Assume the recommendations that you made in Milestones One and Two were approved. For Milestone Three, begin to implement the revisions to the client server system, ensuring that data is extracted properly and adding enhancements where appropriate.To complete this assignment, review the Milestone Three Guidelines and Rubric document.

this is for a transportation company just need 3 pages Week 4: Best Practices EvaluationThe goal of the best practices evaluation is to help the organization incorporate industry-accepted processes and procedures to manage network administration within the organization. The range of network administration categories can span from operational to service-oriented and may be informal or very formal depending on management priorities. In this project assignment, you will identify and discuss the best practices, processes, and procedures that are currently in use for your target organization, and you will evaluate the advantages and disadvantages of this network administration model.The project deliverables are as follows:Best Practices EvaluationCurrent environmentWhich network administration practices are currently in place?What are the advantages and disadvantages to these practices?Business process managementWhat are the network administration processes that are currently in place?What are the advantages and disadvantages to these processes?Business procedures managementWhat are the network administration processes that are currently in place?What are the advantages and disadvantages to these procedures?

While blockchain is successful with cryptocurrencies, it is also beneficial for information governance in businesses. After reading this article  (https://www.everteam.com/en/role-of-blockchain-in-information-governance/), discuss at least two ways you foresee blockchain transforming information governance in businesses. Be sure to utilize sources and provide at least one detailed example of your findings. Please make your initial post and two response posts substantive.  Requirements: 1. Make your initial post with at least one scholarly reference.(minimum 250 words) 2. Use information from your readings and other sources. Use proper citations and references in your post (scholarly references should match the content) 3. Need two response posts also  Here are the posts for which responses are needed. Post-1: According to Crosby et al. (2016), a block chain refers to a localized, dispersed and communal digital record book that is used to record transactions across many computers so that any concerned record cannot be modified, without modification of all succeeding blocks (p.71). Similarly, a block chain has been defined as a barter procedure. Sharing an example on how block chain technology could benefit transportation and freight sector in information management, most trucking companies are investing in excellent tracking technology, but leveling this technology to more complicated consumer satisfaction is proving so hard, especially when it comes to validation (Crosby et al., 2016, p.71). Transportation companies need to authenticate secure data to constantly advance their operations. The current systems for recording the data are theme to misunderstanding or exploitation, which can cause more harm to the international supply chain. Block chain technology will ensure none of these issues are accessible, and when using block chain for data validation, the whole network can give and authenticate data and it would not be interfered with or accessed by unauthorized users. Dependability of tracking information can as well have an impact in preservation of products being transported. Additionally, block chain has got many other advantages to a business sectors. For example, block chain uses secure encryption to protect data record books. Similarly, the current record book is reliant on its nearby finished block to finish the encryption process. Additionally, block chain ensures that the transactions kept in the blocks are contained in many computers participating in the chain and hence it is localized; therefore, enabling data recovery incase of data loss/ damage ( Crosby et al., 2016, p.71). Post-2: Blockchain technology consists of distributed ledger that resides on each node of a peer-to-peer network. As the data is decentralized with no central authority, all nodes must agree to any updates using consensus algorithms. Changes to the ledger are also immutable as data is appended, or chained, together in blocks of code leaving a clear audit trail. The transactions are also digitally signed so that there is a unique fingerprint. This makes blockchains cryptographically secure by nature (Smallwood, 2019). Blockchain technology was introduced in the cryptocurrency Bitcoin. The implications of blockchain are recently found to extend into information governance (IG) practices. One area where blockchain is growing is in records management. According to Franks (2020), the inherent characteristics of blockchain lends itself well to information records management. More specifically, Franks suggests blockchain is suitable for use in records management cases involving records archiving. One such application described by Franks in the U.S. is Beefchain. Beefchain is a blockchain solution that is certified by the U.S. Department of Agriculture. This technology is implemented as a “Process Verification Program” where the Ethereum blockchain is used to create immutable records that are transparent and contain a digital audit trail as it progresses through the supply chain (from farm to kitchen). This will allow food traceability to ensure safety and quality of beef. According to the USDA certificate, Beefchain is certified to “Provide an objective foundation for monitoring and verification for the certification of cattle for client beef producers/feeders to meet:” followed by a list of requirements (Prius, 2019, April 25). Another area of IG where blockchain could transform future business is in identity management (IdM). Some researchers believe that due to emerging technologies such as 5G and Internet-of-Things (IoT), IdM challenges regarding efficiency and interoperability will increase because there will be more users, organizations, governments, services, applications, and devices requiring digital identification. Blockchain technology for IdM is a recent area of interest. One advantage of using blockchain is the decentralized authority and control characteristic (control is given to users) which has the potential to address concerns of data leaks and identity theft commonly witnessed in centralized management systems (Panait et al., 2020). Below are the references provided for this discussion: https://doi.org/10.1109/ICICT50521.2020.00054 https://doi.org/10.1109/ICCES48960.2019.9068154 http://eds.a.ebscohost.com/eds/detail/detail?vid=3... https://doi.org/10.1109/ICISS48059.2019.8969827 https://doi.org/10.1177/1073110520917047