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Introduction
With cyber security at its peak courtesy of artificial intelligence and micro-services architecture, more has to be done regarding assessing any threat in space. Many loopholes are making malicious cyber crew maneuver, creating tension in sensitive matters such as space exploration (Chapple et al., 2018). Cyber-attacks must be curled from ensuing further to have full protection in the global space. So far, unforeseen risks seem to have led to a growing concern for countries such as Russia and the US. Many intelligent features have been put in place to create safe space for the users, but at the same time, the advanced technical frameworks for combatting cyberattacks have not yielded fruits yet.
Focusing On Safeguarding the Space
From the sample of texts given, the bottom line is that there is a need to protect space due to the usefulness part of it. Firstly, telecommunication is boosted through space, meaning that information and data are transmitted effectively (Erwin, 2022). Secondly, intelligence is a key issue facilitated by space, more so for any plans to launch attacks by nuclear or other technical formations. Additionally, safeguarding space means considering commerce since technology has been a significant phenomenon that has helped unleash the potential to grow economically, socially, and politically (Erwin, 2022). Agencies such as Cybersecurity and Infrastructure Security Agency (CISA) have been at the forefront of forming critical space systems that would ease detecting and controlling cyber issues (Brooks, 2022). The global society is assured of improved security and resilience of space matters due to the mechanism put in place by the collaborative aspects that favor managing space.
Space is the next frontier for cybersecurity due to people’s dependence rate. Shin (2021) helps readers understand that hackers have targeted space channels to satisfy their malicious moves due to the sensitivity of data transmitted via satellite. Additionally, from the texts, the audience will learn that if space is not controlled, the regular commotion that intensive users cause could lead to inter-space collision, potentially harming communication (Brooks, 2022). Therefore, based on the above factions, it is important to develop projects aiming to minimize or trim cyber-attacks for global systemic stability.
If space is not safeguarded, government operations will be sabotaged in various ways. For example, illegally accessing data for organizations, such as National Aeronautics and Space Administration (NASA) means there is slow growth in manufacturing, innovation, and discovery of potential elements that may boost infrastructures (Shin, 2022). Space tourism and militarization will be affected by the current threat of advanced hacking involving quantum computers. It is important to enable safe aviation and readiness for emergency communication by working on preventing cybercrime in space. From the context of the sample texts, it is clear that weather forecasting enables innovative strategies to deal with possible climate change every day (Pipikaite et al., 2022). Thus, having manipulated data would mean erroneous planning of future matters regarding the essentiality of life for human beings.
There are various ways in which the concerned users can deal with cybercrime. First is reducing the interdependence between satellites and global technology. That can be done through a systemic integration of space systems by use of micro-services architecture, which means the deployable nature of systems will not be limited to single functionality at a given time (Lospinoso, 2022). Secondly, there must be a collaborative partnership among stakeholders by developing programs that prevent the threats that come from cyber activities. That means countries such as Russia and the US can undertake regulatory frameworks to track technological evolution with the risk factors associated with the latter (Chapple et al., 2018). There is hope since, so far, the Space Information Sharing and Analysis Center (Space ISAC) has been formed by various governments to conduct an overhaul in this cyber security matter.
One of the key issues the collaboration addresses is developing software that can give real-time data from each domain. Thus, on any occasion malicious programming is commenced, operators and service providers will communicate promptly and put a barrier that demotivates hackers and crackers from continuing with the malice (Brooks, 2022). Legal actions are part of the solution to ending cybercrime in space. For example, the Space Infrastructure Act designates space as an important infrastructure sector; hence, it probes all stakeholders to prioritize the same (Chapple et al., 2018). The global navigation satellite system (GNSS) should be protected enough not to transmit data from any command from external parties unless authenticated from an approved signal.
Conclusion
The space is at risk from malicious elements who attack the data and manipulate it to fit their desires. Data and information must be protected because they play a key role in security intelligence, communication, weather forecasting, and controlling geopolitical matters. The US and Russia are among key stakeholders aiming to combat the global cyber-attack threat. Through GNSS, Space ISAC, and NASA, various options have been laid to ease the preventive measures. Application of collaboration, legal factions, and technical integration of satellites can help improve this matter. The world must be ready to fight this issue since space is needed in almost all sections of life, such as business and climate change perspectives. Thus, based on the above points, it is important to safeguard space from cyber-attacks to benefit a global society.
References
Brooks, C. (2022). The urgency to cyber-secure space assets. Forbes. Web.
Chapple, M., Stewart, J., & Gibson, D. (2018). (ISC)² CISSP certified information systems security professional (8th ed.). Sybex.
Erwin, S. (2022). Space force coming to grips with cybersecurity threats. SpaceNews. Web.
Lospinoso, J. (2022). The space race needs better cybersecurity. The Hill. Web.
Pipikaite, A., Holla-Maini, A., Ware, B., & Dickinson, M. (2022). Why we need increased cybersecurity for space-based services. World Economic Forum. Web.
Shin, J. (2022). Council post: Why space is the next frontier for cybersecurity. Forbes. Web.
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