ProMat Preview: Managing Inventory Through Aerial Robots

Robotics Business Review

Companies delivering products to customers are already dealing with workforce labor shortages and growing demand due to e-commerce, but shrinking warehouse vacancies and an overabundance of stock, due to fears of China tariffs, have created an inventory mess.

At this year’s ProMat conference, Matt Yearling, CEO of PINC, will present “Automating Your Inventory Management With Drones So It’s 100 Times Faster,” at 3 p.m. on Tuesday, April 9. The session is part of the CRO Summit at ProMat, produced by RoboBusiness and Robotics Business Review.

PINC is a leading provider of yard management systems, finished vehicles logistics solutions, and inventory robotics. The company provides hardware, software, and services that aim to help companies move inventory through their supply chain faster, more cost-effectively, and efficiently than manual processes. Founded in 2004, the company has raised more than $33 million in funding.

Matt Yearling PINC aerial robots ProMat Preview

Matt Yearling, CEO, PINC

In an exclusive interview, Yearling shared some details about the session and spoke with us about his thoughts on using aerial drones to speed up inventory management for companies.

Advantages for aerial robots

Q: What are some takeaway messages that you hope attendees will get from your session?

Yearling: My session will focus on educating the attendees about current inventory management challenges and trends, discuss how autonomous drones and robotics can help them better manage inventory levels, understand if their facilities are a good fit for this type of technology, and what value companies should expect when deploying aerial robots into their operations.

Q: We’ve seen many companies approaching inventory management through ground robots instead of drones – what are the pros and cons of each approach?

Yearling: Inventory management is a broad category. Ground robots are certainly a good option for collaborative fulfillment or automated lifting. Aerial robots, on the other hand, can fly over hard-to-reach locations easily, providing a better tool for expediting inventory checks and counts. The pros are very similar for both solutions, which include reduction in labor costs, increased operational efficiency, safety, scalability, and flexibility. The main disadvantage is that these technologies might not be a good fit for all kinds or sizes of operations.

Questions to ask in evaluating systems

Q: When evaluating whether to choose a ground system or an aerial system for inventory, what questions should a company ask?

Yearling: Just to clarify, the drones that we work with are also robots. They are aerial robots. They fly by themselves, scan inventory by themselves, avoid obstacles, and process and share information without the need of any human interaction. These devices are complex robots that are very simple to use.

The first question companies should ask is “What am I trying to achieve?” Define the business case and what metrics you are trying to improve. The second question is “What technologies are available today for my kind of operation?” If your goal is to expedite picking and move inventory faster in a warehouse to improve on-time delivery, then collaborative autonomous mobile robotics, or ground robots, might be the right option for you. If you are trying to improve inventory accuracy and speed of inventory checks to improve visibility of stock in shelves, then aerial robots are the solution you are looking for. The two solutions I just mentioned are complementary.

The third question is “Do I have the right team in place to deploy these technologies?” Establish subject matter experts within your organization that can own and drive these projects forward.

PINC aerial robots inventory scanning ProMat Preview

For companies with high shelves in warehouse environments, aerial robots can track inventory quickly. Source: PINC

Q: When flying a drone outdoors for inventory management purposes, what regulations do companies need to be made aware of (pilot training, height of the flight, other waivers and certifications needed). Could these requirements turn off potential customers?

Yearling: Drone regulations are evolving. It’s a complex subject and it needs to be analyzed carefully. Basically, a commercial drone, autonomous or not, to operate outdoors must be flown by someone with a remote pilot certificate (FAA Part 107 certification), the drone needs to be within the pilot’s line of sight, the device cannot fly over 400 feet and cannot operate over people or crowds. Depending on the airspace which the facility is in, it also might be prohibitive.

To answer your question, I don’t think these would turn off customers. Most potential customers aren’t aware of these rules. The ones that are familiar with them understand the value that the drones and aerial robotics solutions can bring to their day-to-day operations, and usually explore the feasibility of these projects.

Challenges for companies

Q: Are most customers that you work with in the process of switching from a manual process to something more automated, or do you think they’ve evaluated ground robots and they need something that’s more versatile (such as high shelving, etc.)?

Yearling: Since we are in the beginning of this movement, the solutions available will attack the most important challenges. Not every operation will benefit from robotics technology in the short term. However, if you don’t have an initiative at least to evaluate these technologies, you are already behind your competitors.

According to MHI and Deloitte, there are two primary well-known forces driving investments in technology in the supply chain and logistics industry: Customer demands and workforce shortage. More recent challenges, such as the national warehouse vacancy rate hovering at record lows, and warehouses bloated with inventory pulled in from China during 2018 to get ahead of impending tariffs, have created an even more demanding environment.

Also, in polling supply chain executives from across numerous industries, we found that two-thirds of logistics spending is allocated to transportation, and the remainder to warehousing. This is likely why so many companies are focused on innovations like self-driving vehicles. We also found that, interestingly enough, transportation only moves 10% of the average firm’s inventory, while 90% sits on shelves or trailers at manufacturing plants, distribution centers, or out in a store. That tells us that companies are still carrying too much inventory, and that they’re not necessarily doing a good job of managing inventory levels. These companies are also struggling with out-of-stocks, poor accuracy, inventory shrinkage, and other problems associated with ineffective inventory management.

We are living in interesting times. It’s a new business environment that requires velocity, accuracy, and flexibility. Autonomous robots are improving the speed and accuracy of routine operations, particularly in warehousing and manufacturing spaces; working side-by-side with humans for added efficiency; and reducing the risk of employee injury in dangerous environments.

Q: What other questions do customers in the warehouse/supply chain space have for you when they’re talking with you about inventory management?

Yearling: I think accuracy and speed are top of mind. They want to replace their manual and slow process with something that is 100 times faster and close to 100% accurate, which our aerial robot is.

The post ProMat Preview: Managing Inventory Through Aerial Robots appeared first on Robotics Business Review.


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