Executive Intelligence Series · Startup Spotlight | October 3, 2026
Saronic entered a defense market that had plenty of AI infrastructure investment and frontier-model competition, but almost no capacity to build autonomous warships at scale. This Startup Spotlight examines whether Saronic can turn autonomous maritime systems into a defensible defense technology platform — or whether autonomous naval vessels become a commoditized category that larger shipbuilders ultimately absorb.
Saronic Technologies was founded in 2022 and reached a $9.25 billion valuation within four years. It has raised $2.6 billion, acquired a shipyard, secured $500 million in government contracts including a $392 million Navy production contract and a $1.2 billion multi-vessel award, and is building what will be the largest shipyard in the United States at the Port of Brownsville. Its autonomous vessels have rescued downed pilots, conducted kamikaze attacks on Iranian naval bases, and been ordered by the U.S. Navy at a rate of 10 hulls per contract. But it has never disclosed revenue, remains unprofitable, and its most ambitious production facility will not open until 2028.
The strategic question is not whether Saronic can build autonomous boats. It can. The question is whether Saronic can convert early leadership in autonomous maritime systems into a durable defense technology platform — or whether autonomous vessels become a feature of the shipbuilders and prime contractors that already own the Navy's procurement relationships.
1. Why Autonomous Maritime Systems Are Becoming More Important
The naval warfare landscape has undergone a structural transformation over the past four years, and the pace is accelerating. Three converging forces are driving demand for autonomous maritime systems.
The Ukraine drone boat precedent. In October 2022, Ukraine used a makeshift drone boat to strike a multimillion-dollar Russian warship. The demonstration was crude, improvised, and devastating — a cheap unmanned vessel had neutralized a major naval asset. Defense ministries worldwide took notice. The lesson was simple: autonomous surface vessels could deliver asymmetric capability at a fraction of the cost of crewed ships.
The U.S. shipbuilding crisis. American shipbuilding capacity has declined for decades. The U.S. owns a small fraction of global shipbuilding output, and its naval fleet suffers from aging vessels and infrastructure at a time of multiple geopolitical conflicts. The Navy's own strategy documents acknowledge that the service needs new capacity — and new approaches — to compete with China's rapidly expanding fleet.
The operational demand signal. In June 2026, two U.S. airmen went down with their helicopter near the coast of Oman. Roughly two hours later, they were rescued by the Navy's Task Force 59 — using one of Saronic's Corsair USVs. On the night of July 12, the Navy used three Corsairs to wage kamikaze attacks on an Iranian naval base, a milestone U.S. Central Command described as a first. The demand for autonomous maritime systems is no longer theoretical. It is operational.
The global autonomous naval systems market is projected to grow from $9.4 billion in 2026 to $24.8 billion by 2036, a CAGR of 10.2%. The uncrewed surface vehicle segment alone is expected to grow from $4.27 billion in 2026 to $9.76 billion by 2036. The U.S. Navy is attempting to expand its unmanned surface vessel fleet from four to 30 vessels by 2030 in the Indo-Pacific.
The CODEW Lens: Autonomous maritime systems used to be an experiment. In the current threat environment, they become an operational necessity — because a $1.2 million drone boat that can rescue pilots and conduct strikes is a better strategic investment than a $2 billion crewed warship that takes a decade to build.
2. What Saronic Does
Saronic's platform addresses a deceptively simple question that the U.S. Navy could not answer: Can we build autonomous warships at scale, in the United States, faster than our adversaries can build crewed warships?
The company started by building an autonomous surface vessel — working out the autonomy software, sensors, navigation, and manufacturing process required for a boat that can operate without a crew. That foundation has expanded into a full-stack maritime autonomy platform spanning several distinct capabilities.
Corsair. A 24-foot Autonomous Surface Vessel capable of carrying up to 1,000 lbs over 1,000 nautical miles at a top speed of 35+ knots. Corsair is in full-rate production and has been deployed operationally — rescuing pilots and conducting strikes. Each unit costs approximately $1.2 million.
Mirage. A 52-foot Autonomous Surface Vessel with 2,500 nautical miles of range and 3,500 lbs of payload capacity. Mirage is a dual-use platform designed for defense and commercial applications, operating fully autonomously or under remote supervision using Saronic's Echelon command-and-control system.
Marauder. A 180-foot Autonomous Surface Vessel capable of carrying up to 150 metric tons in four 40-foot ISO containers or eight 20-foot containers. Marauder is Saronic's premier platform for logistics and at-sea payload deployment. The Navy has ordered 10 Marauder hulls at approximately $40 million each.
Echelon command-and-control. A browser-based interface that can operate independently or integrate into existing Navy operating software. Provides human-on-the-loop visibility into autonomous operations, with real-time monitoring and diagnostics for every hardware component.
The CODEW Lens: Saronic did not start as a shipbuilder. It started as a software and autonomy company and built the shipyard because no one else could deliver at speed. That ordering matters — it is much harder to move from shipbuilding backwards into autonomy than the other way around.
3. The Technology Stack
The emergence of edge AI and autonomous navigation represents both the largest opportunity and the most significant challenge for maritime defense. Saronic's technological differentiation rests on several pillars.
Edge AI with NVIDIA hardware. All Saronic vessels are equipped with NVIDIA hardware, enabling vision and reasoning models to operate directly at the edge rather than relying on remote processing. This enables real-time decision-making and single-agent and multi-agent autonomous functions even in communications-denied environments.
Passive perception and collaborative autonomy. The vessels use passive onboard sensors — not active radar or sonar that would reveal their position — to detect, track, and follow other vessels. Collaborative autonomy allows multiple vessels to work together as a team, sharing situational awareness and coordinating actions.
Modular open architecture. The vessels' open, modular architecture enables rapid integration of Government-Off-The-Shelf (GOTS) and Commercial-Off-The-Shelf (COTS) hardware and software solutions, including mission payloads, sensor packages, and command-and-control systems. This means the Navy can swap sensors or weapons as technology evolves without redesigning the vessel.
Fleet intelligence platform. Saronic developed a software-based fleet intelligence platform that offers operators real-time, "human-on-the-loop" visibility into autonomous operations. Each hardware component has a software interface for continuous monitoring and diagnostics.
Software-defined production. Saronic's manufacturing model integrates first-principles engineering, advanced manufacturing, and software-defined production to deliver autonomous vessels with speed and precision. This is the same model that Anduril uses for its Arsenal-1 facility in Ohio — a software-first approach to hardware manufacturing.
The CODEW Lens: Every autonomous systems problem eventually resolves into a compute problem. You cannot govern what an autonomous vessel does without knowing what its sensors can perceive and what its onboard processors can decide — and Saronic has solved that with NVIDIA edge hardware.
4. The Business Model
Saronic operates a defense hardware plus software model with several distinctive characteristics: a manufacturing-first strategy, a direct government sales motion, and a dual-use commercial expansion path.
Target customers. The primary customer is the U.S. Navy. Saronic also serves the commercial maritime sector through partnerships with Hornbeck Offshore Services and ABS. International expansion is underway in the U.K., Europe, and Australia through a strategic partnership with Lloyd's Register.
Published procurement pricing illustrates the model:
| Platform | Size | Price Benchmark |
|---|---|---|
| Corsair | 24 ft | ~$1.2M per unit |
| Mirage | 52 ft | Not publicly disclosed |
| Marauder | 180 ft | ~$40M per hull (Navy procurement) |
Government contracts. Saronic has secured $500 million in government contracts, including a $392 million Navy production contract for Corsair and a $1.2 billion multi-vessel award for 10 Marauder hulls. The company has also been selected to build Landing Craft Utility (LCU) vessels at Port Alpha.
Recurring revenue. Saronic has not disclosed its revenue model in detail. The Echelon command-and-control system and fleet intelligence platform suggest a software subscription layer that could generate recurring revenue as the fleet scales. Commercial partnerships with Hornbeck Offshore and Lloyd's Register open additional revenue paths.
Expansion opportunities. Each new deployment adds operational data that feeds back into AI models, improving autonomy and reliability. With over 300 Corsairs built in barely two years, Saronic has a data flywheel that compounds with scale — a structurally better position than selling one-off vessels without a learning loop.
The CODEW Lens: Saronic's pricing is indexed to shipbuilding capacity, not software seats. That is a structurally different position from most defense technology companies — it means revenue scales with production, not with the number of operators.
5. Funding & Capital
Saronic's funding history is remarkable for both velocity and scale. The company has raised more capital in four years than most defense technology companies raise in a decade.
| Round | Date | Amount | Valuation | Key Investors |
|---|---|---|---|---|
| Series C | Feb 2025 | $600M | $4B | Elad Gil, General Catalyst, 8VC, Caffeinated Capital, Andreessen Horowitz, Franklin Templeton |
| Series D | Mar 2026 | $1.75B | $9.25B | Kleiner Perkins (lead), Advent International, Bessemer Venture Partners, DFJ Growth, BAM Elevate, 8VC, Caffeinated Capital, Andreessen Horowitz, Elad Gil, Franklin Templeton, IMM Investment |
Total funding now exceeds $2.6 billion. The syndicate includes many of the most prominent venture firms in defense technology and enterprise software. Advent International's investment advances a commitment to invest up to $1 billion in next-generation defense companies.
What the funding enables. The Series D is earmarked to accelerate Saronic's shipbuilding enterprise, scale production of its autonomous surface vessels and AI-driven maritime capabilities, and develop Port Alpha. The company expanded its Austin headquarters to more than 500,000 sq. ft., opened new hubs in San Diego and Washington, D.C., and launched operations in the U.K. and Australia.
Capital intensity. Saronic's growth strategy is extremely capital-intensive. The company has acquired a shipyard in Franklin, Louisiana, and committed $300 million to its expansion. Port Alpha represents a private capital investment of more than $3 billion. The company remains unprofitable and has not disclosed revenue. With $2.6 billion raised and a $9.25 billion valuation, Saronic has capital to deploy — but the scale of its shipbuilding ambitions means it will need to convert contracts into production revenue quickly.
The CODEW Lens: Saronic's funding trajectory is a bet on industrial capacity, not software margins. The company is buying speed — in shipyards, production, and fleet deployment — because it believes autonomous maritime systems will consolidate around the manufacturers who can deliver at scale. The question is whether that scale arrives before the capital runs out.
6. The Competitive Landscape
Saronic competes across several overlapping categories, and the dynamics are fluid rather than static. The table below positions the company by category rather than by ranking.
| Category | Representative Players | Saronic's Position |
|---|---|---|
| Autonomous maritime startups | Blue Water Autonomy, Saildrone, Sea Machines, MARTAC | Largest funding, most Navy production contracts, purpose-built shipyard |
| Defense technology platforms | Anduril, Shield AI, Mach Industries | Anduril's closest comparable (83% similarity per Caplight); more focused on maritime vs. Anduril's multi-domain approach |
| Legacy shipbuilders | HII, General Dynamics, Austal | Competing on speed and autonomy vs. scale and incumbency; HII also won MUSV contract |
| Unmanned systems primes | Leidos, L3Harris, Northrop Grumman | Positions as faster, software-first alternative to traditional primes |
| Chinese manufacturers | Unnamed PLA-affiliated shipbuilders | Indirect competitor; Saronic's thesis is about rebuilding U.S. industrial capacity to counter Chinese naval expansion |
The competitive landscape is not zero-sum. The Navy's MUSV marketplace explicitly encourages multiple vendors, and Saronic competes alongside HII and Galliano Marine Services for the same program. The service is attempting to expand its unmanned surface vessel fleet from four to 30 vessels by 2030 — demand that exceeds any single manufacturer's capacity.
The CODEW Lens: Saronic's most dangerous competitor is not Blue Water Autonomy or Saildrone. It is Anduril — because Anduril has the software stack, the defense relationships, and the industrial ambition to move into maritime autonomy at scale, and it already has a shipyard in Seattle.
7. Saronic's Competitive Advantage
It is important to separate what Saronic has demonstrated from what it claims or projects.
Demonstrated advantages. Saronic's operational track record is independently verifiable. Its Corsair vessels have rescued downed pilots and conducted kamikaze strikes on Iranian naval bases. The Navy has awarded Saronic a $392 million production contract for Corsair, and a $1.2 billion multi-vessel award for 10 Marauder hulls. The company has built over 300 Corsairs in barely two years. The first Marauder hull was completed in less than six months — described by CEO Dino Mavrookas as "the fastest ship-build in this country since World War II."
Manufacturing execution provides a second demonstrated advantage. Saronic acquired a shipyard in Franklin, Louisiana, and completed the first Marauder hull less than eight months after acquiring the facility. The company expanded its Austin headquarters to more than 500,000 sq. ft. and now employs over 1,400 people.
Company claims and future potential. Saronic's positioning as the "future of American shipbuilding" is a strategic narrative that has not yet been proven at scale. Port Alpha will not open until 2028, and the company has not disclosed revenue or profitability. The dual-use commercial expansion — through partnerships with Hornbeck Offshore and Lloyd's Register — is promising but early-stage.
Similarly, the international expansion into the U.K., Europe, and Australia is a significant bet on allied demand for autonomous maritime systems. The thesis — that U.S. allies need the same capabilities the U.S. Navy is buying — is compelling, but it depends on export approvals, certification, and local partnership arrangements that have not yet been tested at scale.
The CODEW Lens: The demonstrable advantage is manufacturing speed and operational deployment. The claimed advantage is becoming the platform for autonomous maritime systems. One is verified today. The other is a bet on where the Navy's procurement strategy goes next.
8. Market Expansion
Saronic's trajectory suggests a deliberate strategy to expand from autonomous naval vessels into a broader maritime autonomy platform.
Naval expansion. The most significant near-term expansion vector: the Navy's MUSV program, the Landing Craft Utility (LCU) contract, and the Service's plan to expand its unmanned surface vessel fleet from four to 30 vessels by 2030 in the Indo-Pacific. Saronic is positioned to capture a significant share of this demand.
Commercial maritime. The partnership with Hornbeck Offshore Services targets offshore services and energy operations, including pilot projects for Marauder. The ABS collaboration explores autonomous technologies for commercial maritime applications. These partnerships open a market that is not dependent on defense budgets.
International expansion. Saronic has launched operations in the U.K. and Australia, and partnered with Lloyd's Register to advance maritime autonomy standards across the U.K., Europe, and Australia. This is a distribution play — positioning Saronic as the default autonomous maritime provider for U.S. allies.
Industrial capacity. Port Alpha is the largest shipyard investment in the United States. When fully built out, it will employ approximately 10,000 people and generate $750 million in annual paychecks. The shipyard will have the ability to expand to nearly 4,400 acres and produce over two million gross tons of vessels.
Taiwan and Indo-Pacific. Saronic has been positioned to support Taiwan's unmanned maritime requirements. As the U.S. and its allies prepare for potential conflict in the South China Sea, autonomous maritime systems are becoming a core component of distributed maritime operations.
The CODEW Lens: Saronic is expanding along the same axis that Anduril used in defense technology — start with one platform, then build the industrial capacity to produce it at scale. The question is whether maritime autonomy has the same addressable market as air and land autonomy.
9. The Risks
Production ramp risk. Port Alpha will not open until 2028, and the first vessels will not be delivered to the Navy until 2029. In the interim, Saronic must scale production at its existing Louisiana and Texas facilities. Any delay in shipyard construction or production ramp could push revenue timelines beyond the company's capital runway.
Competition from incumbents. HII, General Dynamics, and other large shipbuilders have the resources, customer relationships, and distribution channels to compete aggressively. HII won a MUSV contract alongside Saronic, and the Navy's marketplace approach explicitly encourages multiple vendors. If incumbents successfully bundle autonomy into broader shipbuilding contracts, Saronic's standalone value proposition could face pressure.
Legal and procurement risk. Blue Water Autonomy and Saildrone have sued the Navy after being excluded from the MUSV program. If the litigation delays or disrupts the procurement process, Saronic's contract pipeline could be affected.
Technology risk. The autonomy software stack is still maturing. While Saronic's vessels have performed operationally, the transition from small Corsairs to 180-foot Marauders with complex payload configurations introduces new engineering and reliability challenges. The domain gap between small-vessel autonomy and large-vessel autonomy is significant.
Defense budget risk. Saronic's growth thesis is predicated on continued increases in U.S. defense spending, particularly for autonomous systems. If defense budgets decline, or if the Navy's procurement priorities shift, the addressable market could be smaller than projected.
Execution risk. The dual-use strategy, the international expansion, the shipyard construction, and the production ramp — all happening simultaneously — represent a significant operational challenge. Combining shipbuilding, AI autonomy, and commercial maritime services is a complex portfolio to manage.
Valuation risk. A $9.25 billion valuation with undisclosed revenue and no profitability creates pressure for continued hypergrowth. A deceleration could trigger a valuation reset of the kind other high-flying defense technology startups have experienced.
The CODEW Lens: The biggest risk is not that Saronic fails to build autonomous boats. It is that Saronic builds an excellent autonomous maritime platform and still loses the category to a bundled incumbent that was already in the Navy's procurement system.
10. What to Watch
Port Alpha construction timeline. Whether the shipyard opens on schedule in 2028 and begins delivering vessels to the Navy in 2029 will be a key indicator of Saronic's ability to execute on its industrial strategy.
Revenue disclosures. Saronic has not published absolute revenue figures. Any disclosure of revenue or profitability metrics would provide critical validation of the business model.
MUSV program outcomes. Whether Saronic expands its share of the Navy's Medium Unmanned Surface Vessel program — and whether the Blue Water Autonomy and Saildrone litigation disrupts the procurement — will shape the competitive landscape.
Commercial maritime traction. Whether the Hornbeck Offshore and ABS partnerships result in commercial orders will test the dual-use thesis.
International expansion. Whether Saronic's U.K., European, and Australian operations result in actual contracts — not just standards partnerships — will indicate whether the international expansion is real revenue or just positioning.
Competitive responses. How Anduril, HII, and other competitors respond to Saronic's maritime autonomy positioning will shape the landscape. Anduril's existing shipyard in Seattle is a direct competitive threat.
Further M&A or IPO signals. With $2.6 billion raised and a $9.25 billion valuation, Saronic has capital to deploy. Additional acquisitions or IPO preparation would signal the next phase of its strategy.
The CODEW Lens: The single most important data point to watch is whether Saronic's Marauder vessels are delivered to the Navy on schedule and perform as specified in operational environments. Production delays or performance failures would undermine the entire thesis.
The CODEW Take: Can Saronic Become the Platform for Autonomous Maritime Defense?
Can Saronic turn autonomous maritime systems into a scalable defense technology platform as the U.S. Navy seeks to counter Chinese naval expansion?
The answer is likely yes — but the company that emerges will be judged on two things it has not yet proven: whether it can build ships at the scale its shipyard promises, and whether autonomous maritime systems become a first-class procurement category rather than a feature of traditional shipbuilding contracts.
Saronic has built something genuinely difficult: an autonomous maritime platform with edge AI, a manufacturing operation that completed the fastest large-ship build in the U.S. since World War II, and operational deployments that have saved lives and conducted strikes. That foundation is real, and it is the prerequisite for everything else — you cannot deploy autonomous vessels at scale without the ability to manufacture and support them.
The expansion into commercial maritime and international markets is strategically logical. Defense budgets are cyclical, but commercial shipping is not. If Saronic can sell the same autonomy stack to offshore energy operators and allied navies, it builds a more resilient revenue base. That is a much more defensible position — and a much larger market.
But the risks are structural. Saronic's valuation assumes continued hypergrowth and eventual profitability, with no public revenue figures to validate either. Its most formidable competitor, Anduril, already has the software stack, the defense relationships, and a shipyard. And the autonomous maritime market it is betting on could consolidate around the incumbents who already own the Navy's procurement relationships.
The CODEW verdict: Saronic is the most credible independent challenger in autonomous maritime systems today, with the technology, capital, manufacturing capability, and operational proof points to become a foundational layer of the defense technology stack. The open question is not capability — it is scale. Autonomous maritime systems must become a first-class procurement category, not a feature of shipbuilding contracts. If they do, Saronic is positioned to define the category. If they do not, Saronic becomes an acquisition target rather than a platform.
The three sources of potential advantage — manufacturing speed, autonomy software, and operational deployment — are all present. The question is whether they compound into a platform or dissolve into a collection of expensive capabilities that a larger shipbuilder bundles for less. The next 24 months will tell.
The CODEW Lens: Saronic is not betting on being the best autonomous boat builder. It is betting that in an era of great-power competition, whoever controls the industrial capacity to produce autonomous warships controls the maritime balance of power. Owning the shipyard is a more durable position than owning any single vessel design built in it.
The Saronic Glossary
ASV (Autonomous Surface Vessel) — A watercraft that operates on the surface without a crew, using onboard AI and sensors for navigation and mission execution.
MUSV (Medium Unmanned Surface Vessel) — A Navy classification for autonomous surface vessels in the medium size range, typically between 40 and 200 feet.
Edge AI — AI processing that runs directly on the vessel rather than in a remote data center, enabling real-time decisions without relying on communications links.
Passive perception — Using sensors that do not emit detectable signals (cameras, passive sonar) to detect and track other vessels, as opposed to active radar or sonar that reveals position.
Collaborative autonomy — The ability of multiple autonomous vessels to work together as a team, sharing situational awareness and coordinating actions.
Echelon — Saronic's browser-based command-and-control system that provides human-on-the-loop visibility into autonomous operations.
Attritable — A system designed to be produced at low enough cost that losing it in combat is acceptable, enabling use in high-risk missions.
OTA (Other Transaction Authority) — A streamlined contracting mechanism that allows the Defense Department to work with non-traditional contractors more quickly than standard procurement rules allow.
Port Alpha — Saronic's next-generation shipyard at the Port of Brownsville, Texas, expected to be the largest shipyard in the United States when complete.
GOTS/COTS — Government-Off-The-Shelf and Commercial-Off-The-Shelf. Refers to hardware and software that can be integrated into a platform without custom development.
Software-defined production — A manufacturing approach that uses software to control and optimize the production process, enabling faster iteration and higher precision.
Dual-use — A technology or platform designed for both military and commercial applications, enabling revenue diversification and scale economies.
FAQ
Q: What does Saronic actually do?
Saronic designs and manufactures autonomous surface vessels for defense and commercial maritime applications. Its platforms — Corsair (24 ft), Mirage (52 ft), and Marauder (180 ft) — use edge AI, passive perception, and collaborative autonomy to operate without a crew. The company also builds the shipyards and production facilities required to manufacture these vessels at scale.
Q: How much has Saronic raised, and at what valuation?
Saronic has raised $2.6 billion in total across multiple rounds. Its Series C in February 2025 raised $600 million at a $4 billion valuation. Its Series D in March 2026 raised $1.75 billion at a $9.25 billion valuation. Investors include Kleiner Perkins, Advent International, 8VC, Caffeinated Capital, Andreessen Horowitz, Elad Gil, General Catalyst, Bessemer Venture Partners, DFJ Growth, Franklin Templeton, and IMM Investment.
Q: Is Saronic profitable?
Saronic has not disclosed profitability, and its capital intensity — shipyard acquisitions, $300 million in facility expansion, and a $3 billion Port Alpha shipyard — suggests the company is prioritizing capacity over near-term margin. It remains unprofitable based on the information available, and it has never disclosed a revenue figure.
Q: Who are Saronic's main competitors?
In autonomous maritime startups, the closest competitors are Blue Water Autonomy, Saildrone, Sea Machines, and MARTAC. In defense technology platforms, Anduril is the most comparable company. In shipbuilding, Saronic competes with HII, General Dynamics, and Austal. Anduril's existing shipyard in Seattle makes it a direct competitive threat.
Q: What are Saronic's biggest risks?
The biggest risks are production ramp risk (Port Alpha will not open until 2028), competition from incumbents (HII also won a MUSV contract), legal and procurement risk (Blue Water Autonomy and Saildrone are suing the Navy), technology risk (transitioning from small to large vessel autonomy), defense budget risk (dependence on continued defense spending increases), execution risk (multiple simultaneous initiatives), and valuation risk (undisclosed revenue against a $9.25 billion valuation).
Q: Why does Saronic matter for the AI era specifically?
Because autonomous maritime systems represent the physical application of AI in a domain where the U.S. faces a significant capacity gap. Saronic's argument is that edge AI, passive perception, and modular autonomy can enable the Navy to field more capable vessels faster and at lower cost than traditional shipbuilding. If that argument holds, autonomous maritime systems become a foundational defense technology, not just a niche capability.
The CODEW Stat
$2.6B raised · $9.25B valuation · $500M+ in government contracts Saronic has raised $2.6 billion, reached a $9.25 billion valuation, and secured more than $500 million in government contracts — including a $392 million Navy production contract for Corsair and a $1.2 billion multi-vessel award for Marauder. The capital is real. The contracts are real. What remains unproven is whether Saronic can build ships at the scale its $3 billion Port Alpha shipyard promises — and whether autonomous maritime systems become a first-class procurement category rather than a feature of traditional shipbuilding contracts. That is the central question of the Saronic thesis.
Reviewed by Erwin Castro
on
Saturday, October 03, 2026
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