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Gecko Robotics

Builds inspection robots and infrastructure software

Overview

Gecko Robotics builds inspection robots and software for organizations that maintain power plants, factories, ships and other critical infrastructure. Its machines collect detailed measurements of physical condition, helping customers find hidden defects and decide where maintenance is needed. Cantilever, its software platform, brings robotic inspection results and facility records together so teams can track an asset's health throughout its life. Customers pay for robotic inspections and software-based asset analysis, with Gecko's engineers working alongside site teams on maintenance and production workflows. Gecko Robotics was founded in 2013 and is headquartered in Pittsburgh, Pennsylvania.

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About Gecko Robotics

Simplify's Rating
Why Gecko Robotics is rated
B
Rated B on Competitive Edge
Rated A on Growth Potential
Rated C on Differentiation

Industries

Robotics & AutomationEnterprise Software

Company Size

201-500

Company Stage

Series D

Total Funding

$347.1M

Headquarters

Pittsburgh, PA

Founded

2013

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Simplify's take

What believers are saying

  • Military sales access widens: Gecko's March 2026 Navy contract allows customers across all services to order.
  • Manufacturing distribution broadens: Gecko's January 2026 Trident partnership targets deployments across 20 fabrication facilities.
  • Cross-functional work broadens scope: Gecko's careers page asks staff to own results beyond role and title.

What critics are saying

  • Navy spending is not assured sales: Gecko's March 2026 award has a $71 million ceiling.
  • The productivity case remains a target: Gecko's January 2026 Trident announcement targets 40% throughput improvement.
  • Gecko expects pressure tolerance: its careers page describes thin error margins and customers unable to wait.

What makes Gecko Robotics unique

  • Gecko's aerial inspections build layered asset records: the service combines at least nine spatial data layers.
  • Cantilever brings inspection decisions into budgets: Gecko's platform includes dynamic budgeting for capital allocation.
  • Komodo separates AI from hardware control: Gecko says an independent OpenShell layer enforces permissions on its Navy-deployed robot.

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Funding

Total Funding

$347.1M

Above

Industry Average

Funded Over

10 Rounds

Notable Investors:
Series D funding is typically for companies that are already well-established but need more funding to continue their growth. This round is often used to stabilize the company or prepare for an IPO.
Series D Funding Comparison
Above Average

Industry standards

$77M
$70M
$80M
$100M
$125M

Benefits

  • Unlimited PTO
  • Stock options & equity
  • 401k with company match
  • Medical, dental, vision coverages
  • Parental Leave

Growth & Insights and Company News

6 month growth

0%

1 year growth

-1%

2 year growth

3%
SlashGear
Oct 30th, 2026
The US Navy's using wall-crawling robots to help with tricky ship repairs.

The US Navy's using wall-crawling robots to help with tricky ship repairs. Add SlashGear on Google: When the USS Abraham Lincoln (CVN-72) returned to port covered in rust in August 2026, a lot of people took notice. As it turns out, rust on a ship at sea for extended periods is perfectly normal and expected. It's something the United States Navy deals with all of the time, as saltwater is highly corrosive and can cause cracks in a hull to form. Finding those cracks before they lead to issues can be difficult, however, which is why a new technology has been developed to try and mitigate this. In October 2026, the Navy signed a $300 million contract with Gecko Robotics to use the company's artificial intelligence robots to find structural issues on its ships. In Gecko Robotics' release, the company explained that its technology "can save the U.S. Navy up to $8 million in repair costs per ship and return vessels to sea quicker by identifying structural issues up to 50 times faster than traditional methods - reducing inspections from months to days." Ship repairs are a constant occurrence throughout the Navy, so streamlining the process to reduce overall costs and save time would be ideal. Not only does Gecko Robotics use AI-powered drones, but they also climb the walls of the ship and use sensors to gather as much information as possible to find things like structural issues or cracks. The company's Komodo machine system can even analyze deck coatings through scans without having to physically dig into them. What to know about the Gecko Robotics Komodo. The Navy is no stranger to drones and has used all kinds, including a large uncrewed surface vessel (USV). What you rarely hear about are the drones that assist in repairs, and the Komodo system from Gecko Robotics offers some amazing capabilities in that regard. Normally, technicians have to scrape paint from random spots on the hull to determine if repairs need to be made, but Komodo makes that task no longer necessary. The system's sensors can scan the entire hull plate while a ship is in drydock, working through the paint and the panel along frames and seams. As of this writing, Komodo is limited to ships in drydock, but Gecko Robotics is working on a new tool called Axolotl, which will have the capability to operate similarly below the waterline. This will enable full inspections without having to take a ship into a dry dock or something like the Auxiliary Floating Dry Dock Medium (AFDM). The sensor it uses is called EMAT, or Electromagnetic Acoustic Transducer. It uses ultrasonic waves that it electromagnetically conducts through a ship's hull. EMAT can see through layers of paint, rust, and up to 150mm of metal plating, so it's far better at detecting defects than the naked eye. Another benefit of Komodo is that it can reach tight spaces people cannot, or at the very least, can't reach comfortably. Each scan is recorded and remains with the ship, keeping an ongoing log of inspection data for future repairs. All of this helps to explain why the Navy spent $300 million on the technology.

UnMarketing
Oct 20th, 2026
AI and robotics innovations shape U.S. Technology policy landscape.

AI and robotics innovations shape U.S. Technology policy landscape. As the 2026 midterm elections approach, technology policy is taking center stage in the national dialogue, especially as advancements in artificial intelligence (AI) and robotics continue to evolve rapidly. Recent developments, particularly regarding national security and the implications for economic competitiveness, underline the critical need for effective technology governance in the United States. Navy's new robotics initiative. In a significant move aimed at enhancing military capabilities, the U.S. Navy has quadrupled its investment in robotics technology, particularly focusing on AI-driven solutions to bolster maritime security. Gecko Robotics has introduced the Komodo robot, an innovative device that scans warship decks similarly to a CAT scan, mapping corrosion and structural integrity. This cutting-edge technology not only improves maintenance efficiency but also plays a pivotal role in ensuring the safety and readiness of naval assets amid rising tensions with adversaries like China. Legislative push for AI regulations. As the technological landscape evolves, lawmakers are grappling with the challenges posed by AI advancements. Key figures, including prominent Democrats, have proposed regulations aimed at overseeing AI development and deployment. Notably, Senator Bernie Sanders has called for nationalizing a significant portion of the AI industry, raising concerns about government overreach and the potential stifling of innovation. This pushback highlights the ongoing debate regarding the balance between regulation and innovation, a critical issue as the country moves forward in its tech policy. Political implications of technology policy. The intersection of technology policy and politics is becoming increasingly pronounced as the midterms approach. Republicans are emphasizing the need for a pro-innovation agenda that fosters economic growth without excessive government interference. A top Senate Republican recently warned that the party risks becoming 'dead' if it fails to engage working-class voters who are concerned about the implications of new technologies on jobs and the economy. This sentiment reflects a broader concern within the GOP about maintaining relevance in an evolving political landscape. Public sentiment on tech regulation. Public opinion surrounding technology regulation is also shifting. As Americans grow more aware of the implications of AI and robotics on their daily lives, there is a growing call for transparency and accountability from tech companies. Citizens are increasingly concerned about privacy, job displacement, and the ethical use of AI, prompting many to advocate for clearer guidelines and protections. This shift in public sentiment is likely to influence policymakers as they craft legislation in the coming months. Looking ahead. As the 2026 midterms draw near, the discourse around technology policy will only intensify. Candidates will need to articulate their positions on critical issues such as AI regulation, data privacy, and the future of innovation in America. The outcome of these elections could significantly shape the trajectory of U.S. tech policy, determining whether the industry will thrive under a framework that encourages innovation or face stringent regulations that could hinder progress. In conclusion, the current landscape of technology policy is characterized by rapid innovation and significant political implications. As the U.S. navigates these complex dynamics, it will be essential for policymakers to strike a balance that promotes growth while safeguarding the interests of American citizens.

MarineLink
Oct 8th, 2026
Gecko Robotics, Anduril to accelerate American shipbuilding with robotics, AI.

Gecko Robotics, Anduril to accelerate American shipbuilding with robotics, AI. October 8, 2026 (C) Gecko Robotics Gecko Robotics announced a partnership with Anduril Industries to help accelerate American shipbuilding using advanced robotics, AI-powered software, and automated quality assurance. The partnership will support Anduril's Arsenal-2, a new software-defined shipyard in Baltimore County, Maryland, announced as part of the company's $3.7 billion investment to expand production for the Virginia-class submarine program. Gecko's technology will be deployed at Anduril's new 160,000-square-foot protofactory in Orange County, California, where key submarine components will be manufactured. Working with other customers across the defense industrial base, Gecko's technology has already reduced inspection timelines for forged components by up to 90%, improving cost and schedule performance for the U.S. Navy. By embedding inspection expertise directly into software and robotics, Gecko enables workers with no prior NDT experience to become productive in as little as an hour of training, allowing manufacturers to expand qualified inspection capacity without relying solely on scarce specialist labor. As demand for submarines and other naval systems continues to rise, expanding the available workforce will be just as important as expanding production facilities. The partnership reflects a broader transformation underway across the defense industrial base. As Anduril develops software-defined production systems through ArsenalOS, Gecko provides real-time intelligence and data on physical assets that are essential for military grade manufacturing operations. Every assessment of new build components contributes to a continuously evolving digital thread that follows critical components from manufacturing through decades of operational service. That digital thread creates more than quality records. This approach also streamlines maintenance planning and reduces unplanned maintenance costs and repairs, ensuring optimal performance over the lifetime of the fleet. This lack of data and insight plagues ships around the world with unexpected downtime.

Duquesne University
Oct 5th, 2026
Duquesne, Gecko Robotics announce jersey partnership.

Duquesne, Gecko Robotics announce jersey partnership. Dukes to feature global leader in AI-powered robotics and company founded in Pittsburgh on jersey. 10/5/2026 1:00:00 PM Pittsburgh, Pa. - Gecko Robotics has been named the Official AI & Robotics Partner of Duquesne University Athletics, becoming one of the first companies in the country to appear on an NCAA Division I basketball jersey following a landmark rule change. Since August 1, 2026, NCAA Division I institutions are permitted, for the first time in history, to feature a commercial patch on their basketball jerseys. As part of the new agreement, Gecko Robotics' logo will appear on the jerseys worn by the Duquesne University men's basketball team throughout the season. Founded in Pittsburgh, Pa., Gecko Robotics has become a global leader in AI-powered robotics, helping the U.S. military, critical infrastructure operators and manufacturers modernize maintenance and production through advanced AI and robotics. "As we continue to adapt to the modern collegiate landscape, we are constantly seeking new and innovative ways to provide meaningful support and resources to our student-athletes," said Duquesne Interim Director of Athletics John Henderson. "This generous investment from Gecko Robotics reflects that commitment to bold, forward-thinking partnerships that create value and professional development opportunities for our student-athletes. We are incredibly grateful to Gecko Robotics for their support of Duquesne Athletics and the future of our student-athletes." The partnership also includes prominent Gecko branding inside UPMC Cooper Fieldhouse as well as a range of collaborations designed to strengthen ties between one of Pittsburgh's fastest-growing technology companies and one of the city's leading universities. The agreement reflects Gecko Robotics' continued investment in Pittsburgh, where the company is expanding its engineering, manufacturing and defense capabilities while creating high-skilled jobs and developing technologies that strengthen American industry and national security. "This partnership represents two Pittsburgh institutions investing in the future," said Jake Loosararian, CEO and Co-founder of Gecko Robotics. "As the first NCAA Division I programs begin introducing jersey sponsorships, we're proud that one of those partnerships will showcase a company founded right here in Pittsburgh. Duquesne is developing the next generation of leaders, and we're excited to support its student-athletes while inspiring more young people to pursue careers in AI, robotics and advanced manufacturing." Gecko Robotics branding will be featured on Duquesne men's basketball jerseys, within UPMC Cooper Fieldhouse and across a variety of athletics platforms as part of the partnership. "It's a great day for Duquesne men's basketball to enter into such an amazing partnership with Gecko Robotics," said Duquesne head men's basketball coach Dru Joyce III. "What I appreciate most is the partnership goes beyond a jersey patch. It's about two organizations that are committed to building something meaningful in the city of Pittsburgh. We're excited to represent Gecko Robotics on our jersey and even more excited about the relationship behind it. We're proud of this partnership and to have them alongside us as we continue to build Duquesne basketball." Duquesne men's basketball will enter its 111th season as an NCAA Division I program in 2026-27 under the direction of Joyce III, who is in his third year as head coach of the Dukes. Duquesne has averaged 19 wins over the last four seasons, which includes a run to the 2024 Atlantic 10 Championship and automatic berth in the NCAA Championship. In the 2024 NCAA Tournament, the Dukes earned their first victory since 1969, defeating BYU, 71-67, in the first round. Among multiple historical touchpoints throughout the program's first 110 years, former Duquesne standout Chuck Cooper (1946-50) became the first African-American drafted in the NBA, as he was selected with the 13th overall pick by the Boston Celtics in 1950. Duquesne is also the only institution to have the first overall pick in the NBA Draft in back-to-back years, as Dick Ricketts (1951-55) went No. 1 overall in 1955 by the Saint Louis Hawks, while in 1956 Sihugo Green (1953-56) went as the top overall pick by the Rochester Royals. Duquesne has made six appearances in the NCAA Tournament in program history as well as made 17 appearances in the National Invitation Tournament (NIT), claiming the NIT championship in 1955. FOLLOW THE DUKES

Yahoo Finance
Sep 28th, 2026
Gecko Robotics partners with Nvidia to add safety guardrails for AI in critical infrastructure

Gecko Robotics has partnered with Nvidia to develop safety protocols for AI-powered robots operating in critical infrastructure and military applications. The collaboration focuses on the Open Agent Safety Platform, which aims to keep humans in control whilst enabling AI agents to gather data and direct robotic actions. Gecko Robotics CEO Jake Loosararian emphasised the importance of establishing proper safeguards as AI systems increasingly interact with physical infrastructure. The company describes itself as one of the largest deployers of robotics in real-world settings, with operations affecting critical infrastructure including energy facilities and military assets. The partnership seeks to enable safe deployment of agentic AI tools whilst maintaining human oversight, particularly in high-stakes environments where AI errors could cause significant physical damage or security risks.

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