Gecko Robotics, a Boston-based developer of robotic inspection systems, has introduced a new offering aimed at the commercial roofing sector. The system, branded as StratoSight, is designed to automate the process of roof inspections through the use of drones. The announcement positions the product as a response to the growing demand for safer, faster, and more data-rich assessments of commercial building envelopes, a segment that has historically relied on manual walkthroughs and visual checks.
The unveiling of StratoSight comes at a time when the company is simultaneously expanding its footprint in the defense sector. In a separate but related development, Gecko Robotics has secured a substantial contract with the US Navy, valued at $71 million. That agreement, structured as a five-year indefinite-delivery/indefinite-quantity (IDIQ) contract, is intended to deploy the company’s artificial intelligence (AI) and robotics capabilities to assess and maintain the health of military assets, including ships, jets, and other equipment. The dual announcements—one commercial, one governmental—underscore the company’s strategy of applying its core sensing and data analytics platform across disparate industries.
According to Jake Cornelius, who serves as commercial director and chief technology officer at Gecko Robotics, the company’s decision to automate roof inspections was driven by a recognition of the inefficiencies and risks inherent in traditional methods. In conversations with industry press, Cornelius highlighted that while the StratoSight hardware is a critical component, the more significant advancement lies in the company’s data processing capabilities. The system operates by sending a drone onto a roof to gather data, which is then transmitted back to a central processing unit—referred to as a “mothership”—for evaluation. The processed information is subsequently delivered to the customer in a usable format.
The company’s broader mission, as articulated by co-founder and CEO Jake Loosararian, is to combine visual inspection with predictive maintenance. The goal, he has stated, is to “predict what things are going to fail and how to fix them fast so that you are down less.” This philosophy is evident in both the StratoSight roof inspection system and the naval maintenance contract, where the emphasis is on anticipating failures before they occur rather than reacting to them after the fact.
Product and availability details
The StratoSight system is built around a straightforward operational model. A drone is deployed to the roof of a commercial building, where it collects visual and other sensor data. Once the data collection phase is complete, the drone returns the information to the “mothership”—a ground-based unit that serves as the processing hub. This mothership evaluates the incoming data, applies the company’s analytics software, and then packages the results for the customer. The output is intended to give building owners and facility managers a clear picture of the current condition of their roofs, including any areas of concern that may require attention.
Cornelius has expressed particular enthusiasm for the data processing side of the system. While the drone hardware is necessary for reaching the roof and capturing imagery, the value proposition for customers lies in what happens after the data is collected. The company’s software is designed to interpret the raw data, identify patterns, and present findings in a way that is actionable. This focus on the software layer is consistent with Gecko Robotics’ broader approach, which treats data as the primary product rather than the hardware itself.
At the time of the announcement, Gecko Robotics had not disclosed specific pricing for the StratoSight system. Similarly, the company has not publicly detailed the exact specifications of the drone hardware, such as flight endurance, sensor payload options, or weather resistance. What is known is that the system is intended for commercial roofs, which typically present a different set of challenges compared to residential or industrial roofing. Commercial roofs are often flat or low-slope, cover large surface areas, and may include equipment such as HVAC units, skylights, and access hatches. The drone-based approach is designed to navigate these environments and capture comprehensive data without requiring personnel to physically walk the roof surface.
The availability of StratoSight appears to be immediate, as the company has announced the product’s release without indicating a phased rollout or limited beta period. However, Gecko Robotics has not specified whether the system will be sold directly to end users, offered through a network of authorized dealers, or provided as a managed service. The company’s existing business model in the industrial inspection space has involved both direct sales and service arrangements, so it is plausible that StratoSight will follow a similar path, but this has not been confirmed in the source material.
In parallel with the commercial launch, the US Navy contract represents a significant validation of the company’s technology. The five-year IDIQ contract, with a ceiling of $71 million, was awarded in March 2025, according to a company statement. The contract covers the deployment of AI and robotics to assess and maintain the health of military assets. Gecko Robotics’ technology, as described by Ed Bryner, the company’s chief technology officer, “collects structural health data of the built world.” In the naval context, this means using mobile robotic systems to gather data while a ship is pier side, allowing the software to analyze the material condition of the vessel before it enters a dry dock facility. This pre-dry-dock assessment is intended to streamline the maintenance process by identifying what repairs are needed ahead of time, thereby reducing the time a ship spends out of service.
Troy Demmer, co-founder and president of Gecko Robotics, elaborated on this approach during a presentation at the Defense One Tech Summit. Demmer described the company’s methodology as leveraging autonomy and AI to deploy technologies prior to a ship or submarine coming into a dry dock facility. The objective is to gain an understanding of the asset’s material health in advance, so that maintenance crews know what they are dealing with before the vessel is hauled out of the water. This predictive capability is central to the Navy’s goal of achieving 80 percent fleet readiness in the coming year, a target that has been complicated by a shortage of ships and the need to maximize the availability of existing vessels.
The naval contract also encompasses inspections of jets and other military gear, extending the company’s reach beyond maritime applications. The ability to apply the same underlying technology—robotic data collection combined with AI-driven analysis—across different asset classes is a key selling point for Gecko Robotics. The company’s systems are designed to be adaptable, with the capacity to mount various sensors depending on the inspection requirements. This versatility is reflected in the broader robotics industry, where other developers are also pursuing multi-sensor, multi-application platforms.
What it means for buyers
For commercial building owners and facility managers, the introduction of StratoSight represents a potential shift in how roof inspections are conducted. Traditional inspections require personnel to access the roof, which can involve safety risks, especially on high-rise buildings or roofs with fragile surfaces. Scheduling can also be a challenge, as inspections often require coordination with tenants, weather conditions, and the availability of qualified inspectors. A drone-based system addresses several of these pain points by eliminating the need for physical roof access and enabling inspections to be conducted more frequently and with less disruption.
The data processing aspect of StratoSight is likely to be of particular interest to buyers. Rather than receiving a set of photographs or a written report based on a visual walkthrough, customers can expect a data-driven assessment that highlights specific areas of concern. The “mothership” model means that the data is processed off-site, which could allow for more sophisticated analysis than what might be possible with on-the-spot human judgment. For buyers, this could translate into more accurate maintenance planning, better budget forecasting, and a reduced likelihood of unexpected roof failures.
However, there are several details that remain undisclosed, and buyers should be aware of these gaps. The source material does not specify the types of sensors that the StratoSight drone carries. While visual imaging is implied, it is not clear whether the system includes thermal imaging, ultrasonic thickness measurement, or other non-destructive testing capabilities. Roof inspections often benefit from thermal data to detect moisture intrusion or insulation gaps, so the absence of confirmed thermal capability is a notable unknown. Similarly, the source material does not indicate the maximum roof size that the system can cover in a single flight, nor does it specify the turnaround time from data collection to delivery of the final report.
Pricing is another area where information is lacking. The company has not published a price list for StratoSight, nor has it indicated whether the system is available for purchase outright, on a subscription basis, or as a pay-per-inspection service. For buyers, this uncertainty means that budgeting for the technology will require direct engagement with Gecko Robotics to obtain a quote. The company’s history of working with large industrial clients suggests that pricing may be customized based on the scope of the inspection and the volume of data to be processed, but this is speculative and not confirmed.
The naval contract, while not directly relevant to commercial roof buyers, does provide a signal about the company’s credibility and the maturity of its technology. A $71 million contract with the US Navy is a significant endorsement, and it suggests that Gecko Robotics has the capacity to deliver reliable, large-scale inspection solutions. For commercial buyers, this institutional validation may offer some reassurance about the quality and durability of the StratoSight system. The fact that the Navy is using the technology to predict failures and streamline maintenance processes aligns with the value proposition that Gecko Robotics is offering to the commercial sector.
Another consideration for buyers is the competitive landscape. The source material references another robotics company, Revolute Robotics, which is developing a hybrid mobility robot with a durable exoskeleton and customizable payloads for inspection and surveillance tasks. Collin Taylor, co-founder and CEO of Revolute, has noted that the complexity of inspections often requires teams to deploy multiple robotic solutions for each unique application. He emphasized the need for robust navigation systems that can fly in confined spaces and the importance of multiple sensors to collect various data types, including lidar, visual, thermal, gas, and ultrasonic. This competitive context suggests that Gecko Robotics is entering a market where buyers are increasingly expecting multi-functional capabilities. Whether StratoSight meets those expectations will depend on the specific sensor payloads and navigation features that Gecko Robotics has integrated into the system, details that have not been fully disclosed.
For buyers evaluating StratoSight, the key questions to ask Gecko Robotics will likely center on sensor capabilities, data deliverables, and service terms. It will also be important to understand how the system handles edge cases, such as roofs with complex geometries, heavy equipment, or obstructions. The source material does not address these scenarios, so prospective customers will need to seek clarification directly from the company.
In summary, the release of StratoSight marks Gecko Robotics’ entry into the commercial roofing inspection market, a move that leverages the company’s existing expertise in data collection and predictive analytics. The system’s drone-and-mothership architecture offers a novel approach to roof assessments, with the potential to improve safety, efficiency, and data quality. At the same time, the company’s concurrent work with the US Navy highlights the broader applicability of its technology across different sectors. While many specifics about StratoSight—including pricing, sensor options, and delivery timelines—remain undisclosed, the product’s launch is a development worth monitoring for anyone involved in commercial building maintenance.
Sources
- https://www.therobotreport.com/gecko-robotics-releases-stratosight-drone-based-roof-inspection-system/
Published by Vigla Media OÜ (Estonia).