1. Discuss some recovery site options.
Content:
Provides 1 – 2 pages of written work in APA format.
Individual assignment, not a team or group assignment.
Total: 16 possible points
Writing Guidelines
APA formatting guidelines are followed and intellectual property is recognized with in text citations and a reference page. Assignments include Cover Page and Reference Page. Note: Cover Page and Reference Page do not count towards the written work requirement.
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Total: 4 possible points
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ANS :
Hot sites
The biggest
distinction between a hot site and a hosted site entails the sharing of equipment for infrastructure components
including peripherals and servers. A hot site is mainly suitable for
corporations whose recovery term objective is a few hours rather than minutes
(Chow, 2012). In this type, storage is commonly dedicated while real-time data reaction may be utilized to get
the lost data from a production site. Hot sites are commonly inexpensive
compared to hosted sites because it can be implemented through outsourcing
rather than using an in-house approach (Burkes,
2012).
Warm sites
Contrary to hot sites, warms sites mainly depend on backups for
retrieval. Consequently, a dedicated storage is not required, however, a less
expensive shared storage can be used. Therefore, all elements of a warm site
which include storage shared among several consumers. Currently, disk-based backups have played a major role in
narrowing the rift between a hot and a warm site. Disaster recovery companies
and service providers are now using an electronic vaulting option in form of a disk-based backup
(Cordell, 2014).
Cold sites
A cold site refers to a rented space consisting of power, cooling, and a network connectivity ready to
accept any equipment used (Burkes, 2012). The cold consists of recovery site of
more than a week hence may the best option for an organization whose process
may be down for a long span of time. Additionally, cold sites are commonly used
as backups for warm and hot sites thus mainly used in events of long time
disasters. This approach is a bit unique and different from the rest because the recovery plan, in this case, ought to clearly explain the various processes
delivering and procuring equipment during events of disasters.
References
Burkes, D. L., & Treiber, R. K. (2012, February). Design
approaches for real-time transaction processing remote site recovery. In Compcon
Spring'90. Intellectual Leverage. Digest of Papers. Thirty-Fifth IEEE Computer
Society International Conference. (pp. 568-572). IEEE.
Cordell, D., Rosemarin, A., Schröder, J. J., & Smit, A. L. (2014).
Towards global phosphorus security: A systems framework for phosphorus recovery
and reuse options. Chemosphere, 84(6), 747-758.
Chow, W. S. (2012). Success factors for IS disaster recovery
planning in Hong Kong. Information Management & Computer Security, 8(2),
80-87.
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