The International Plastics, Inc., CEO read your executive
The International Plastics, Inc., CEO read your executive summary and would like more information. The CEO would like a detailed explanation of the IT standards, protocols, and communication tools currently in use in the facilities to determine if improvements are needed. Review the existing International Plastics network diagrams located in the International Plastics, Inc., documents ZIP file. Develop an assessment of the current telecommunications protocols, standards, and collaboration tools used for the business. Determine if improvements are needed, and if so, list your recommendation with how the improvement will affect the standard or protocol.
Prepare a table, using Microsoft® Word or Excel®, to document at least six current standards or protocols used at each location. Use the following table headings: Current Telecommunications Standard, Protocol, or Collaboration Tools; International Plastics Location; Recommendation for Improvement; Effects of Improvement. Decide on a recommendation that will have the most beneficial impact to the company. Write a 1-page explanation on how you made the decision to move forward with this recommendation. What options did you weigh? What are the advantages and disadvantages of this recommendation? Cite at least one scholarly resource and include a citation in APA format. Submit your assignment.
Paper For Above instruction
The assessment of existing IT standards, protocols, and communication tools at International Plastics Inc. is fundamental to ensuring operational efficiency, security, and future scalability. This paper provides a detailed analysis based on the network diagrams and current practices within the company, aiming to identify areas for improvement and recommend strategies that align with industry best practices.
Current telecommunications standards, protocols, and collaboration tools are vital in maintaining seamless communication across the company’s multiple locations. The existing network employs several protocols such as Ethernet for local area connectivity, TCP/IP for internet and network communications, and VLAN technology for segmenting networks to improve security and traffic management. Additionally, Wi-Fi standards (802.11ac) are used for wireless connectivity within the facilities, and SNMP (Simple Network Management Protocol) is implemented for network monitoring and management. For wide-area communications, MPLS (Multiprotocol Label Switching) facilitates efficient and secure data transfer between sites. The collaboration tools primarily include Microsoft Teams and SharePoint for internal communication and document sharing, along with email services based on Microsoft 365.
Despite the robust standards in place, there are indications that upgrades could enhance performance and security. For example, the wireless network’s current Wi-Fi standard (802.11ac) may transition to the newer 802.11ax (Wi-Fi 6), providing higher speeds, better handling of multiple devices, and improved security features. Similarly, upgrading VLAN configurations with more advanced network segmentation can bolster security against potential cyber threats. The use of cloud-based collaboration tools like Microsoft Teams shows promise, but integrating Artificial Intelligence (AI) features could further improve productivity and communication efficiency. Additionally, deploying more comprehensive network security protocols such as 802.1X port-based network access control could significantly mitigate unauthorized access risks.
Current Telecommunications Standard, Protocol, or Collaboration Tools
International Plastics Location
Recommendation for Improvement
Effects of Improvement
Ethernet (IEEE 802.3)
Headquarters
Maintain, upgrade to gigabit Ethernet where not yet implemented
Increased data transfer speeds and improved network reliability
TCP/IP
All Sites
Ensure latest IPv4/IPv6 compatibility and configurations
Enhanced security, better routing, and future-proofing
Wi-Fi 802.11ac
Manufacturing Facility
Upgrade to Wi-Fi 6 (802.11ax)
Higher speeds, better device handling, improved security
Distribution Center
Implement advanced VLAN segmentation with Q-in-Q tagging
Improved security and traffic management across segments
SNMP
IT Infrastructure
Upgrade to SNMPv3 for enhanced security
Better monitoring with authentication and encryption capabilities
Microsoft Teams and SharePoint
Corporate Office
Integrate AI-driven features and expand cloud integration
Improved collaboration and productivity, proactive troubleshooting
To determine the most beneficial improvement, the focus was on enhancing security and efficiency while considering future scalability. Upgrading the wireless network to Wi-Fi 6 stands out due to the increasing number of connected devices and the need for higher throughput in manufacturing environments. Wi-Fi 6’s capabilities to accommodate dense device environments with lower latency and better security make it a strategic choice. Additionally, integrating AI-powered collaboration tools can substantially improve internal communication and operational responsiveness.
The decision process involved weighing the technological benefits against implementation costs and potential disruptions. For instance, upgrading to Wi-Fi 6 involves infrastructure investments and device compatibility considerations. However, the long-term benefits in performance, security, and scalability justify the cost. Comparing these with other options like VLAN enhancements or SNMP upgrades showed that wireless performance improvements would have the most immediate and impactful benefit across multiple locations.
In conclusion, extending the wireless network capabilities with Wi-Fi 6, complemented by security enhancements like advanced VLAN segmentation and SNMPv3, provides a comprehensive strategy for
improving International Plastics Inc.’s IT environment. This approach enhances operational efficiency, security, and readiness for future technological advancements, positioning the company for continued growth and resilience.
References
Cisco. (2020). Cisco Wireless LAN Client Roaming Solution. Cisco White Paper.
Kurose, J. F., & Ross, K. W. (2017). Computer Networking: A Top-Down Approach (7th ed.). Pearson. IEEE. (2018). IEEE 802.11ax Standard - High Efficiency Wireless LAN. IEEE Standards Association. Microsoft. (2021). The future of work with Microsoft Teams and AI integrations. Microsoft Tech Community.
Stallings, W. (2017). Data and Computer Communications. Pearson.
Oracle. (2019). Network Management and Monitoring Using SNMPv3. Oracle White Paper.
Kemp, M. (2020). Modern Wireless Networking: Strategies and Solutions. Tech Publishing.
Hoffman, L. (2019). Securing Your Network with VLANs and Best Practices. Network Security Journal.
Goleniewski, K. (2022). Transitioning from IPv4 to IPv6: Challenges and Solutions. IEEE Communications Magazine. Microsoft. (2022). Enhancing Collaboration with AI and Cloud-Based Tools. Microsoft Documentation.