Skip to main content
Ideas at the Intersection

Intelligent Flying Machines
An intelligent drone that can autonomously capture data at construction sites

Share this project
Share to TwitterShare to FacebookEmailMore...

Founded by Northwestern Engineering computer science student Marc Gyongyosi, IFM is a startup developing intelligent drones specializing in automated indoor construction site inspections.

IFM Technologies' indoor drone allows for remote walkthroughs of construction sites.
IFM Technologies' indoor drone allows for remote walkthroughs of construction sites.
Intelligent Flying Machines automates the tedious process of data capture in indoor spaces.
Intelligent Flying Machines automates the tedious process of data capture in indoor spaces.

Problem

Construction site inspection requires a construction worker or member of the building team to take photos with a smartphone or camera and send them to the site’s stakeholders so they can review progress. It is a highly manual task that takes approximately four hours to complete every day. Current site inspection practices are slow, expensive, and inconsistent, with $55 billion of construction spending every year going toward fixing errors resulting from poorly-completed inspections. 

Increased transparency and taking advantage of new data sources from the construction site can minimize this operational risk.

Similar to Google Street View, our platform enables remote walkthroughs of indoor spaces. Imagine the CEO of a company sitting in his office in Chicago while walking through his company’s construction site in Miami, all without leaving his desk.Marc Gyongyosi, IFM, founder

Solution

IFM’ Intelligent Flying Machines (IFM) are flying drones that autonomously capture data from unstructured environments without the use of GPS. Instead, the machines use onboard cameras, embedded NVIDIA GPUs (graphics processing unit), and IFM’s Computer Vision algorithms to obtain highly accurate positioning information. The result is a small, lightweight drone that can complete the automated inspection of indoor spaces faster, more accurately, and less expensive than traditional alternatives. 

Benefits

Development Process

IFM was developed following two years of researching, experimenting, and iterating autonomous indoor drones. Early stage testing was conducted during the iterative design process, where prototypes were flown at multiple test sites to help the team determine how their technology could be best applied as well as the system’s primary capabilities and advantages. The team also used customer interviews and market research to help tailor the IFM platform to specific market needs. 

Current Status

IFM is testing its drones as part of a number of pilot projects across different industries, which they hope will establish their startup as the standard for accuracy and reliability in automated indoor scene inspection. In September 2016, the team made their business pitch at TechCrunch's Startup Battlefield competition. In April 2017, the startup won the $25,000 Rice Brown School of Engineering Tech Innovation Prize at the Rice Business Plan Competition, as well as first place at the University of Oregon's New Venture Championship.

Updated May 2017

Websitehttp://ifm-tech.com/
TeamMarc Gyongyosi (computer science), Siddarth Jain (computer science PhD), Nathan Matsuda (computer science PhD), Sushobhan Ghosh (computer science PhD), Alexis Baudron (engineering)
More Like ThisDigitalImpact

There's something to be said for the crazy person that starts the thing.

Zachary JohnsonCo-founder & Chief Executive Officer, Syndio Social

Innovation is creativity that is implemented. It must influence what we do and how we experience our lives.

Elizabeth GerberAssociate Professor, Mechanical Engineering

Engineering sometimes works not by satisfying recognized needs but by creating the needs it satisfies.

Julio OttinoDean, Northwestern Engineering

Empathy is the foundation of design thinking. We want to find needs that are often unarticulated and might be different from what the data show.

Greg HolderfieldDirector, Segal Design Institute
View All Projects