Generations of Computing
Since the development of the first generation of computer systems throughout the 1940’s and mid 1950’s, our society has changed in the way we communicate, log, and share information through electronic data. As Moore’s Law states, as the number of transistors in a dense IC (integrated circuit) doubles every two years, the cost of computers is halved. In simpler terms, every few years we should observe the overall speed and processing power of computer technology to increase while paying substantially less for it. We have observed Moore’s Law and its predictions up to the fifth generation of computers. The fifth generation begun in 2010 and is where we reside today. Fifth generation computer systems are the most advanced forms of computing technology in history, and are what we use on a day to day basis. One extremely important difference between this current generation and all previous computer systems iterations is the emphasis on the development and deployment of artificial intelligence. Combined with the extraordinary leap in internet speed and bandwidth, our generation is able to send and receive information on a massive scale faster than any other generation in human history.
Where can we find AI?
Without even realizing it, there is a good chance you have already interacted with some form of artificial intelligence. A great example of this is through the interactions you share with the personal assistant of your cellphone. Voice commands such as “Hey, Siri, what is the weather today?” or “Ok Google, call mom” are among the millions of interactions people have had with AI. These systems are designed to be intelligent enough to interpret your voice, understand what you are asking for, and then apply logic behind the scenes to perform an action based on what you have instructed the system to do. As you can imagine, this process functions in the same way we do by using our brains. Even more advanced AI systems are now deployed across the world in many different forms, such as mapping services, self-driving cars, and object detection. The possibilities and potential of AI are certainly limitless, but how could this apply to Caliber?
How could this impact live monitoring?
Imagine a scenario in which a Caliber Unit is deployed in the field that is able to understand what a particular object is, how many there currently are of its type in view, and can immediately notify an operator based on its movement at a specific time interval. The amount of data received from these variables will allow us to understand which particular objects are at risk on a site, their classification, as well as the monetary value saved due to the prevention of theft onsite.
Another scenario could be observed where an individual carrying wire cutters in their hand is detected approaching a secured property’s fence line in the middle of the night. Logic would present that this activity is highly suspicious and that a high probability of crime is about to be committed in this scenario. What if the system was able to classify the activity and notify the operator that a break and enter was about to be committed, due to the detection of the wire cutters?
Intelligent systems like these will greatly change the way the remote monitoring industry operates today, and due to the benefits of our communications platform, we stand ready and are exciting for these new challenges going forward.
At Caliber Communications, we are committed to the continuous development of innovative, reliable and cost-effective security and safety solutions that will safeguard anything that is important to our clients. As we observe the growth and development of artificial intelligence, we recognize the incredible potential to develop new platforms and enhance existing ones through deep and machine learning.
If one thing is clear, the future of technology is moving fast, and we are running right alongside with it.