Thursday, December 12, 2019

Counterfeit and Intellectual Property Right - Myassignmenthelp.Com

Question: Discuss about the Counterfeit and Intellectual Property Right. Answer: Introduction: E-commerce or Electronic commerce is referred to the business that transfer information through internet. The e-commerce information transaction can be done for various purposes like buy, selling, promoting or any other process of business (Chen et al., 2017). From retails sites that are consumer based to the music websites all are the part of the e-commerce. The e-commerce sites are intend to gather the personal information of the user/customer. The increase of cybercrime is resulting into breaching into personal data. The blockchain technology comes into the rescue through allowing the users and organization to share data peer-to-peer networks. The use of the blockchain technology is increasing rapidly and various organizations are currently using this method to fight against the disruption in the banking industry (Broderson et al., 2016). The report is based on the medium sized financial organization. The organization was established ten years back and it initiated as the community bank. At present, the organization has two kinds of consumers (retails and corporate). The report holds extensive explanation on blockchain technology. The report represents the definition of block chain along with few examples of applications that utilizes this method. Then the possible utilization of the blockchain method within the selected financial organization has been described. Few recommendations has also been given within the report. Definition and Example: The blockchain is referred to as the decentralized, digitalized, public ledger for entire types of cryptographic transactions. This method is continuously growing as the completed blocks that have to be assumed to be the latest transactions are stored as well as added to it in chorological order. This method allows the participants to monitor the digitalized currency of transactions with no need of keeping the records in a central storage (Frey, Worner Ilic, 2016). The blockchain method can be further described into simpler terms to make its characteristics and various aspects. A block is considered to be the latest segment of the blockchain. This block stores the information of a part of transaction or the whole process of it. After the block is marked as completed, a block is transmitted to the blockchain like a permanent database. After completion of one block another is created. A blockchain is consisted of a series of numerous amount of blocks. These blocks are linked to each o ther in an appropriate direct chronological order. Each of the blocks are consisted of hash of prior block (Oh et al., 2017). Various users address and balances are included into the blockchain from the initial block to the latest block. In order to utilize the banking like an analogy, the blockchain is recognized as the banks history of transactions and individual blocks are like the distinct statement of bank regarding the transactions. The blockchain can be referred to as the electronic ledger that is capable of simplifying the operations of business regarding all the parties. Blockchain in Fashion Industry: If purchasers pick an manufacturer to purchase customization clothing, the stage receives tending to technique in view of six-degrees-of-separation blockchain hypothesis to coordinate the comparing planner, where the coordinating procedure needs to ascertain the separation amongst buyer and creator (Hyde Kulkarni, 2017). Along these lines in this area, we propose the model of consumer fashioner relationship and consumer clothing relationship in CDCI hubs. The client proposes the request that she will purchase a specific sort of clothing or originator; at that point the stage looks through the system in view of six-degrees-of-separation blockchain hypothesis. The consequences of savvy coordinating of clothing and designers, which show a few items or designers arranging by the level of coordinating, demonstrate the key components in the system of coordinating and represent how the outcome is suit for the proprietor's request. Take the customer clothing coordinating, for instance. After the client picks one item, she can put it on through the 3D display on the double. Then, as appeared in Figure 6, she can change the key parameters of the fabric, for example, estimate, shading, material, and so on and watch the trail impact synchronously (Lee Pilkington, 2017). Moreover, the client has the opportunity to co-outline with the originator in the event that she is not happy with a few subtle elements. In Banking Industry: The improvement of financial technology (FinTech) in regions, for example, portable Internet, distributed computing, big data, web crawlers, and blockchains has fundamentally changed the financial business, constraining customary banks to change and update. Versatile Internet, distributed computing, big data, blockchain technology, and other FinTech have significantly changed conventional commercial banks. In the first place, they have broken the connections and channels between customary banks and clients (Chen et al., 2017). Interestingly, Citibank's Internet back technique is coordinated at center FinTech and has clear spending plans. In the event that the customary Citibank is additionally observed as a bike, at that point the new technique could make Citibank into a plane. Its six creative bearings can be viewed as the front of the plane, guaranteeing the change from a customary commercial bank to an ordinary bank. The advancement labs, startup hatcheries, and investment empower the bank to keep following, creating, and having its own particular center FinTech, which constitutes Citibank's motor (Oh et al., 2017). The hierarchical advancement mode and critical assets for development are steady with blockchain disintermediation, which speaks to the plane's wings. Henceforth, we can allude to Citibank's redesign strategy as an "off-line mode." Redefine versatile Internet back. Versatile Internet has broken the limitations of time and space, and the customary financial biology will change. The genuine data asymmetry of the past could be diminished with the advancement of FinTech. Blockchain technology could remake the type of commercial banks. Later on, there may be no banks. In this manner, portable Internet fund is the eventual fate of banking (Sikorski, Haughton Kraft, 2017). Versatile Internet is not just a stage yet in addition a methods for advancement. Blockchain in Payment Gateway: Since the start of the World Wide Web there have been many endeavors to execute micropayments. How the customer responds to this test contrasts relying upon which of the three 21 micropayments frameworks you utilize. With on-chain transactions, the customer makes and communicates another transaction for each test issued by the server. With off-chain transactions (BitTransfers), the customer and server pay each other from their support, and after that flush to the blockchain when done (Otoo et al., 2017). With micropayment channels, the client incidentally bolts up some of their satoshis on the blockchain and would then be able to discharge them one satoshi at an opportunity to a trader by making a unique transaction the shipper can communicate to the blockchain before the client's bolt terminates. This enables the client to make rehashed installments as low as a solitary satoshi for the transaction charge cost of only two on-chain transactions. Electronic micropayments are put away and transported in advanced shape, which present another host of issues for the improvement of secure electronic installment frameworks. Security of micropayment frameworks is a test of security in the innovation being actualized. Disappointments of the hidden innovation, programming or equipment, can considerably diminish the trust on a micropayment framework. Adaptability of a plan is important to adjust to the progressions that may rise if a framework cannot respond to the possibly fast increment of the transaction activity (Lin Liao, 2017). Anonymity concerns identify with the measure of information different gatherings have of others. Traders or banks typically have no anonymity, while clients may have at any rate halfway anonymity. Anonymity is a specialized test that is characterized on a scarcely discernible difference. Blockchain Methodology in Hospital Industry: The blockchain system tends to a large number of the issues with current health IT standards that include security (particularly information integrity)1 and protection, changelessly guaranteeing communicated characters, making very vigorous review trails and enhancing healthcare-related security for the two suppliers and patients. The ONC should 1 "Security" is a mind boggling field, and incorporates Data Integrity, Data Privacy, Data Confidentiality and Data Quality issues, notwithstanding conventional "Security" matters (Broderson et al., 2016). These can be viewed as Information Governance subjects as delineated in the accompanying white proactively investigate this innovation and get ready for how it will assume a part in an immense range of potential healthcare utilize cases. All together for the ONC to play out its part successfully, there is a critical need to understand blockchain from the viewpoints of the innovation itself, the vital registering power, the human ranges of a bilities required to work in such a domain, and how to best use blockchain developments. To be compelling, a blockchain must be added substance to the healthcare biological community clients ought not see it as a "rip and replace" innovation that refutes or limits existing innovation ventures (Frey et al., 2017). Moreover, in spite of the buildup encompassing blockchain innovation, it is not a cure-just for what upsets the healthcare biological system yet rather an instrument in the healthcare tool kit one that may confront a portion of similar difficulties current administration models do. Be that as it may, it additionally has a remarkable capacity to convey attachment to a generally dissimilar and excessively confused arrangement of conveying information over the healthcare range (Dubovitskaya et al., 2017). Blockchain Technique for the Medium Sized Financial Organization: Public Blockchain is open compose, in which anybody can take an interest. All members may uninhibitedly get to information and make transactions, yet since various unconfirmed clients are taking an interest, propelled encryption and check are required, and in this manner, network development is troublesome and it is moderate (Ketterer, 2017). Not at all like Public Blockchain, which gave pseudo-obscurity, it is conceivable to distinguish the subject in Private Blockchain. The transactions are dealt with quick, network development is simple and could be adjusted whichever way the client wishes, and consequently, is reasonable for the money related service. Consortium Blockchain is the middle of the road sort of Public Blockchain and Private Blockchain (Rosa et al., 2016). Not at all like Private Blockchain in which the proprietor has the expert, have the pre-set hubs had the specialist in this Blockchain. Blockchain is an appropriated ledger innovation, composed as network members sparing and checking the transaction information. The current undertakings of money related organizations was chosen by the ledger of the records and oversaw by a particular establishment, paying little respect to whether there was a real stockpiling of the proprietorship on the benefits (Anjum, Sporny Sill, 2017). In the request store, which represents the greater part of the money being circled today, banks deal with the adjust for every client, to favor and record stores and withdrawals, and the national bank records in the ledger the adjust for each bank, and handle the exchanges of assets between the banks. Blockchain does not require an outsider in the center, so you can see the impact of decreasing expenses and administration cost, and the data is mutually claimed, so it is hard to control discretionarily (Brandon, 2016). As various establishments are associated with the transaction, the universal se ttlement service, in which the clients have to a compensation high charge, is perceived as the field where the Blockchain innovation is most valuable, in which transactions between the people without a middle person is conceivable. Blockchain innovation assumes control over the transaction data of ledger and conveys it into a P2P network as opposed to placing it into the concentrated server of the money related foundations, in this way influencing the members to record and deal with the transaction data in the meantime, which fathoms the high cost of data administration and hacking issues. Right now, monetary establishments are overseeing transaction records with different organizations in light of the put stock in third service supplier (Ketterer, 2017). Utilizing the Blockchain innovation, it has built up a non-up close and personal genuine name check prove material stockpiling system, which could affirm whether non-eye to eye genuine name confirmation prove materials are produced or distorted. In the event that financial balance is opened through the portable, the affirmation of ID card and exchange subtle elements must be demonstrated on the web, for the non-eye to eye genuine name check. Amid this procedur e, noxious aggressors can't produce the information of the proof materials, and phony and misrepresentation of information can be confirmed without the requirement for the first information (Anjum, Sporny Sill, 2017). In this way, proficient verification of information is conceivable. Ethical, Social and Legal Considerations: Ethical Considerations: Today, blockchain, disseminated ledgers and keen contracts speak to conceivably otherworldly innovation that could upset numerous businesses. Lawyers are gatekeepers of reason and astuteness; be that as it may, knowledge contracts and dispersed ledgers are being made now by designers, regularly with no counsel from lawyers (Beck et al., 2017). Embracing a couple of sound judgment measures while sending blockchain and disseminated ledger innovation, will enable invested individuals to keep away from the killer's hatchet. Blockchain, disseminated ledger innovation, and shrewd contracts are energizing since they offer the advantages of security, straightforwardness, changelessness and proficiency Social Considerations: The decentralized qualities of the blockchain and brilliant contracts imply that an understanding based on its stage does not require a different gathering. What's more, since savvy contracts are basically computer code, legally binding conditions could be converted into consistent capacities which trigger consequently when set conditions are met. Bitcoin has as of late given money related administrations to a high number of individuals without access to managing an account by means of computerized wallets, platinum cards and ATMs (Pazaitis, Filippi Kostakis, 2017). It has moreover permitted micropayments and microloans to individuals in impeded financial conditions, unwinding a total new type of preferred standpoint for the world economy. Legal Consideration: One of the key qualities of blockchain is that it is said to be virtually unhackable because of the perplexing cryptography and the appropriated idea of the ledger: it is comprehended that a programmer goal on debasement or misbehavior would require more registering power than at any rate a large portion of the hubs in the blockchain (Beck et al., 2017). This glaring difference an unmistakable difference to the shortcoming of such a large number of existing exceedingly brought together frameworks with a solitary purpose of disappointment. Conclusion: The study concludes that the blockchain method if used within the medium sized bank then the transmission of information to and from form consumer to bank database will be immensely secured. Mobile Internet, distributed computing, huge information, blockchain innovation, and other FinTech have extraordinarily changed conventional business banks. In the first place, they have broken the connections and channels between conventional banks and clients. Before, the connection amongst banks and clients was set up and kept up through business services. Recommendation: Network: A worldwide network is basic to helping banks utilize blockchain to help change payments at scale and help decrease danger of disappointment. The best network ought to have two characterizing attributes: It ought to incorporate the vital characterized rights, commitments, controls, and measures and it should offer a speedy and effective onboarding process that empowers banks to basically "fitting and play" into the network for both existing and future passages. Educating Key Stakeholders: Past these variables is something more essential: The need to instruct key stakeholders inside the association on blockchain's tremendous potential advantages and positive effects. Application in Payment: At last, administrators said really applying blockchain effectively to payments will require cultivating an exceptional coordination among banks which is crucial to creating the positive network impacts that make blockchain so convincing. Reference List: Anjum, A., Sporny, M., Sill, A. (2017). Blockchain standards for compliance and trust. IEEE Cloud Computing, 4(4), 84-90. Beck, R., Becker, C., Lindman, J., Rossi, M. (2017). Opportunities and Risks of Blockchain Technologies (Dagstuhl Seminar 17132). In Dagstuhl Reports (Vol. 7, No. 3). Schloss Dagstuhl-Leibniz-Zentrum fuer Informatik. Brandon, D. (2016). The BLOCKCHAIN: The Future of Business Information Systems?. International Journal of the Academic Business World, 10(2). Broderson, C., Kalis, B., Leong, C., Mitchell, E., Pupo, E., Truscott, A. (2016). Blockchain: Securing a New Health Interoperability Experience. Chen, Z., Li, Y., Wu, Y., Luo, J. (2017). The transition from traditional banking to mobile internet finance: an organizational innovation perspective-a comparative study of Citibank and ICBC. Financial Innovation, 3(1), 12. de la Rosa, J. L., Gibovic, D., Torres, V., Maicher, L., Miralles, F., El-Fakdi, A., Bikfalvi, A. (2016). On Intellectual Property in Online Open Innovation for SME by means of Blockchain and Smart Contracts. In 3rd Annual World Open Innovation Conf. WOIC. Dubovitskaya, A., Xu, Z., Ryu, S., Schumacher, M., Wang, F. (2017). Secure and Trustable Electronic Medical Records Sharing using Blockchain. arXiv preprint arXiv:1709.06528. Frey, R. M., Bhler, P., Gerdes, A., Hardjono, T., Fuchs, K. L., Ilic, A. (2017). The Effect of a Blockchain-Supported, Privacy-Preserving System on Disclosure of Personal Data. In The 16th IEEE International Symposium on Network Computing and Applications (NCA 2017). IEEE. Frey, R., Wrner, D., Ilic, A. (2016). Collaborative Filtering on the Blockchain: A Secure Recommender System for e-Commerce. Hyde, O., Kulkarni, K. G. (2017). Counterfeits and Intellectual Property Rights (IPR): the Fashion Industry. SCMS Journal of Indian Management, 14(3). Ketterer, J. A. (2017). Digital Finance: New Times, New Challenges, New Opportunities. Inter-American Development Bank. Lee, J. H., Pilkington, M. (2017). How the Blockchain Revolution Will Reshape the Consumer Electronics Industry [Future Directions]. IEEE Consumer Electronics Magazine, 6(3), 19-23. Lin, I. C., Liao, T. C. (2017). A Survey of Blockchain Security Issues and Challenges. IJ Network Security, 19(5), 653-659. Nan, Y., Nan, Y., Liu, Y., Liu, Y., Shen, J., Shen, J., ... Chai, Y. (2017). A study on MCIN model in intelligent clothing industry. International Journal of Crowd Science, 1(2), 133-145. Oh, J., Oh, J., Shong, I., Shong, I. (2017). A case study on business model innovations using Blockchain: focusing on financial institutions. Asia Pacific Journal of Innovation and Entrepreneurship, 11(3), 335-344. Otoo, A. A. A., Li, Z., Antwi, H. A., Acheampong, P., Otoo, C. O. A. (2017). Acceptance and Adoption of e-Commerce Payments and Implications for International Trade. European Journal of Contemporary Research, 6(1). Pazaitis, A., De Filippi, P., Kostakis, V. (2017). Blockchain and value systems in the sharing economy: The illustrative case of Backfeed. Technological Forecasting and Social Change. Sikorski, J. J., Haughton, J., Kraft, M. (2017). Blockchain technology in the chemical industry: Machine-to-machine electricity market. Applied Energy, 195, 234-246.

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