Havoc AI

Cover Block

Name	Havoc AI
Tagline	Autonomy stack for uncrewed maritime surface vessels
Headquarters	Providence, RI, United States
Founded	2024
Stage	Series A
Business Model	Hardware + Software
Industry	Defense / Govtech
Technology	Robotics
Geography	North America
Growth Profile	Venture Scale
Founding Team	Paul Lwin
Funding Label	$50M+
Total Disclosed	$96,200,000

Links

• Website: https://www.havocai.com

Data Accuracy: GREEN -- Confirmed by company website.

What an Investor Needs First

Havoc AI is building a collaborative autonomy stack for uncrewed surface vessels, a bet that has attracted over $96 million in disclosed capital since its 2024 founding [Fortune, 2025]. The company's focus is on the 'robot brains', the software and AI that enable scalable, multi-vessel operations, while partnering with established shipyards like Hanwha Ocean for hardware integration [Defense One, June 2025] [WorkBoat]. This platform-agnostic approach aims to allow a single operator to command fleets, targeting cost and personnel efficiencies for naval and commercial maritime operations.

Founder Paul Lwin leads the Providence-based venture. The company's rapid funding trajectory, from an $11 million seed in 2024 to an $85 million round in 2025, underscores investor belief in the near-term demand for autonomous maritime systems [Tectonic Defense] [PRNewswire]. Key milestones include the delivery of its planned 100-foot prototype vessel, the progress of its partnership with Hanwha on 200-foot autonomous ships, and the conversion of reported 'dozens' of vessel sales to the DoD into sustained, scaled deployment [Defense One, June 2025] [WorkBoat].

Data Accuracy: YELLOW -- Key facts like funding rounds and partnerships are reported by multiple outlets, but founder background and detailed operational metrics are not publicly corroborated.

Taxonomy Snapshot

Axis	Classification
Stage	Series A
Business Model	Hardware + Software
Industry / Vertical	Defense / Govtech
Technology Type	Robotics
Geography	North America
Growth Profile	Venture Scale
Funding	$50M+ (total disclosed ~$97.2M)

Inside the Company

Havoc AI emerged in 2024, a Providence, Rhode Island-based entity founded by Paul Lwin [Craft.co]. Its founding premise is to develop the "robot brains" for uncrewed surface vessels, partnering with established shipyards rather than building hulls from scratch [Defense One, June 2025].

Within its first year, Havoc AI secured an $11 million seed round led by Trousdale Ventures and Scout Ventures [Tectonic Defense]. This was followed in 2025 by an $85 million capital infusion [Fortune, October 2025] [PRNewswire]. Key milestones include a formalized partnership with South Korean shipbuilding conglomerate Hanwha Ocean to develop 200-foot autonomous surface vessels [WorkBoat] and a collaboration with defense prime Lockheed Martin [Tectonic Defense]. In March 2026, the company announced acquisitions of two firms, Mavrik and Teleo, to advance its all-domain collaborative autonomy capabilities [PRNewswire, March 2026].

Data Accuracy: YELLOW -- Core facts are reported by multiple outlets, but some details like exact round dates and the nature of the Lockheed Martin collaboration lack independent corroboration.

Under the Hood

Havoc AI’s core proposition is a collaborative autonomy stack designed to be vessel-agnostic, focusing on the software and command systems. The company describes its offering as the "robot brains" for uncrewed surface vessels (USVs), partnering with established shipyards to integrate its technology onto existing or new-build platforms [Defense One, June 2025]. This approach is intended to allow a single operator to command and control multiple unmanned assets.

The technology is being developed across a range of vessel sizes. Public announcements point to active development of both a 100-foot USV targeted for completion by the end of 2025 and a partnership with Hanwha Ocean for a 200-foot autonomous surface vessel [Defense One, June 2025] [WorkBoat]. The company has also claimed a successful air-sea autonomy mission in a GPS-denied environment [PRNewswire]. Partnerships with major defense integrators like Lockheed Martin and SAIC indicate a product built for complex defense scenarios [Tectonic Defense].

Data Accuracy: YELLOW -- Product claims are sourced from press releases and trade publications; technical specifications and performance benchmarks are not publicly available.

Market Research and Opportunity

The push for uncrewed systems in maritime defense is accelerating, driven by a strategic pivot toward distributed, attritable assets. Demand is anchored in specific military priorities. The U.S. Navy's Project Convergence demonstration, where Havoc AI participated, is a signal of interest in cross-domain, autonomous sensing networks [Defense One, June 2025]. This aligns with the Pentagon's Replicator initiative. The commercial tailwind is present in offshore energy, hydrographic survey, and port security.

Analysts at Forecast International have previously estimated the global military unmanned maritime systems market to exceed $2 billion annually by the late 2020s. The autonomy software layer would capture a portion of this spend. Regulatory and macro forces are double-edged. The National Defense Authorization Act continues to allocate funds for unmanned and autonomous systems. Geopolitical tensions in contested waterways provide a persistent use-case narrative. The partnership with a established shipbuilder like Hanwha Ocean is a direct response to certification challenges [WorkBoat].

Market Segment	Size Estimate (Analogous)
Global Military Unmanned Maritime Systems	>$2B (annual, late 2020s)
U.S. Navy Shipbuilding & Conversion	~$32B (FY25 request)

Data Accuracy: YELLOW -- Market sizing is based on analogous, third-party defense analysis, not company-specific TAM.

Competition and Substitutes

Havoc AI enters a crowded field where established defense primes, specialized hardware builders, and software-focused autonomy firms are vying for contracts.

Company	Positioning	Stage / Funding
Havoc AI	Autonomy stack for USVs; partners with shipyards.	Series A; ~$96.2M total disclosed.
Saronic	Developer of autonomous surface vessels for defense.	Series B; $70M+ total funding.
Saildrone	Provider of wind and solar-powered USVs.	Venture Series Unknown; $190M+ total funding.
Sea Machines	Autonomous control systems for workboats.	Series B; $45M+ total funding.
Anduril	Defense technology company building autonomous systems.	Series E; $2.2B+ total funding.

Competition is segmented by customer focus and integration model. Primary defense incumbents offer integrated solutions but often lack the software-centric, rapid-iteration culture of startups. Saronic and Saildrone exemplify the hardware-integrated path. In contrast, software-centric players like Sea Machines and Havoc AI aim to be platform-agnostic. Anduril represents the most formidable adjacent threat, possessing the capital and prime contractor status to expand its Lattice OS into the maritime surface domain.

Havoc AI's current defensible edge appears to be its early focus on collaborative, multi-domain autonomy and its partnership-led capital structure. Its collaborations with Hanwha Ocean and Lockheed Martin signal an asset-light, ecosystem-integration strategy [WorkBoat], [Tectonic Defense]. The recent $85 million capital infusion provides runway to scale these partnerships [Fortune, October 2025].

Data Accuracy: YELLOW -- Competitor funding and positioning are sourced from Crunchbase and industry reports.

Opportunity

If Havoc AI executes on its vision of becoming the autonomy layer for the next generation of uncrewed maritime fleets, the company is positioned to capture a central role in a defense and commercial market undergoing a fundamental shift toward robotic platforms.

The headline opportunity is for Havoc AI to become the default autonomy software stack for a new class of uncrewed surface vessels (USVs) across the U.S. Department of Defense and allied navies. The company is not aiming to be a shipbuilder, but rather the provider of the "robot brains" that enable collaborative operations [Defense One, June 2025]. The company has reported selling dozens of vessels to the Department of Defense [WorkBoat], and has secured formal partnerships with Lockheed Martin and Hanwha Ocean [Tectonic Defense] [WorkBoat].

Scenario	What happens	Catalyst
Program of Record Winner	Havoc's autonomy stack is selected as the standard for a major USV program.	A successful demonstration in a key military exercise leading to a contract.
Allied Navy Expansion	The Hanwha partnership becomes a template for international tenders.	The co-developed 200-foot autonomous vessel wins an international tender.
Cross-Domain Platform	Havoc evolves into a provider of "all-domain" collaborative autonomy.	Successful integration of acquired capabilities from Mavrik and Teleo Robotics.

Data Accuracy: YELLOW -- Opportunity framing relies on cited partnerships and product claims.

Sources

1. [Bloomberg, 2023] Anduril Valued at $8.5 Billion in Funding Round Led by Valor Equity
2. [Craft.co] Havoc AI Company Profile
3. [Crunchbase] Anduril Industries
4. [Crunchbase] Saildrone
5. [Crunchbase] Saronic
6. [Crunchbase] Sea Machines
7. [Defense One, June 2025] Naval drone startup HavocAI hopes to build 100-foot robot boat by year’s end
8. [Fortune, October 2025] HavocAI raises $85M to sell autonomous boats to the U.S. military
9. [Maritime Executive] Hanwha Teams Up With American Swarming-Boat AI Startup Havoc
10. [PRNewswire] HavocAI Adds $85M in New Capital to Scale Proven Autonomy Capabilities
11. [PRNewswire] HavocAI Executes World's First Successful Air-Sea Autonomy Mission in GPS-Denied Environment
12. [PRNewswire, March 2026] Havoc Advances All-Domain Collaborative Autonomy Through Acquisitions of Mavrik and Teleo
13. [Tectonic Defense] HavocAI and Lockheed Martin Team Up
14. [WorkBoat] Hanwha, HavocAI to develop 200’ autonomous surface vessels