Different Types Of Sensors Used In Cellecs

Data retrieved from the Intelligence cycle is actionable intelligence. If the objective is criminal activities, actionable intelligence will pave a way for solutions. The use of actionable intelligence is necessary in today’s world of mass information growth. It embraces the ramification that it is important to implement counter measurements. Significant awareness about criminal intent is giving. It recognizes suspicious people associated with the crime.

IO seeks to integrate and synchronize information related capabilities with maneuver to target the enemy’s decision-making cycle

After gathering data, I analyze it and determine causes. I worked with the Compound Developtment lab on enhancing their safety during take shelter and fire evacuations. We were able to add new strobes in 4 key areas where they perform business, and we are currently looking into enhancing their alarms in 17 other key areas.

Artificial intelligence like the facial recognition (which has been implemented in many airports already) and iris scanner could help the BORDER PROTECTION UNIT come out stronger and would protect societies around the airport and beyond (O’Brian 2013). The software observers human behavior and would record that as its video feed, similar to the road speed cameras (implemented by the Road and Traffic Authority). Rigaku, a company that invents and develops point and shoot scanners, has invented a scanner where if an individual from the border protection unit points the scanner at a passengers bag, the scanner instantly finds out the contents in the bag, weather the passenger is carrying illegal firearms or any illicit materials (Rigaku 2013). In order for airport scanners function properly, airport surveillance cameras may help observing passengers and would be able to save the day’s worth or data. “High-definition cameras have the ability to cover a wider area and can zoom in to see a face, read a license plate or determine a tail number on a plane" (Schmode

“From databases and daily intelligence reports, to providing ‘eyes-on’ to your globally mobile populations, our comprehensive medical and security intelligence tools monitor global security and health threats, track your travelers in real-time, manage outbound communications and step in with on-the-ground support, whenever it is needed.

Sensing and effecting require detailed understanding of corresponding physical behaviors that generate and utilize data, as well as effective means for storage, retrieval, and manipulation of data using high power computing platforms. As project manager I was able to orchestrate experts in this arena to improve the combatant commanders employment of C4ISR equipment to match the adversarial behavioral of the enemy in a specific area, this research focused passive electromagnetic, radar, mechanical wave and weather environmental sensing. This required an architecture update to information system, sensing platforms and architectural update to devices such as jeeps, heavy trucks, and in some cases aircraft. I was able to also focus on System Intelligence and Intelligent Systems research, which exploits interactions between information and intelligent systems, such as mechanical devices and software components, whereas information is transformed between different levels of abstraction and roles within the system’s cognitive processes – recognition, reasoning, predictions, and decision-making. Other research, especially for Cyber Security, was a focus on Networks and Communications research. This concentration focus on understanding and exploiting information’s interactions with socio-technical

Operation tempo in cyber and electronic warfare can be described by the OODA (Observe Orient Decision Action) loop decision making process (Pace). The steps occupy a logical order of electronic attack or defense. First, a particular electromagnetic characteristic is observed by either human or electronic operators. For example, a spike in a frequency known to be used by the enemy, indicating a potential target for electronic attack, or a sudden increase in noise on friendly systems which could indicate jamming by an adversary. Orientation is the allocation of resources to either exploit or counter the observed characteristic, such as reconfiguring analog or digital tuners, clocks, or filters

The technology works by taking measurements -- whether it is the weight and length of bones in the hand or the pattern of blood vessels inside the eye or the pattern of fingerprints -- and then storing the specifics, often called minutiae, in a database. When a user scans a hand or retina, the new mapping is compared with the stored data. Access is either granted or denied based on matching patterns that are

There are different IT Security systems to meet different needs, such as advanced imaging technology, Carnivore, and Digital Fingerprinting. Advanced imaging technology is used to monitor passengers in transportation services, such as airports, for metallic and non-metallic threats to security. Carnivore was used for monitoring emails of persons under criminal activity suspensions by the FBI. Digital Fingerprinting is used to monitor web activity for violations of pieces of media under copyright law.

Arduino can sense nature by getting data from an assortment of sensors and can influence its surroundings by controlling lights, engines, and different actuators. The microcontroller on the board is modified utilizing the Arduino programming dialect (taking into account Wiring) and the Arduino advancement environment (taking into account Processing). Arduino tasks can be remain solitary or they can speak with programming on running on a PC (e.g. Glimmer, Processing, Max MSP).

The problem that we are trying to solve preventing and protecting IoT devices from being hacked and organizing the data from the IoT devices so it would be monitored. Since many devices are connected to the Internet and can be hacked. It can also be detected by the Shodan search engine that is made to connect IoT devices.The problem is of interest because many IoT devices are connected to the Internet and our daily lifestyler relies on the digital world. Many IoT devices such as cameras, MRI monitors, and voice recognition devices are all used in our daily lives. Many homeowners and hospital workers would benefit from this investigation to help protect their privacy and information from being leaked out to the public.

Artificial intelligence can be defined as the theory that a technological system such as computers are able to independently perform tasks that would normally require the operation of a human being to achieve. The primary goal of an artificial intelligence system in a machine is to autonomously make decisions based on its perceived environment and efficiently complete a range of given tasks. Artificial intelligence in all forms seeks to mimic aspects and functions of human interaction and cognitive reception, and in doing so, the machines adapt to these functions and become a standardised system. Such technologies initially serve as an exemplary

The basic idea behind this technology is to give the computer the human power. We all have some perceptual abilities. That is we can understand each others feelings. For example we can understand ones emotional

Sensing and actuating objects that collect information about their environment and manipulate it through remote access.

These smart cities have potential sensors networks that help them collect data and help them analyse things going on in said cities.