jose and Hangzhou locations, only minor alterations are required for the specific needs of the individual locations.
In addition, the network designs at the Albany and Pontiac locations also bare some similarities with one another. Even so, there appears to be a basic need for the local area networks LAN to mirror one another and standardize the network configurations within the WAN.
In further review of the San Jose and Hangzhou locations, it appears that these networks follow the Bus and Ring topology principals with two WAN connections.
Each network patterned on a base T Ethernet backbone with an edge router for data transmission to and from the other locations and external sources on a full T1 line. The number of users supported in each location is between 35 and 50 users, per site.
The workstations connect to the network via 24 port Cisco switches running on base T Ethernet lines. In addition, each location is running the following servers: However, there is only a single UPS Uninterruptible power supply backup device in each location to support the entire site in the event of power loss.
Each location also contains a satellite connection that serves as a back up for these locations in the event that the primary T1 line is unavailable.Riordan Manufacturing: WAN and Legacy transition problems University of Phoenix NCT Networking Management Riordan Manufacturing: WAN and Legacy transition problems Riordan Manufacturing's network configuration consists of infrastructure within four locations.
The headquarters is in San Jose, CA and the other three are in remote in Albany GA, Pontiac MI, and Hangzhou, China. Critical Infrastructure Protection (CIP) is the need to protect a region's vital infrastructures such as food and agriculture or transportation.
From energy organizations to transportation companies, it is paramount that security in all critical infrastructure sectors is of the highest standard and that disaster preparedness, response and recovery are top priorities.
GDT Consulting Engineer Nate Atkinson delivers, as part of the GDT DevOps team’s weekly Lunch & Learn series, a great, basic overview on web security, including some fundamentals, such as privacy, authentication, and integrity.
Riordan Manufacturing: WAN and Legacy transition problems University of Phoenix NCT Networking Management Riordan Manufacturing: WAN and Legacy transition problems Riordan Manufacturing's network configuration consists of infrastructure within four locations. The headquarters is in San Jose, CA and the other three are in remote in Albany GA, Pontiac MI, and Hangzhou, China. The current architecture of the Riordan Manufacturing Company Inc. Wide Area Network and network security in place requires updated documentation. The purpose of this paper is to gather the existing information into a single format and evaluate the WAN and . o Microsoft O breaking WAN o PCI / HIPAA compliance and LOB separation o WAN extension to AWS and Azure o Encryption for compliance across private and public networks o Application control & network wide visibility What Is Driving SDWAN Adoption Retail Healthcare Manufacturing.
He discusses the importance of data security, both at rest and in flight, and common strategies for managing secure data. Flipsnack is a digital catalog maker that makes it easy to create, publish and share html5 flipbooks.
Upload a PDF or design from scratch flyers, magazines, books and more. Author: pulirajkumar, Catalog: NTC Week 5 Team Riordan Manufacturing WAN Project Part IV, .
You are an employee of Riordan Manufacturing, which has just gone through a company reorganization. You have been reassigned to a different position . I&O leaders responsible for network and internet security planning can use embedded security in SD-WAN Four Architectures to Secure SD-WAN.
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