Designed by Harvard researchers, this bee-inspired surveillance robot is barely larger than a quarter and can conserve energy for an extended lifespan.
After being inspired by various bugs' flying capabilities that involve resting in-between flights, Harvard researchers designed this tiny surveillance robot to be able to use static electricity to "land and stick to surfaces," resulting in a more functional robot with an extended lifespan. The tiny robot would not just function as useful for "spying" purposes but also to observe sites after natural disasters or detect chemicals in areas that might be unsafe for humans.
Essentially, this robot can have a multitude of uses in situations that are deemed too risky for humans. By giving advanced knowledge of what to expect in a given room, location or disaster -- people or forces will have an expanded capacity to plan and execute various operations.
Flying Surveillance Robots
This Bee-Inspired Robot Can Be Used for Spying Purposes
Trend Themes
1. Miniature Surveillance Robots - The trend of developing tiny surveillance robots allows for discreet and efficient monitoring in various industries.
2. Bio-inspired Robotics - The trend of drawing inspiration from nature to design robotics opens up possibilities for innovative and efficient solutions.
3. Energy-efficient Robotics - The trend of creating robots with energy-conserving capabilities paves the way for longer lifespan and reduced environmental impact.
Industry Implications
1. Security and Surveillance - The security and surveillance industry can benefit from the use of miniature surveillance robots for discreet monitoring and protection.
2. Disaster Management - The disaster management industry can leverage miniaturized surveillance robots to safely assess and gather information in hazardous areas.
3. Chemical Detection and Analysis - The chemical detection and analysis industry can employ miniature robots to detect and analyze chemicals in areas that may be unsafe for human exposure.