Technology in Counterterrorism Proposal

Introduction

Counterterrorism is a major issue in the contemporary society, which has been greatly transformed by the advent and use of modern technology. Various technologies have been used in counterterrorism activities across the world, and the need for new inventions remains critical to advancements in security systems. The effectiveness of the National Counterterrorism Center (NCTC) in countering terrorism in the modern world depends greatly on the type and reliability of the technology that is used. The terrorists have transformed in how they execute their plans, incorporating modern technology into their activities, which calls for the counter-terror agency to also go for higher qualities technologies to stay above the terrorist camouflaging and advancement. New technologies are handy in making this possible, which underscores the need to introduce and rethink the type of technologies that can be integrated into anti-terror operations. Buy this excellently written paper or order a fresh one from acemyhomework.com

Technologies Currently Used in Counterterrorism

In the contemporary world, counterterrorism entails the use of drones in surveillance and attacking of the terrorist from their hideouts. Drones are unmanned controlled devices that can gather Intel in areas where the normal means of transport does not work or in areas that pose serious risks to the security officers. The drones are remote controlled, which enhances their safety, and some can be too small to be easily noticed (Grossman, 2018). Consequently, this allows them to covertly gather intel about terrorist operations.

Drones are effective in striking terror hideouts and also carrying out intelligence reconnaissance. They often operate in the space and have been widely used to track and kill terrorists in Afghanistan, Yemen, Syria, and Iraq (Grossman, 2018). However, they can sometimes make terrible mistakes and strike innocent people, and cannot a lot penetrate areas such as bunkers, which requires more skillful maneuvers to locate and kill the targets. Drone technology is good for various purposes in the realm of counterterrorism, but cannot be used in some situations.

CCTVs

CCTVs are widely used in counter-terrorism by the National Counterterrorism Center, which makes use of this technology to identify potential criminals and foil attacks. Hotspot areas are mapped out and secrete CCTVs installed to monitor suspect activities, which help the counterterrorism unity to identify terror suspects and neutralize the threat they pose to the society (Lee, 2015). CCTVs help the security agencies to gather real-time intelligence about the security situation in targeted areas, hence supporting swift action to counter insecurity. Moreover, CCTV technology is used on surveillance drone missiles for reconnaissance operations in areas that are vulnerable to terror attacks and those that serve as a hideout for terrorists. The information gathered is used to support the counterterrorism activities by identifying potential threats, targets, and also eliminating the danger. In counterterrorism, timely intelligence is critical; hence the value of CCTVs into the agency.

The use of CCTVs is limited to a place it is fitted, and it cannot serve more purposes other than surveillance. This limits their effectiveness, hence creating an opportunity for other forms of technology to step in to enhance the effectiveness of the security agency to deal with the threat of terror. In essence, CCTV technology can be incorporated with other technologies such as drones and robots to effectively counter the insecurity posed by terrorists. The more the security issues become complex, the higher the need for an effective technology to aid the security agencies in their quest to secure the country (Lee, 2015). Therefore, the CCTVs are useful, but cannot operate without complementary technology and workforce.

Company Focus

My firm has specialized in the trend of robot technology, focusing mainly on how to develop robots be used for a wide range of purposes included can be used for a wide range of purposes, security included. The growing need to reduce the number of human casualties in security operation has led to an upsurge in the use of drones and robots in the security sector (Coiffet & Chirouze, 2015). Robots can be used for various purposes, security, medical, and social. Our company has invested much in developing robots that are suitable for security assignments; we can collect, interpret, and store information when the need arises. They can also execute a strike using the information they have gathered or be commanded to launch attacks in targeted target areas.

The company produces high standard robots that take various forms, animal, and human, and can be deployed for any security operation. The sophisticated robots have improvised brains that enable them to capture and interpret information with speed and precision that is ahead of humans. The can use the information captured to make a decision on what kind of action to take, based on the situational analysis while at the same time communicating with the central command center; in this case, the counterterrorism agency. The growing terror threat, which includes the cyberspace, calls for the use of sophisticated technology to gather and analyze security information as well as launch counter-terrorism measures (Coiffet & Chirouze, 2015). It is for this reason that robots can be of great in stepping up the counter-terror activities and supporting other security operations.

The Robotics Technology

Robots can navigate harsh environments and can also be used for intelligence gathering.

The fact that there can be different types of robots, human and animal alike makes this kind of technology suitable for various uses in counter-terrorism. Coiffet and Chirouze (2015) observed that robots could be used for surveillance, intelligence gathering, and launching strikes against the terrorist network. The robot technology has been there for years now, but it has not gained wide use in counter-terrorism, which presents an opportunity that can be explored by the security system to deal with the growing danger of terrorism in the contemporary world. Robots are known to be resilient, can operate under conditions that humans cannot survive, which makes this kind of technology appropriate for deployment in harsh areas such as terrorist hideout in Afghanistan, Yemen, Iraq, and any other areas that may have similar harsh climatic and terrain conditions (Coiffet & Chirouze, 2015). It is a risk to deploy human being in such areas, hence the choice for robots, which have a better capacity to maneuver and strike the enemy with the precision that security officers cannot attain.

Moreover, the use of robot technology will allow the attachment of electronic warfare technology to the robots, helping to reinforce the effectiveness of the counterterrorism unit to detect and neutralize terror threats. In the contemporary world, the ability of the country to combat terrorism depends on its ability to detect and eliminate terror threats before rather than dealing with the aftermath of an attack (Szewczyk & Kaliczyńska, 2017). Consequently, speed and precision are vital to making this possible, which brings in the use of sophisticated technologies such as robots. Gloomy

Szewczy and Kaliczyńska (2017) affirmed that robotics technology could be used to track down terrorists from their hideouts such as caves and bunkers, areas that technologies such as drones are not effective to operate. A robot is fitted with an artificial brain that allows it to function as a human being, hence can navigate through various tough grounds and even break into the enemies' house to execute the mission it is expected to accomplish. As such, robots can sneak into the hideout of the terrorists, including houses, to gather vital information and also to decimate the terrorists before they unleash their attacks. Robots technology comes with strong resilience to operate in any given conditions, which human beings cannot manage. They can operate around the clock without relaxing because unlike human beings, they do not go to sleep and eat to get energy (Fenwick, 2013). In essence, this technology can be used at any given time and for such time as the demand may require, which underscore the need to use robot technology to fight terrorism. Furthermore, robots offer the flexibility that is needed to execute various functions by the counterterrorism agency. The NCTC needs to employ this technology to deal with a complex security situation that arises from a terrorist operation. It is capable of performing numerous tasks, which include intelligence gathering and analysis and attack. Robots can also be remote controlled, making them effective to penetrate and execute attacks in difficult situations where human beings cannot deliver excellent results (Coiffet & Chirouze, 2015). Therefore, the technology can be used in navigating and countering terror activities in high risk and complex areas the counter-terror human agents are not safe to operate. The areas suspected to be infested by terrorist and their activities can be mapped out for various types and sizes for robots dispatched to gather information and foil terror attacks. The type of robots to use in this operation will be those that are fitted with surveillance cameras, listening devices, and computerized brain that can help them to interpret information captured and make the correct decisions (Fenwick, 201 3). The technology applied makes the robot used for this exercise more effective because it will have combined elements of a surveillance drone and camera, human intelligence, and combat.

Conclusion

The counterterrorism efforts by NCTC can be improved by incorporating the use of the robot technology in the operations to stem out terrorism. Robots offer a wide range of uses that range from intelligence gathering to striking the adversary. Robots can be used to penetrate an area that drones and CCTV technologies cannot be effective, making them appropriate to boost the capacity of the counter to effectively counter terrorism. The robot technology is effective in penetrating the risk areas and carrying out strikes against the terror networks because robots can capture information, synthesize it, make decisions on what kind of actions to take as well as store or transmit the same information to the NCTC personnel for further action. Therefore, it is advisable that the NCTC embrace robotics technology to improve and strengthens its capability to counter terror because of the advancements that have been made in this kind of technology and its effectiveness in areas the drones and CCTVs are not suited to operate and deliver excellent results.