Robots have the capability to save lives either by removing people from danger or preventing people being sent into dangerous situations. But artificial intelligence is under-used due to limited computational power. Robots that require cloud connectivity are useless in many natural disaster locations where opposing forces such as weather conditions, thick walls, and tunnels directly interfere with the connection to remotely operate the vehicle.

Airgility builds AI-powered aerial robots for public safety, security & defense, and the commercial sector capable of both outdoor and indoor autonomous, self-directed flight. Powered by Airgility's proprietary operating system, aerial robots can operate independently in complex environments, leveraging artificial intelligence and machine learning to determine what they should do, when they should do it, and how they should complete the task. Airgility is creating drone platforms that do not rely on human control or GPS information. Airgility's unique technology is built upon the fusion of multiple redundant sensors, mapping for obstacle avoidance, and autonomous flight. 

Autonomous and Efficient

Our unique algorithm allows for ultimate efficiency, employing autonomous functionality when necessary for effective prioritization of tasks in emergency situations. Airgility's drones provide information in real-time, improving decision-making in the critical moments of a disaster. 

Modular Design

Our drones are built with modular components, allowing for simple on-site repair in the event of a crash or component failure.

Maximum Maneuverability (VTOL)

We maximize aerodynamic agility through our Vertical Takeoff and Landing (VTOL) hybrid. In emergency situations, our drones have the ability to fly fast and far, converting power to get where they are needed quickly and navigate tight spaces once they arrive. 

After being selected as part of the Department of Homeland Security’s prestigious “Smart Cities Program," Airgility has received preorders from the Department of Homeland Security.  Airgility was awarded a National Science Foundation (NSF) grant, and we are graduates of the NSF i-corps program. We have one patent issued and two patents pending. 

Airgility was selected as one of 10 startups to participate in the U.S. Air Force Lab with MassChallenge, a 2 year pilot project to accelerate technological development. Our drones have been featured on news stations such as WUSA9, as well as listed among the “top ten regional companies on 2019 Greater Washington i-List”, by the Northern Virginia Chamber of Commerce. 

The commercial drone industry has taken off since 2016 when the Federal Aviation Administration (FAA) implemented regulations for unmanned aircrafts. Unmanned aircraft have the potential to create the greatest business value in the construction, mining, and agriculture industries. 

Airgility creates efficient, self-contained robots with systems that achieve speed in decision-making using machine learning (ML) on-demand and fast tracking algorithms. Our robots use a proprietary blend of ML and non-ML algorithms to identify, prioritize, and track items, people, and actions of interest so that navigation and mission-specific decisions can be made within the context of the environment. This gives them the ability to perform a multitude of tasks from delivering medical supplies, to conducting search and rescue operations, to protecting our borders.

Airgility is developing a hybrid VTOL platform that offers broad operational impact and logistics. Our DS-1 model can autonomously explore dangerous environments to find signs of life or to search out and track targets of interest. Video, 3D mapping, and sensor fusion are used to navigate indoors and in environments where GPS is intermittent or unavailable.  The DS-1 allows for AI/neural 3D imaging, navigation, and machine reasoning in environments where GPS is unreliable. 

                      *The photos of MS-1 and HS-1 are based on prototypes, actual products are still in development.

We are in the product launch stage for our first drone, the DS-1 after creating functional prototypes and conducting  multiple testings and demonstrations. Our revenue will come from selling the DS-1 and the software platform for specific use cases such as the first responders/public safety market, inspection (industrial/internal) and insurance.

We plan to sell our DS-1 drones for between $5K and $10K and cost us approximately $1K to build. Our sales are done through direct to business and direct to government. We are exploring subprime relationships with large government contractors and plan to establish reseller/distribution relationships (with some already in place).

The MS-1 and HS-1 are currently under development. The MS- has been supported by $150K in grants to us from the Maryland Industrial Partnership, and the HS-1 has received $300K in grants from the Maryland Industrial Partnerships to support its R&D.

Airgility defies the limitations of many drones on the market through its enhanced ability to detect objects, humans, spaces, and the relationships between them. These capabilities allow for wide-reaching applications in a variety of industries, with the potential to surpass the performance of human piloted drones.

Our team is not only passionate about aviation but also possesses the skills and creativity necessary to be successful entrepreneurs in the AI industry. With decades of experience in sales, marketing, engineering, and business development, we are positioned to bring this cutting edge technology to the market.

AI and unmanned technologies hold the potential to save lives and change the way the world responds in the face of disaster. Edge computing/processing is a challenging problem, but one that can truly change how fast information is acquired and used to make the right decisions.

Fortunately, we are a team that is passionate about solving problems and motivated to make an impact. At Airgility, we have both the AI autonomy customized for the mission AND the platform that can make it happen!