Aeryon Labs Rises Above
October 17, 2018 By Stephen Law
Aeryon Labs Inc. is trusted by military, public safety and energy customers around the world for small Unmanned Aircraft Systems (sUAS) and end-to-end solutions that deliver life and resource saving, actionable aerial intelligence. Headquartered in Waterloo, Ont., Aeryon’s industrial-grade, field-proven sUAS solutions are used across a range of applications.
The Aeryon team has a wealth of experience in applicable fields for sUAS development, including: computer and electrical engineering, video processing, digital video compression, telecommunications, mechanical and mechatronic system design, software development and expertise in robotics and image compression. Dave Kroetsch, co-founder and CTO of Aeryon, describes the company’s position.
How do you manage a range of engineering disciplines?
DK: Just as it takes many systems functioning in unison to enable a drone to fly in some of the harshest environments on the planet, so too does it require many engineering disciplines working well together to design and build a reliable, high performance, technically complex aircraft.
Aeryon Labs has an architect assigned to each technical development area who is responsible for its subsystems on Aeryon’s aircraft. They ensure that their subsystem meets all of its objectives and requirements without adversely affecting other subsystems. This group of subsystem architects, along with a chief architect, work together to ensure product design and development schedules align.
In many ways, building a drone has the integration complexity of building a cell phone. Keeping systems small and lightweight drives the need to build many subsystems from scratch, as opposed to using off-the-shelf modules. This requires Aeryon to have subject matter experts in various fields and specialties. Aeryon balances the rigour of building a high-performance Unmanned Aircraft System while trying to remain nimble in order to keep pace with the development of advanced component technologies and consumer drones.
What are your key challenges attracting talent?
DK: Building a drone requires touching almost every area of engineering – software, AI, computer vision, mechanical engineering, aerodynamics, electrical design and of course the manufacturing engineering capabilities that bring a product to life. Given the advanced nature of the product, it also means that Aeryon needs some of the brightest minds in each design area.
We, of course, need to focus on the culture to ensure Aeryon is an enjoyable and rewarding place to work. But, what really helps attract and maintain such brilliant minds is the autonomy we try to give developers to build the best product they can and the mastery of their field they can show by pushing the bounds in their fields of interest. It also doesn’t hurt that are drones are used for some pretty amazing and meaningful applications.
In 2017 Aeryon Labs Inc. was recognized by The Globe and Mail and Mediacorp Canada Inc., organizers of the 4th annual Canada’s Top Small & Medium Employers competition, as one of Canada’s best workplaces among small and medium enterprises. Aeryon was recognized for its forward-thinking human resources policies, including its health spending account that provides greater flexibility and tax-free savings for qualified medical expenses. Being recognized as a leading workplace is an honor that stems from having great, talented people as well as a solid benefits program. Aeryon has steadily grown over the past ten years and enjoys being an integral part of the vibrant Kitchener/Waterloo and larger Canadian business community. Our talented and diverse team continues to grow, and we will continue to strive to retain and attract the best and brightest minds.
What initiated the formation of Aeryon?
DK: Aeryon had three co-founders – [myself], Mike Peasgood and Steffen Lindner, all of who were passionate about robotics prior to forming the company. The beginnings of Aeryon were borne out of academic robotics competitions run by the Association for Unmanned Vehicle Systems. These competitions focused on pushing the development of unmanned air, ground and water robotics technologies since the early 1990s. Dave began competing in these AUVSI student competitions in 1996 and Mike joined in 2002.
The group then worked together at a Waterloo startup called PixStream, designing digital video systems for the TV broadcast industry. This laid the foundation for how the group would approach the drone robotics business. Coming from a high-tech, enterprise-grade technology background – as opposed to many other drone companies that evolved from either the toy market or military industries – Aeryon took a unique approach to building its products. The team knew their products needed to be easy to use and deploy at scale. This led the team to developing and delivering a digital encrypted network that could fly multiple drones.
How important is automation for future tech design?
DK: As corporations and the defense industry recognize the value in safety, efficiency and cost effectiveness of robotics and drones, we believe the demand will exponentially increase. We will continue to see robotics replace humans in many dull, dirty and dangerous operations in the future. This begins by being an extension of a human – a remote control set of eyes or hands to get a job done. Humans are, in many ways, limiting the capability of these remote robotics. These machines are often capable at moving faster and more precisely than humans are able to control them, while not requiring sleep or breaks for meals. They are able to generate far more data than their human operators can consume.
This is where autonomy and AI come to play. As machines become more autonomous, they will be able to carry out much of their mission requirements without human intervention, and only involve humans for critical decision making. We’re already seeing this come to pass with drones. For example, Aeryon began by making simple remote-control drones, which have evolved over the last decade to drones that are automatically able to map an area, track a target with the camera or automatically come home in case of a malfunction. These capabilities will expand to include on-board AI that can recognize things and automatically conduct missions.
Where is Aeryon Labs’ focusing its business growth?
DK: Aeryon is growing every area of the business, from customer support to manufacturing, as the markets increase their adoption of drones. The past few years saw customers trial a small number of drones to demonstrate the applicability of drones to their missions and prove the utility of Aeryon’s aircraft. These trials have matured into large deployments… In the last 12 months, Aeryon has launched a dedicated U.S. defense company to serve its U.S. military customers, added sales and support staff, and is in the process of adding local manufacturing capabilities in many of its major markets.
More customer deployments drive more customer requirements. Aeryon prides itself on being able to deliver rapid solutions development through a hands-on, agile team that is able to quickly respond to customer requests. This has led to an expansion of R&D to fulfill these customer requests – customized payloads, software features and system integrations. The product team is also busy innovating. We’re always working on our next-generation aircraft and expanding the team to build systems that are even more autonomous.
What is your customer base?
DK: Aeryon has customers in over 35 countries, covering six of the seven continents. While the company was founded with the intent of bringing drones to the commercial market, we have experienced the most growth in military markets, with over 20 militaries possessing Aeryon products. As regulations enabling non-governmental use have opened up domestically, we’re seeing our public safety and energy market customers expand their use of drones. We are also seeing experimentation with consumer drones culminate in the need for industrial-grade aircraft – and this is where Aeryon excels.
Why is it important to manufacture product in Canada?
DK: Production in Canada is a strong selling point for many international customers. Aeryon’s products are not encumbered by US ITAR restrictions, like many other military drones, and Canadian technology and companies are very well received worldwide. As many high-volume, low-tech jobs have moved overseas, what has remained in Canada is high-tech, high-quality manufacturing. Aeryon is able to benefit from this trend and makes extensive use of local manufacturing companies for its components. By maintaining control of final assembly and testing in-house in Waterloo, Aeryon can ensure product quality as well as a tight control on intellectual property.
This article was originally published in EP&T’s March 2018 issue.