The Ongoing Evolution in the Drone Industry and its Impact on Pilots
The drone industry is currently undergoing rapid transformations, largely attributed to the growing emphasis on autonomous flights and AI-powered functions. Leading corporations, such as Skydio, DJI, and Autel, are at the forefront of these advancements. They are engrossed in the development of sophisticated technology for automated flight, intricate collision avoidance systems, and even drone mesh networks to synchronize tasks. While these developments are promising, they seemingly undermine the role of a drone pilot. This trend leads to an important, increasingly discussed question: Are drone pilots becoming irrelevant?
The Rising Concern: Drone Pilots Replaced by AI and ML?
As one might deduce from the question posed, there is significant speculation around drone pilots’ futures. These discussions are proliferating drone pilot forums, and the views of several influential figures in the industry only intensify the concern. It’s becoming a widely debated topic, driven by the rapid progress in AI and Machine Learning (ML). Are these technological strides genuinely signaling the end of the road for drone pilots?
A Reassuring Perspective: The Continued Relevance of Drone Pilots
Despite the concerns, I hold a firm conviction that drone pilots will remain essential, albeit in evolving roles. Rather than being pushed to obsolescence, they’re likely to play integral roles as this technology continues to advance.
As the drone industry continues to evolve at a rapid pace, drone pilots are also adapting and growing alongside. The perspective of drones operating entirely autonomously disregards the human factor, which, despite technological advancements, continues to be paramount. The role of drone pilots is simply transitioning with the industry, not becoming redundant.
So, why do I firmly believe in the enduring relevance of drone pilots in this age of autonomous drones? Allow me to shed light on this issue.
Evolution of the Drone Industry: Hardware Developments and Trends
Understanding the evolution of the drone industry requires examining key players leading the charge for rapid development and innovation. Large corporations such as Autel, DJI, and several other manufacturers are at the forefront of these advancements. These industry titans are packing their drones full of technology, integrating advanced systems like collision avoidance detection, AI features for spotting personnel and objects, and even fully autonomous drones-in-a-box solutions.
The current trend clearly indicates a significant push towards innovation, with companies seemingly developing fully autonomous systems. The underlying motivation for this approach is creating ease of use and simplicity for the end-users. As veterans of the industry can attest, the reliability of drone technology has vastly improved over the past five years.
From Uncertainty to Reliability: A Look at the Past Five Years
Half a decade ago, flying a drone was an exercise in hope and prayer. Pilots were saddled with unreliable GPS systems, questionable batteries, and makeshift configurations of different payloads. The use of drones was essentially a gamble rather than a reliable solution. However, the industry has come a long way since then.
Fast forward to 2023, drone systems have become some of the most dependable products on the market. For under a thousand dollars, consumers can purchase a drone from their local electronics store capable of performing a wide array of tasks. With the various payloads available, drones can now be equipped for thermography, LiDAR, methane detection, and more. These systems have become increasingly user-friendly, almost automated, with minimal learning curves for new users.
However, the ease of operation doesn’t negate the necessity for expertise. Companies and organizations need professionals to successfully implement these systems, capturing necessary data and integrating it into their workflow.
Drone Manufacturing: An Economic Perspective
From the perspective of the drone manufacturers, the idea is to get a drone into everyone’s hands. This approach not only broadens the user base but also increases their profit margins. It seems, in the businessman’s eyes, this shift could displace industry experts. However, that’s only a fraction of the overall picture.
Despite drones now featuring advanced AI and machine learning capabilities, this doesn’t render a drone pilot useless. The value of expert knowledge and experience in effectively deploying these systems and leveraging captured data can’t be underestimated.
Innovation on the Software Front
Innovation isn’t restricted to hardware alone; significant advancements are also noticeable on the software front. Companies like Qii Airworks, Solvi, and Raptor Maps have invested substantial funds in developing their AI and machine learning algorithms.
Traditionally, data capturing, inspection, and analysis in the field required a significant amount of time, training, and knowledge. However, as AI and machine learning become more prevalent, many companies are shifting to software to automate many of these tasks.
Enterprises like Qii Airworks and Raptor Maps are gaining prominence within the industry by automating tasks, simplifying usage, and ultimately saving time and money for companies. This automation might seem like it could displace pilots in the industry. But, as with the hardware, this doesn’t entirely eliminate the need for human expertise.
A Consideration of the Business Perspective
Large corporations are known for their eagerness to implement automation, which can sometimes replace human roles. However, transitioning roles from human to machine isn’t always the simplest or most effective route. The nuances and complexities of drone operation and data management still necessitate a degree of human intervention and expertise.
The Role of Drone Pilots in an Age of Advanced Technologies
As we delve into the role of drone pilots and their potential for becoming irrelevant, it’s crucial to recognize the indispensability of these experts for the efficient operation of advanced systems. For these systems to work effectively, they require accurate training based on in-depth knowledge of the data implemented and interpreted by algorithms.
This knowledge can only be provided by subject matter experts, those professionals who have immersed themselves in the field, have extensive hands-on experience with data acquisition and analysis, and can handle these tasks with their eyes closed. In essence, to train these advanced algorithms properly, there is a need for experts capable of replicating thousands, if not hundreds of thousands, of sample data sets accurately.
Future of Drone Operation: The Expert vs. Novice Dilemma
This leads us to a critical question: “If only experts can train these systems effectively, what about individuals new to the industry?” However, before we address this, let’s turn our attention to another important issue— the impact of AI and Machine Learning (ML) on workforce displacement.
For repetitive tasks that require minimal complexity, AI and ML are indeed likely to replace human workers. Systems like Skydio’s Drone in the Box solution are capable of performing tasks like bridge inspections, progress updates on construction, and mapping solar fields to track photovoltaic (PV) cells. These roles will likely be superseded by fully autonomous systems featuring Beyond Visual Line of Sight (BVLOS) implementations. But remember, the keyword here is “repetitive.” Why would you send a person to perform the same task time and again when a drone can automate it?
However, tasks requiring immense detail and care will still necessitate the skills of a field expert to secure quality data sets. This means that the future of drone operation is not as grim as it may appear for drone pilots.
Becoming an Expert in Drone Operations: A Journey, Not a Destination
So, for the novice drone operator who’s just received their Part 107 certification, how do they evolve into one of these valued experts? The short answer is education and training. Experts are not born overnight. They begin with the tools available, adapt to the changing technology, and evolve over time.
Moreover, real experts are perpetual students, constantly learning and experimenting. They continuously hone their craft, evolving with the changing times, which keeps them at the forefront of the industry. In essence, one must be willing to accept that technology is evolving and jump onboard, or risk being left behind. While this may sound harsh, it’s a fundamental truth about technology, something that all aspiring drone operators should understand.
In this fast-paced, technologically advanced age, drone pilots—whether they’re experts or beginners—need to adapt and continually learn to stay relevant. It’s not a matter of if, but when, advanced technologies will change the way we operate. Those who embrace this change will thrive in the industry, while those who resist may find themselves struggling to keep up.
The Enduring Relevance of Skilled Drone Pilots
Despite the rapid advancements in Artificial Intelligence (AI) and Machine Learning (ML) technologies, the value of a skilled drone pilot in a corporate setting remains significant. One may wonder why a company would hire a drone pilot when they could lean on the existing and continually improving AI and ML capabilities. Further, why should a company engage an expert to integrate such a system into their workflow? The answers lie in four fundamental principles that illustrate the continued relevance and importance of drone pilots in the industry.
The rationale behind employing skilled drone pilots is much like the reasoning for hiring any expert: a desire for the job to be done correctly from the outset, thereby protecting the company’s investment. Like any other valuable asset, drones and their associated systems require careful handling and precise operation, areas where trained professionals excel. A well-integrated and expertly managed drone system can not only prevent costly mishaps but also optimize operations for better productivity and results.
Four Principles for Entering the Drone Industry
The path to becoming an expert in the drone industry, and thereby making oneself indispensable, is defined by four fundamental principles. By adhering to these principles, drone enthusiasts can transform their passion into a rewarding career, becoming the experts that companies need to properly leverage their investments in drone technology.
Principal 1: Education
In order to thrive in the rapidly evolving drone industry, staying up to date with the latest technology and advancements is crucial. Whether it’s related to hardware or software, continuous education is key to avoid falling behind. Fortunately, there are numerous opportunities to acquire knowledge. Many educational resources are available for free, while some may require a fee. By actively seeking out and engaging with these resources, such as online communities and learning platforms, aspiring drone pilots can equip themselves with the necessary expertise to excel in the field.
Principal 2: Experimentation
Apart from staying informed, drone pilots should also embrace experimentation. Many software and hardware manufacturers release free beta versions, allowing users to test out new technologies and features. Taking advantage of these opportunities enables drone pilots to gain hands-on experience and stay at the forefront of industry advancements. Moreover, attending free webinars hosted by influential companies and industry experts, like DroneDeploy, AirWorks, and QII, provides valuable insights into emerging products and concepts. By actively participating in experimentation, drone pilots can actively contribute to the evolution of the industry.
Principal 3: Being an Educator
In addition to acquiring knowledge and exploring new technologies, successful drone pilots should also prioritize educating their clients. By leveraging their expertise and experiences, drone pilots can guide their clients through the possibilities and advantages offered by drone technology. This involves effectively communicating the value propositions of AI and ML systems, as well as any unique workflows or capabilities the pilot has developed. Sharing this knowledge not only establishes the pilot as a trusted expert but also enhances the client’s understanding and appreciation of the services provided. Accessing available market resources is crucial in preparing for this educational role.
Principal 4: Networking and Asking Questions
Networking and building connections within the drone community are essential aspects of professional growth. Actively participating in discussions, whether through YouTube videos, Facebook groups, or LinkedIn, provides valuable opportunities to learn from others’ experiences and workflows. By reaching out to industry experts specializing in specific sectors such as oil and gas, thermography, or aerial mapping, aspiring drone pilots can gain insights and guidance tailored to their interests. Engaging in meaningful conversations with knowledgeable individuals not only expands one’s knowledge but also fosters a sense of community and collaboration. Remember, everyone loves to share their expertise and contribute to the growth of the industry.
Embrace Change and Innovation
As a final note, embracing change and innovation is imperative in the dynamic world of drones. Technological advancements are occurring at an unprecedented pace, and accepting and adapting to these changes is vital for success. The drone industry thrives on continuous progress, and by remaining open-minded and receptive, aspiring drone pilots position themselves for growth and opportunities.
By following these four principles—education, experimentation, being an educator, and networking—aspiring drone pilots can embark on a fulfilling journey toward becoming experts in their field. The path to success lies in staying informed, embracing new technologies, sharing knowledge with clients, and building connections within the drone community. Embrace the changes and possibilities that the drone industry offers, and you will thrive in this exciting field.