National defence is one of the most important and salient topics being discussed worldwide, with debates consistently ranging from the effectiveness of certain practices to the morality of certain ways of enabling better security. It’s a salient topic to discuss as it does have to do with the protection of everyday people, either at home or in other areas that require assistance.
The advancement of military technologies, then, has been equally rife with debates and arguments for and against specific innovations. While access to better and more efficient weaponry can certainly improve one group’s capability on the field, many tactical advancements still lack the refinement that separates even the smartest weapon from yesteryear’s bow-and-arrow.
With growing complexities and cunning on all sides being prevalent, militaries and governments are increasing their focus on advanced decision-making systems through AI, machine-learning learning systems, and automated processes. What holds these different avenues of approach together is their focus on an important facet of data input: real-time data.
The nuances of data inputs matter greatly when considering that national intelligence services like the Pentagon collect and utilize almost 22 terabytes of data each day. All of these different data resources come from some of the most mundane and everyday sources, such as internet traffic, phone and SMS data, and even purchase data across different retailers.
Real-time data is different though in that it is essentially acquired and recorded simultaneously at the point of creation. This means that when a specific data point is generated, say from military field data, it is simultaneously broadcasted and sent over to a system that can better generate a holistic overview and even prescribe user action in combination with other sources of data.
In situations that deal with human lives and the bodily security of entire nations, harnessing the information and subsequent insights from real-time data can literally mean the difference between life and death.
Real-time technologies and data essentially harness the many advancements of wireless technologies, recorders, and different surveillance capabilities to better improve one’s understanding of a particular environment. In this case, militaries will often use real-time data to better inform field operatives, command centers, and internal strategists on what best course of action to make with a particular set of data that itself can be used with other data points to develop more lateral decision approaches.
In today’s world, real-time data is already heavily used in almost every aspect of the military. Applications of military robotics technologies within different branches have been a rapidly growing market, estimated to reach $25 billion by 2028. Below are some of the key ways that real-time data has affected how the military is looking to continue to build its capabilities on and off the field.
One of the most implemented ways to develop a smarter AI system is through the development of new training programs and response systems that allow military personnel to better understand varying situations that require fast action. Already the military’s utilization of advanced training systems has improved personnel retention rates by 40% while also improving the completion time of specific courses. Through a concept developed by the software platform Cerego, training programs are no longer delivered in a singular approach but rather utilize AI in order to properly offer “what to teach, when to test and how to measure progress”.
Another key application of real-time data to military technologies is its ability to streamline and even make decisions faster than any human can. Battlefield decisions often take into account many different factors, especially regarding aspects that can affect the safety of others. Utilizing real-time data, such as movements in a specific area or communications intercepted, can help create better response actions in the interest of the protection of others.
Case in point, due to terrorist attacks in 2021, the Department of Defense had begun the development of smarter analysis systems that can further eliminate human error on the field. Known as “In Moment”, this DoD project utilizes cutting-edge AI that is informed by some of the foremost experts in military operations. The project itself utilizes insights from projects related to medical imaging, where experts weigh in on complicated topics that may be addressed in a myriad of ways. Through this real-time data application, the military hopes to catch and act on possible threats to minimize damages in the future.
A lot of the development in the military space in regards to technology happens in the virtual and robotics spaces, with those most advanced likely having the advantage over other military groups. With real-time data discussions, data integrity is going to be part of the conversation. Much of the data collected by these military organizations are either sourced via proprietary software or acquired in collaboration with intelligence agencies (often times, both are present at any particular moment). As such, these same groups invest heavily in cybersecurity to ensure the protection of what would otherwise be sensitive and identifiable data. As of 2020, global expenditure for defense cybersecurity has reached $19 billion, with projects into the future almost reaching $28 billion in as little as 5 years.
But an even larger upwards trend is in the development of key military robotics. Already we are seeing large amounts of investments in what could be a very prominent element in the future of military strategies. Drones have long been used for tactical and precise military operations, but the US army is also expanding its efforts into various autonomous land-based vehicles and robotics that can better level the playing field amongst combatants.
Military strength and intelligence has always been a focal point when it comes to a nation’s strategic capabilities. These days, it’s not just down to the individual expertise of military combatants but the innovations within the tools they use for combat as well. The addition of real-time data has only exponentially increased the capabilities of militaries to respond to very real and present threats.
The current market on military robotics is getting larger each year, with organizations focusing on training effectiveness, smarter decision making, as well as data integrity that comes with the heightened usage of tech on the field. Those looking to better improve their military’s capabilities will need to be up-to-date with the latest in these robotic and data innovations.
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