ROBOTIC SURGERY

Robotic surgery is also referred to as robotic-assisted surgery. It is an automated system that allows doctors to perform many types’ complex procedures with more precision, flexibility as well as controls than possible in conventional techniques. Robotic surgery is associated with minimal invasion surgery. Invasion surgery refers to procedures performed through a tiny incision.

Most widely applied clinical robotic surgery system includes camera arm and mechanical arms with surgical instruments that are embedded in them. Robotic systems are operated through surgeon controls while seated at computer systems near console operating table. Operating console gives surgeon operators a high definition, magnified, and three dimension views of surgical sites (Howe, & Matsuoka, 1999).

Advantages

Robotic surgery systems promote the enhancement of many procedures that enhances precision, flexibility, and control during operations. Computerized operations using surgery system helps in controlling operations procedures. Robotic surgery system allows them to see the sites being operated better.  Robotic surgery surgeons are capable of performing an operation on delicate tissues using complex procedures that may have been difficult or not possible using other methods. Robotic surgery makes minimally invasive surgery easy to implement. Robotic surgery is preferred due to fewer complications involved withi0n the sections where su9rgely is implemented (Mayo Clinic Staff, 2016). Patients who are treated through application of robotic surgery suffer less pain as well as less blood loss. Automated surgical operations have high recovery time. Patients get cured encountering very small or less noticeable scars.

Risk

Robotic surgery may involve complex risks equal to risks associated with open surgery. That includes dangerous infections, reactions to machines and associated effects. Other complications include failures of computerized systems during operations (Mayo Clinic Staff, 2016).

Social Engineering and Intelligence Gathering

Collaborating and social sharing tools provide possible vulnerability for hackers, intruders, competitors and other cyber criminals an easy way to collect valuable information such as authentication credentials. The small bits of data collected during different instances can lead big and profitable insights manipulation. Hackers and intruders can use data and information to hack into computer system leading to the stealing of important data, tampering with patient records, or disrupt health operations (Cisco, 2015).

Networking attacks originating from social messages

Systems are vulnerable to attacks, such as viruses, worms, phishing schemes, denial of service attacks, and other forms of malware attacks. Such attacks and risks can be spread through risks spread through links on text messages that can be informed of applications updates, social media updates, mobile messages, as well as advertisements found on social media (Manak & Stefan, 2013).

Sharing of Confidential and Proprietary Information

Lack of proper training about collaboration security can lead to disclosing of sensitive information that can contribute to harm on computer systems. Lack of clear guidelines for appropriate posting of information as well as disseminating information may lead to compromising with privacy and confidentiality of health data and information (Russel, 2007).

Fluctuation of Security measures, Policies, and Practices

Information technology security policies and standards keep on changing. It is required that organization should formulate new policies to cover all data and information security. Data confidentiality, integrity and accessibility security policies should be enforced in an organization. New formulated security procedures should be incorporated in an organization to facilitate implementation of new security requirement. Systems should be compatible with new technology and devices invented (Cisco, 2015).

References

Cisco (2015). Collaboration Security. Retrieved from http://www.cisco.com/c/en/us/solutions/collateral/enterprise/cisco-on-cisco/Collaboration_Security-1.html

Howe R, & Matsuoka, Y. (1999). Robotics for Surgery.” Annual Review Biomedical Engineering. Retrieved from http://biomed.brown.edu/Courses/BI108/BI108_2005_Groups/04/

Manak Sood & Stefan Leichtle (2013) Essentials of Robotic Surgery. USA: Spry Publishing

Mayo Clinic Staff (2016). Robotic Surgery. Retrieved from http://www.mayoclinic.org/tests-procedures/robotic-surgery/basics/definition/prc-20013988

Russel A. F. (2007). Robotics in Surgery: History, Current and Future Applications. USA: Nova Science Publishers

Sherry Roberts is the author of this paper. A senior editor at Melda Research in nursing writing services if you need a similar paper you can place your order for already written essay.