Technology beyond Drones and AI in the construction industry

Drones are instruments in the construction industry that implement machine-based learning for planning work, mapping sites, and guide construction vehicles on the work sites.

Drones have a unique edge with AI. They can be used for various purposes such as:

Mapping sites of construction-These have been used for mapping construction locations. They are time efficient and hardly take 15 minutes for scanning sites and generating a terrain map.

Foreman use- These drones are enabled with AI that links to aerial footage through YouTube and other data sources. They are used to depict the various kinds of machinery used in the industry. By studying this building footage during the overhead journey, the location of the vehicles is spotted and recommended to move accordingly.

Minimizing human intervention- Drone has a birds point of view. By the use of technology and blending the data, one can independently direct the vehicle with sufficient information. This means the machines will almost eliminate humans by carrying actions on their own, rather than following programmed rules.

Technology beyond Drones and AI

Introducing smart drones and technology that meets updated user’s demands is the need at present. The current necessities also add drones which are equipped with a responsive collection of data and road flight. SLAM- Simultaneous Localization and Mapping was integrated into a microprocessor that was set to a drone camera. This was used to aid a 3D robot for environment navigation.

The other tech that came into construction industries to carry out particular jobs are:

  • AirFusion, Sterblue, and Skyspecs. They target on inspection of wind turbines and infrastructure.
  • A visual positioning system that has task-specific sensors is in demand eg detecting road flares.
  • Warehouse inventory automation use is another aspect.
  • Another software like VHive Software that uses drones swarm to operate in tandem.
  • Autonomous drones operate with no pilots and are used in no-GPS areas that are programmed for tasks and flight. They are primarily used for bridges and other constructions. Mining and agriculture are other places of use. These autonomous drones have been developed with an app that can be used within a warehouse and for high rise wall inspection.
  • AMROS –AutoModality operating suite and robotics vision perspective navigation platform enable maneuvering of assets by the drone for precision and closeness. Using this tech, the location of the drone—this localization is possible.
  • The other technology like Flyability-Elios 2 dro Fornes shields the robots to collide. Developing collision resistance is another aspect. These help in working in tight spaces.

What are the drone users currently looking?

Full autonomy is the primary need for a drone user. A robot has a processing unit that is equipped with machine learning and a computer vision to make decisions and act on its own. This is like turning on and off by itself, when to get back home, to decide what to record, and where to fly over. 

However, Outdoor autonomous flight is considered illegal under the Aviation rules of administration. Any drone has to be in the line of sight of the pilot and droned by a pilot. Autonomous drones are only for indoor spaces.

Technology that is current and available

What is available currently are robots that can sense 360 degrees. There are aerials robots for tracking vehicular flow on the workspace, carrying on-site analysis, phasing, and logistics.

Smart drones are AI-enabled. They are autonomous drones that are used on the predictive human brain model and not on the reactive side. Aertos is one such drone. It also has a touch-and-go feature for inspections. It is made such that the robot doesn’t crash into the object of inspection. They are primarily used for inspection of infrastructure.

Brain builder technology permits visual inspections to recognize the defects of infrastructure who need a total solution for inspections like BVLOS-Beyond Visual Line of Sight.

Advanced Autonomous Aerial (A3) Robot drones are fully autonomous. It doesn’t rely on markers, motion capture systems, GPS, and other infrastructural elements. It needs no information beforehand for mission execution. It also requires no consistent communication with the system for ground control.


A drone enabled with AI works efficiently in the construction industry. It is a communication tool, mapping tool, site inspection tool, vehicular flow regulator on job site, and many more. The technology hasn’t limited itself to just this. It has gone beyond Drones and AI, as mentioned in the article above. We are sure to see many more changes in this field.