Technologies, Platforms, Success Factors, And Enablers For A Mobile Business Solution Implementation

Implication of Secure Payment Method for Customers

A Mobile Business solution for customers can represent an expensive and complex proposition for a company to implement. Assume management has contracted you to consider such an implementation for their business.Write a report discussing the technologies, platforms, success factors, and enablers for a successful implementation. Discuss the different cost factors and key components of a mobile solution that will influencethese costs. You should use case studies to support your arguments where appropriate and to provide exampleson different experiences.

The mobile business solution has been largely employed for forming the utilization of the activities and forming the implication of activities favouring the smart development of the operations (Pathan 2016). The utilization of the effective implication model would be helpful for listing the development of the profound system development and utilizing the smart innovation for the development of the effective project development methods. The mobile business solution can be deployed for improving the existing technology and supporting the development of faster processing in the organization. The implication of the operations would align for the utilisation of the improved factors for forming the improvement of the activities.

The implication of the secure payment methods would be helpful for ensuring that the project would be aligned for forming the implication of the activities. The deployment of the operations had supported the implication of the activities for ensuring that the deployment would be aligned for the utilization of the operations (Aizatulin 2015). The secure payment would be aligned for forming the deployment of the improved activity development. The secure payment methods would be aligned for forming the development of the activities and listing effective operations. The secure payment methods would be helpful for deploying the effective utilization of the activities and it would also be helpful for forming the payment process secure for the clients.

Cost Factors

The cost plays a vital role for the implication of the improved development models for forming the alignment of the successive development methods (Perez, Branch and Kuofie 2014). The alignment of the activities would also be helpful for forming the utilization of the improved activity development. The overall cost of the development of the operations would be implied for securing the development of the improved activities. The cots factor would enable the utilization of the factors for listing the alignment of the security factors. The impact of cost on the payment process can be identified as,

Cost Factors

Improved Materials: The high cost budget would provide scope for buying better quality of materials for developing the system (Diamanti and Leverrier 2015). The system, software, and other equipments required for the project development can be eased with the implication of the improved activity development. The quality of materials would be directly affected by the implication of the operations and alignment of the effective development model. The implication of the security platform would be supported by the implication of the activities for forming the implication of the activities.

Improved Skill Sets: The alignment of the new systems would also form the implication of the improved processing and development for the client based on the fixed amount for the services (Kirlappos and Sasse 2014). The high budget for the project would result in recruiting more skilful people in the organization. The developed skill set for the activities would align for the forming the implication of the operations and listing the alignment of the activities for listing the formation of the effective acquisition.

Key Components

The mobile payment platform would be helpful for listing the alignment of the operations and formation of the remote payment processing for the clients. The customers would be benefitted by the implication of the online payment activities for forming the alignment of the activities favouring the implication of the operations forming the deployment of the successive project development operations (Almeida et al. 2016). The key components of the mobile payment platform are deployed for listing the alignment of the security functions. The key components of the system development would be formed for listing the implication of the improved activities.

The key components of security are the aligned for forming the implication of the effective operations. The security tools, programs, functions, and other useful implications would be helpful for the development of the proper and final project deliverable (De Cnudde et al. 2017). The security considerations and factors for supporting the effective implication of security are security policies, security guidelines, and security tools. The integration of all these key components would result in forming the implication of the activities forming the alignment of the improved operational development. The secure payment would be aligned for forming the deployment of the improved activity development. The secure payment methods would be aligned for forming the development of the activities and listing effective operations. The secure payment methods would be helpful for deploying the effective utilization of the activities and it would also be helpful for forming the payment process secure for the clients.

Key Components

Technologies

The technologies supporting the development of the improved functional and operational activities would be aligned for forming the implicational development of the final project deliverable (ElFgee and Arara 2014). The utilization of the effective implication model would be helpful for listing the development of the profound system development and utilizing the smart innovation for the development of the effective project development methods. The mobile business solution can be deployed for improving the existing technology and supporting the development of faster processing in the organization. The innovation is technologies had supported the growth and development of the final project deliverance. The implication of the activities would be aligned for forming the deployment of the activities. The technology development would be supported by the formation of the activities favouring the alignment of the activities to overcome the significant technology implication.

Cloud Protection: The Cloud workload protection can be deployed for protecting the database over the cloud network (Hu 2016). The protection for the platforms would enable the alignment of the smart functional development. The implication of the cloud protection is required as most of the current activities are supported by the deployment of the activities. The cloud based protection would enable the alignment of the protection via virtual machines and physical machines. The cloud workload protection would enable the protection of the data and information via security policies.

Remote browser: The remote browser for the deployment of the effective and innovative technology integration would help in easing the installation of the security. The remote browser has been widely used in various operations (Almeida et al. 2016). The establishment of the remote browser that is virtually aloof from all the end connections would be supported by the alignment of the smart actions. The remote browser would allow the utilization of the endpoint security so that no malware can attack the end user system. It would allow the decrease of the surface area for attack and even helps in shifting the server sessions. The mobile business solution can be deployed for improving the existing technology and supporting the development of faster processing in the organization. The secure payment would be aligned for forming the deployment of the improved activity development.

Container Security: The security for the OS protection is a must as OS model would be shared for aligning the implication of the activities (Shahzad, Musa and Irfan 2014). The security for the container would mark the implication of security for the compromise of the activities forming the safety of the data. The analysis of the secured loss for the organization had resulted in causing the major issues for the alignment of the security. The security of the container would allow the implication of the profound system development. The security of the container would support the deployment of the effective alignment models. The utilization of the effective implication model would be helpful for listing the development of the profound system development and utilizing the smart innovation for the development of the effective project development methods.

Technologies

Success Factors

The success factors would be formed for taking care of the activities and formation of the effective alignment of the operations forming the implication of the successive development of the operations. The success factors for the implication of the operations would be formed for listing the alignment of the operations for listing the development of the successive integration factor (De Ruiter and Poll 2015). The implementation of the activities would be formed for listing the alignment of the operations. The success factors would be formed for listing the development of the operations. The success factors for the implication of the security functions are,

Well Defined Policies: It is important for defining the security of the organization in an integrated secured platform (Langley, Modadugu and Moeller 2016). The well defined policies of the organization would help in carrying out the implication of the operations for listing the deployment of the activities also. The policies would allow the implication of the activities for forming the alignment of the supportive development factors. The well defined policies would help in listing the implication of the improved development factors.

Clear Processes: The clear processes for the security functions would allow the modification of the allocation and formation of the operations. The processes for the deployment of the activities would align with the management of the security policies (Sheffer, Holz and Saint-Andre 2015). The effective processes would help in ceasing the formation of the improved security implication. The security of the container would support the deployment of the effective alignment models. The utilization of the effective implication model would be helpful for listing the development of the profound system development and utilizing the smart innovation for the development of the effective project development methods.

Training: The training to the various employees and operands would be helpful for forming the alignment of the development models. The training would help in taking care that the employees can effectively use the security policies (Kirlappos, Parkin and Sasse 2015). The lack of knowledge would serve as the major hindrance for the organizational development issues. The alignment of the improved functional development would also be helpful for forming the alignment of the activities supporting the utilization of the activities. The training to the employees would help in forming the supportive utilization of improved activity development.

Platforms

The online cloud platform would be helpful for forming the development of the activities in listing the alignment of the security functions for forming the listing of the activities. The platform development would be helpful for listing the alignment of the activities forming the utilization of the operations. The deployment of the online security functions would be supported by the deployment of the improved activities.

Platforms

Enablers

The enablers would be helpful for listing the development of the alignment of the activities for forming the deployment activities. The implication would be formed in marking the development for listing the activities forming the alignment of the successive development model.

Conclusion

The mobile business solution had been largely employed for forming the utilization of the activities and forming the implication of activities favouring the smart development of the operations. The mobile business solution had been deployed for improving the existing technology and supporting the development of faster processing in the organization. The implication of the operations had aligned for the utilisation of the improved factors for forming the improvement of the activities. The secure payment methods had aligned for forming the development of the activities and listing effective operations. The secure payment methods were helpful for deploying the effective utilization of the activities and it had assisted in forming the payment process secure for the clients. The impact of cost on the payment process was Improved Materials and Improved Skill Sets. The security tools, programs, functions, and other useful implications had been helpful for the development of the proper and final project deliverable. The security considerations and factors for supporting the effective implication of security were security policies, security guidelines, and security tools. The high cost budget would provide scope for buying better quality of materials for developing the system. The system, software, and other equipments required for the project development eased with the implication of the improved activity development. The alignment of the new systems formed the implication of the improved processing and development for the client based on the fixed amount for the services. The high budget for the project resulted in recruiting more skilful people in the organization

References

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Almeida, J.B., Barbosa, M., Barthe, G. and Dupressoir, F., 2016, March. Verifiable side-channel security of cryptographic implementations: constant-time MEE-CBC. In International Conference on Fast Software Encryption (pp. 163-184). Springer, Berlin, Heidelberg.

Almeida, J.B., Barbosa, M., Barthe, G. and Dupressoir, F., 2016. Verifiable Side-Channel Security of Cryptographic Implementations: Constant-Time MEE-CBC.

De Cnudde, T., Bilgin, B., Gierlichs, B., Nikov, V., Nikova, S. and Rijmen, V., 2017, April. Does Coupling Affect the Security of Masked Implementations?. In International Workshop on Constructive Side-Channel Analysis and Secure Design (pp. 1-18). Springer, Cham.

De Ruiter, J. and Poll, E., 2015, August. Protocol State Fuzzing of TLS Implementations. In USENIX Security Symposium (pp. 193-206).

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ElFgee, E. and Arara, A., 2014. Technical Requirements of New Framework for GPRS Security Protocol Mobile Banking Application. Procedia Computer Science, 37, pp.451-456.

Hu, F., 2016. Security and privacy in Internet of things (IoTs): Models, Algorithms, and Implementations. CRC Press.

Kirlappos, I. and Sasse, M.A., 2014, June. What usable security really means: Trusting and engaging users. In International Conference on Human Aspects of Information Security, Privacy, and Trust (pp. 69-78). Springer, Cham.

Kirlappos, I., Parkin, S. and Sasse, M.A., 2015. Shadow security as a tool for the learning organization. ACM SIGCAS Computers and Society, 45(1), pp.29-37.

Langley, A., Modadugu, N. and Moeller, B., 2016. Transport layer security (TLS) false start (No. RFC 7918).

Pathan, A.S.K. ed., 2016. Security of self-organizing networks: MANET, WSN, WMN, VANET. CRC press.

Perez, R.G., Branch, R. and Kuofie, M., 2014. EOFISI Model as a Predictive Tool to Favor Smaller Gaps on the Information Security Implementations. Journal of Information Technology & Economic Development, 5(1).

Shahzad, A., Musa, S. and Irfan, M., 2014. N-secure cryptography solution for SCADA security enhancement. Trends Appl. Sci. Res, 9, pp.381-395.

Sheffer, Y., Holz, R. and Saint-Andre, P., 2015. Summarizing known attacks on transport layer security (tls) and datagram tls (dtls) (No. RFC 7457)