security robots are any physical or software robots that can guard and provide security to assets. In general terms, there are two main types of security robots – virtual and physical. Physical robots are what you would traditionally imagine security robots to be.
Many software platforms, also known as middleware, have been proposed, introducing modular and adaptive features that make it easier to build robotic systems. Over time, some middleware has grown into a rich ecosystem of utilities, algorithms, and sample applications. Few companies match the Robot Operating System (ROS 1) in importance to the mature robotics industry.
Knightscope’s robots can patrol the streets according to local police. They are trained to identify and catch any crime that takes place on the street. The robot is powered by a 360-degree surveillance camera backed by a powerful AI model that can detect crimes based on visual images.
The current labor market is currently difficult in all industries. Especially in the security market where security guards are in high demand. Positions are considered important and essential to businesses, especially when employees return to the office, but they are expensive positions to fill with high turnover rates.
Robotics frameworks provide an architectural method for decomposing complex software into smaller, more manageable pieces. Some of these components can be reused on other systems and set up as libraries for users to utilize. Early attempts to manage this complexity were made through Player’s client/server approach.
Security robots will automatically follow the patrol route to detect strangers and send messages to security guards. The operator behind the monitor screen is already in the past and the robot itself detects the intrusion. Security personnel are only needed to physically respond to potential intruders.