Navy and GSA Quadruple Gecko Robotics' Ship-Inspection IDIQ Ceiling to $300 Million

The Navy's robotic ship-inspection program just got room to grow beyond the Pacific: the ceiling on Gecko Robotics' government-wide contract now stands at $300 million, roughly four times the original value, according to the company's Oct. 20 announcement. The U.S. Navy and the General Services Administration (GSA) raised the cap just six months after awarding Gecko a five-year indefinite-delivery, indefinite-quantity (IDIQ) contract with a $71 million ceiling. Gecko co-founder and President Troy Demmer told DefenseScoop that the larger ceiling will let the technology scale to the Atlantic Surface Fleet next.

The expansion moves a vehicle that began with 18 Pacific Fleet ships toward a fleet-wide footprint. It also hands other services a larger pool of headroom, since the vehicle was set up from the start as a government-wide contract that customers in all services can use.

From $71 Million to $300 Million in Six Months

The Navy and GSA awarded the original IDIQ in March. That deal carried a $71 million ceiling, with an initial award worth up to $54 million over five years. The first task covered 18 ships in the U.S. Pacific Fleet, spanning destroyers, amphibious warships and littoral combat ships, according to Gecko's March release. "Customers in all services will have access to this government-wide vehicle," the company said at the time.

The October action raises that ceiling to $300 million. Neither Gecko nor DefenseScoop disclosed new task orders, obligated amounts or specific ship hulls tied to the increase. A ceiling raise sets the maximum the government may order; it does not obligate money by itself.

Demmer framed the speed of the expansion as a break from how the Navy usually buys. "Historically, the U.S. Navy is not necessarily known for moving quickly. They'll be the first to say that," he told DefenseScoop in an email. "The Navy is showing a greater willingness to judge technology by the operational results it delivers and move quickly when those results justify expansion."

He added: "We want to boost readiness across the U.S. Navy as a whole."

How Komodo Reads Steel Under a Flight Deck

The company's announcement puts its Komodo system at the center of the expansion. Demmer described Komodo to DefenseScoop as a ground-driving robot that assesses the condition of steel beneath a ship's deck coating. In the past, crews had to strip that non-skid layer before anyone could evaluate the metal underneath, a step Demmer called costly and time-consuming.

Komodo uses electromagnetic acoustic transducer technology to measure steel thickness through the coating, which reveals corrosion and other structural degradation. According to Gecko, the system produces a full-deck heatmap of corrosion and material thickness, so repair teams can pinpoint damage and plan work before a ship enters drydock. The company says that kind of planning was previously possible only after maintenance had begun.

"The value is knowing what needs repair before a maintenance period begins as our technology is deployed while the ship is still in the water," Demmer told DefenseScoop. "Navy engineers can use that evidence to focus work on the areas that need it, avoid unnecessary replacement and reduce the surprises that extend maintenance schedules."

Beyond Komodo, Gecko fields wall-climbing robots, drones and fixed sensors that collect data on hulls, decks, welds and components. Its software turns millions of data points into evidence that Navy engineers use to scope repairs and prioritize maintenance work, according to DefenseScoop.

Gecko's $8 Million-Per-Ship Savings Claim

Gecko makes aggressive performance claims for the system, and readers should treat them as the company's own figures. The October release says the technology "can save the U.S. Navy up to $8 million in repair costs per ship" and identifies structural issues up to 50 times faster than traditional methods, cutting inspections from months to days. The March release cited a single case: one robotic evaluation and digital rendering of a flight deck "eliminated over 3 months of potential maintenance delay days."

Neither release published the underlying Navy data or methodology behind those numbers.

CEO Jake Loosararian pitched the ceiling increase as proof that defense AI has moved past the pilot stage. "The conversation around AI and robotics in defense is no longer about experimental technology. It's about delivering measurable and impactful returns," he said in the release.

Why Readiness Is Driving the Ceiling Increase

Gecko ties the expansion directly to fleet readiness. The Chief of Naval Operations has set a target of 80% fleet readiness, and the company says it will play "a crucial role in helping to meet" that goal. The release argues that every additional day a warship spends in maintenance reduces its ability to deter adversaries and respond to crises.

Demmer told DefenseScoop that any AI applied to ship maintenance "has to be evaluated against the task, the reliability required and the Navy's security requirements." DefenseScoop also reported that, beyond maintenance, Gecko is contributing to major U.S. shipbuilding initiatives, including with Anduril and BPMI.

The March release also quoted Justin Fanelli, chief technology officer for the Department of the Navy, who said: "Cracking the cost equation is just as important as cracking the physics equation."

What It Means for Contractors

The Gecko expansion offers a concrete template for how a vendor can grow a modest IDIQ quickly: win a narrow initial scope, generate measurable results on real hulls, then use those results to justify a larger ceiling. Demmer described the action as "a new model based on" return on investment and impact. Companies selling sustainment technology to the Navy should expect program offices to ask for the same kind of before-and-after evidence, such as delay days avoided and repair dollars saved.

The government-wide structure also matters. Because the Navy and GSA built it as a government-wide vehicle open to customers in all services, buyers outside the Navy have a ready path to Gecko's inspection work. Rivals offering nondestructive testing, corrosion mapping or maintenance analytics may find some requirements already covered by an existing $300 million vehicle.

The move toward the Atlantic Surface Fleet signals where demand goes next. Ship-repair yards, planning yards and maintenance subcontractors that support Atlantic ships should expect earlier, data-driven repair scopes on ships Gecko inspects, which could shift how work packages are sized before availabilities begin. Firms that support drydock work packages should watch for task orders that move inspection before the maintenance period rather than during it.

Finally, Gecko's reported role in shipbuilding work with Anduril and BPMI suggests inspection data could eventually feed new-construction programs as well as repair, a space where teaming opportunities may open for suppliers with complementary sensing or software capabilities. That is inference; neither source describes how the IDIQ would support shipbuilding.