Global Security & Defense Watch: Pentagon’s Drone Push, Montana Super Range & Autonomous Warfare Command
Global Security & Defense Watch · October 15, 2026
Pentagon Seeks $50B for Mass Drone Production, Trump Announces Montana "Super Range," Leonardo DRS Wins $500M Counter-UAS Contract, and the Autonomous Warfare Command Takes Shape
The Pentagon Is Betting Big on Autonomous Systems — and the Industrial Base Is Racing to Keep Up
The most consequential defense developments this week reveal a Pentagon moving decisively toward mass-produced autonomous systems, expanded testing infrastructure, and a new command structure designed to coordinate it all. The Department of War plans to request $50 billion from Congress for mass production and large-scale deployment of hundreds of thousands of unmanned systems this year, with millions planned in subsequent years under Project Agincourt, per OSN Media and Defence Industry Europe. Defense Secretary Pete Hegseth said at AUSA 2026 that the Pentagon plans to field hundreds of thousands of one-way attack systems this year, followed by millions in coming years.
In parallel, President Trump announced a new defense "super range" in Montana for testing advanced military technologies including autonomous weapons, space systems, electronic warfare and hypersonic weapons, per Telegraph India. The announcement came at a campaign event in Kalispell, Montana, and reflects the administration's emphasis on accelerating testing and fielding of next-generation systems. And the Pentagon's Autonomous Warfare Command — a planned four-star combatant command — is taking shape, with Hegseth saying the command has "always been the end state" of Project Agincourt, per War.gov and National Defense Magazine. The command is targeting establishment by October 1, 2027.
In contracts, Leonardo DRS won a $500 million IDIQ contract from JIATF 401 for counter-UAS sensing capabilities, per Inside Defense. The Army awarded AI firm Kaizen Laboratories a $49 million five-year enterprise agreement, per Inside AI Policy. And the Pentagon's Drone Dominance Program is preparing to purchase approximately 60,000 one-way attack drones under a $450 million Phase III initiative, per DroneLife. The through-line: the U.S. military is moving from experimentation to industrial-scale production of autonomous systems — and the contracts, infrastructure, and command structures are being built to support it.
Defense at a Glance
| Development | Organization | Category | Why It Matters |
|---|---|---|---|
| $50B drone production request | Pentagon / Project Agincourt | Autonomous systems | Mass production of hundreds of thousands of unmanned systems signals industrial-scale shift |
| Montana "super range" | Department of War | Testing infrastructure | New test range for hypersonics, autonomous weapons, space and electronic warfare |
| Autonomous Warfare Command | Pentagon | Command structure | Four-star command targeting Oct 2027 establishment to coordinate autonomous warfare |
| $500M counter-UAS IDIQ | Leonardo DRS / JIATF 401 | Counter-UAS | Rapid delivery of integrated counter-drone sensing for force protection |
| $49M AI enterprise agreement | Kaizen Laboratories / Army | Military AI | Application layer above Army systems of record; first task order includes classified work |
| 60,000 one-way attack drones | Pentagon Drone Dominance Program | Drone procurement | Phase III of $450M initiative moving to November; industrial-scale drone purchasing |
| AV–Thunder Tiger MOU | AeroVironment / Taiwan | International co-production | Exploring Switchblade integration with unmanned surface vessels and Taiwan co-production |
Signal summary: Every development this week points to the same shift: the U.S. military is moving from experimentation with autonomous systems to industrial-scale production, testing, and command integration. The contracts, budgets, and infrastructure are being built simultaneously — and the scale targets are measured in hundreds of thousands, then millions.
The Stories Shaping Defense
Pentagon to Request $50 Billion for Mass Production of Unmanned Systems
What is happening: The U.S. Department of War plans to request $50 billion from Congress for mass production and large-scale deployment of hundreds of thousands of unmanned systems this year, with millions planned in subsequent years under Project Agincourt, per OSN Media and Defence Industry Europe. Defense Secretary Pete Hegseth said at AUSA 2026 that the Pentagon plans to field hundreds of thousands of one-way attack systems this year.
Why it matters: This is not a pilot program or a technology demonstration. It is an industrial-scale procurement strategy. The shift from dozens of systems to hundreds of thousands — and eventually millions — changes the entire defense industrial base requirement. It requires production lines, supply chains, and manufacturing capacity that do not currently exist at scale.
The strategic logic: Autonomous systems offer a fundamental cost advantage. A one-way attack drone costs a fraction of a traditional munition or crewed platform. Fielding them in mass creates a quantity advantage that can overwhelm adversary defenses through saturation. That is the theory behind the Drone Dominance Program — and the $50 billion request is what it costs to make it real.
The challenge: The U.S. defense industrial base has not mass-produced drones at this scale. Component supply chains, particularly for electronics and sensors, are not sized for this volume. And the services — Army, Navy, Air Force — have different requirements that must be reconciled under a single command.
Editorial question: Can the U.S. industrial base scale to produce hundreds of thousands of drones annually, or will production capacity become the limiting factor on the strategy? Connect to: Defense Technology Startups · AI Watch · Semiconductor Watch.
Trump Announces Montana "Super Range" for Hypersonics, Autonomous Weapons and Space Testing
What is happening: President Trump announced plans for a new defense "super range" in Montana for testing advanced military technologies including autonomous weapons, space systems, electronic warfare and hypersonic weapons, per Telegraph India. The announcement came at a campaign event in Kalispell, Montana, on Wednesday, October 14. "Montana will help ensure the American military always reigns supreme," Trump said.
Why it matters: Test infrastructure is a bottleneck for advanced weapons development. Hypersonic weapons, autonomous systems, and space technologies require specialized ranges that can accommodate high speeds, long distances, and complex instrumentation. The Montana range would expand U.S. capacity to test these systems — and the announcement reflects the administration's emphasis on accelerating development timelines.
The existing infrastructure: Montana already hosts the Montana Spaceport & Test Range and the affiliated Limestone Hills Innovation & Test Campus, a public-private aerospace and defense initiative. Trump did not say whether the new Pentagon initiative would have ties with the existing project.
The political context: The announcement came at a campaign stop ahead of November 3 midterm elections. Trump has been announcing government projects on campaign stops, and the Montana appearance was part of a broader push in Republican-leaning states.
Editorial question: Does a new test range in Montana materially accelerate development timelines for hypersonics and autonomous systems, or is it primarily a symbolic investment in infrastructure that takes years to operationalize? Connect to: Semiconductor Watch · AI Watch · Defense Technology Startups.
Pentagon's Autonomous Warfare Command Takes Shape With October 2027 Target
What is happening: The Pentagon is establishing an Autonomous Warfare Command — a planned four-star combatant command with service-like authorities — designed to "scale autonomous and robotic capabilities across the joint force," per War.gov and National Defense Magazine. Defense Secretary Pete Hegseth said on October 14 that "Project Agincourt as a pathway to a four-star-led Autonomous Warfare Command has always been in the cards." The command is targeting establishment by October 1, 2027.
Why it matters: The establishment of a combatant command is a structural change in how the U.S. military organizes for warfare. A four-star command with authority over autonomous warfare development and integration across the joint force would consolidate what is currently distributed across the services — and would give autonomous systems a dedicated advocate in the Pentagon's planning and budgeting process.
The funding hurdle: Inside Defense reports that giving the command independent budget and procurement powers will require congressional buy-in. That is not guaranteed. A new four-star command competes for resources with existing commands and services, and Congress has historically been protective of service budget authority.
The operational dimension: Hegseth noted that the Theodore Roosevelt Carrier Strike Group deployed on October 8 with a medium-sized unmanned surface vessel — an example of autonomous systems already integrating into fleet operations.
Editorial question: Does a dedicated Autonomous Warfare Command accelerate the integration of unmanned systems across the joint force, or does it create a new layer of bureaucracy that delays deployment? Connect to: AI Watch · Defense Technology Startups · Enterprise AI Intelligence.
Leonardo DRS Wins $500 Million JIATF 401 Contract for Counter-UAS Sensing Capabilities
What is happening: Leonardo DRS has been awarded a three-year, indefinite-delivery, indefinite-quantity contract worth up to $500 million from the Joint Interagency Task Force 401 (JIATF 401), the Pentagon's counter-unmanned aerial system task force, per Inside Defense. The agreement is meant to "increase speed and agility in delivering vetted counter-UAS technologies and systems to operators." Leonardo DRS will compete for task orders for rapid delivery of integrated counter-drone sensing capabilities.
Why it matters: The contract structure — an IDIQ ceiling with task orders — is designed for speed. Instead of a single large procurement, JIATF 401 can issue task orders as threats emerge and requirements evolve. That is a recognition that counter-drone technology is changing quickly, and the Pentagon needs a contracting mechanism that can keep pace.
The threat context: Counter-UAS has become one of the most urgent capability gaps across the U.S. military. Small drones are cheap, widely available, and have proven effective in Ukraine, the Middle East, and other conflicts. Defending against them requires sensing capabilities that can detect, track, and identify low-altitude, low-signature targets — exactly what Leonardo DRS is providing under this contract.
The competitive landscape: Leonardo DRS is one of several companies competing in the counter-UAS market, alongside firms like Fortem (recently backed by Lockheed Martin) and a growing set of startups. The JIATF 401 contract establishes Leonardo DRS as a qualified supplier, but does not guarantee task order volume.
Editorial question: Does the IDIQ structure deliver counter-drone capabilities faster than traditional procurement, or does it simply shift the bottleneck from contracting to task order execution? Connect to: AI Watch · Cybersecurity Watch · Defense Technology Startups.
Army Awards AI Firm Kaizen $49 Million Five-Year Enterprise Agreement
What is happening: The Army has awarded artificial intelligence software company Kaizen Laboratories a $49 million indefinite delivery, indefinite quantity enterprise agreement, per Inside AI Policy. The five-year agreement will allow the service to use Kaizen's application layer system when a requirement arises, according to an Oct. 5 company announcement. The contract vehicle includes "mission and enterprise applications, staff workflows, records and reporting that sit above the Army's systems of record." The first task order includes classified work.
Why it matters: This is a significant contract for an AI software company working with the Army, and it reflects a broader trend: the military is buying application-layer AI that sits on top of existing systems of record, rather than replacing those systems. The approach allows the Army to add AI capabilities without a costly rip-and-replace of its core IT infrastructure.
The classified dimension: The fact that the first task order includes classified work indicates the Army intends to use Kaizen's technology for sensitive applications — not just administrative or back-office functions. That is a meaningful signal about the maturity and trust level of the technology.
The contracting vehicle: An IDIQ enterprise agreement means the Army can issue task orders as specific requirements arise, rather than committing to a single large procurement up front. That structure is increasingly common for software, where requirements evolve and the technology changes quickly.
Editorial question: Does the application-layer approach allow the military to adopt AI faster than replacing systems of record, or does it create integration complexity that slows deployment? Connect to: Enterprise Software Watch · AI Watch · Enterprise AI Intelligence.
Also in Defense
Additional defense developments worth tracking:
Anduril awarded $2.9B Navy submarine contract: Anduril Industries secured an up to $2.9 billion contract with the U.S. Navy to boost submarine production, with payments tied directly to demonstrated production outcomes. The award came days after co-founder Palmer Luckey was named to a Pentagon future weapons task force, per CNBC. Anduril also won an up to $1.8 billion Army contract for a next-generation battlefield command network.
Raytheon missile contracts: RTX's Raytheon secured a five-year, $6.3 billion contract for production and sustainment of Standard Missile-3 Block IB (SM-3 IB) interceptors, per Raytheon. The Navy also awarded Raytheon a multi-year contract worth up to $24.4 billion for SM-6 missiles, per VOV.
L3Harris awards: L3Harris received a $55 million Army award for the NOVA night-vision goggle system supporting the BiNOD program, per L3Harris. The company also won a $250 million follow-on contract from Lockheed Martin to manufacture GMLRS propulsion units, per Global Defense Aerospace Post.
AeroVironment–Thunder Tiger MOU: AeroVironment and Taiwan's Thunder Tiger signed a memorandum of understanding to explore integration of Switchblade loitering munitions with Thunder Tiger's unmanned surface and ground platforms, as well as potential co-production in Taiwan, per AeroVironment.
Kapta Space raises $24M: Spaceborne radar developer Kapta Space raised a $24 million Series A led by Washington Harbour Partners, bringing total funding to $30 million. The company has secured multiple classified moving target indication (MTI) contracts and is developing a modular radar architecture for persistent space-based ISR, per TMCnet.
European defense startup funding reaches record: European defense startups are forecast to raise a record $10.5 billion in 2026, roughly four times the 2024 level. Across NATO countries, defense startups raised $27.1 billion in venture capital so far in 2026, per Defense News. The EU also adopted the €115 million AGILE program to accelerate defense innovation among SMEs and startups.
South Korea hypersonic test: South Korea conducted its first test launch of a domestically developed hypersonic glide vehicle (HGV) on October 8, per Yonhap. The test came days after North Korea launched what it described as a hypersonic intermediate-range missile, highlighting an accelerating arms race on the Korean Peninsula, per DW.
What to Watch Next
- Congressional response to the $50B drone request. Watch whether Congress approves the funding and under what conditions, and whether production capacity becomes the limiting factor.
- Montana super range timeline. Track whether the Pentagon establishes the range and how quickly it becomes operational for hypersonic and autonomous systems testing.
- Autonomous Warfare Command funding authority. Monitor whether Congress grants the command independent budget and procurement powers, or whether it remains dependent on the services.
- Leonardo DRS task orders under JIATF 401. Watch how quickly task orders are issued and whether the IDIQ structure delivers capabilities faster than traditional procurement.
- Kaizen's classified task order delivery. Track whether the Army expands use of application-layer AI across additional mission areas, and whether other services follow.
- Drone Dominance Program Phase III. Monitor the November competition for 60,000 one-way attack drones and whether the Pentagon can execute at that scale.
- European defense startup funding pace. Watch whether the $10.5 billion forecast for 2026 is met, and whether the AGILE program accelerates SME participation in defense innovation.
The U.S. military is moving from experimentation to industrial-scale production of autonomous systems. The $50 billion drone production request, the Montana super range, and the Autonomous Warfare Command are three parts of the same strategy: build the industrial base, build the test infrastructure, and build the command structure to field autonomous systems at scale.
For defense contractors: The scale targets — hundreds of thousands this year, millions in coming years — change production requirements fundamentally. Companies that can deliver at volume, not just at prototype quality, will win the largest contracts. The IDIQ structures being used across multiple programs (JIATF 401, Drone Dominance, Kaizen) reflect a preference for speed and flexibility over traditional procurement cycles.
For defense technology startups: The European defense startup funding surge ($10.5B forecast for 2026) and the EU's AGILE program signal that Europe is becoming a more viable market for defense innovation. In the U.S., the application-layer AI approach (Kaizen) creates opportunities for software companies that can sit above existing systems of record rather than replacing them.
For investors: The defense technology market is expanding across multiple dimensions — production capacity, test infrastructure, command structure, and international co-production. Companies positioned at any of those layers are attracting capital and contracts. The forecast for European defense startup funding suggests the market is not U.S.-only.
For the global security landscape: The hypersonic arms race on the Korean Peninsula, the European defense funding surge, and the U.S. pivot to autonomous systems all point in the same direction: military modernization is accelerating, and the technologies that define the next decade of warfare — autonomy, AI, hypersonics, space — are being fielded now.
The CODEW Stat
$50 billion — the amount the Pentagon plans to request from Congress for mass production and deployment of unmanned systems. It is a striking number because it signals a fundamental shift in military procurement philosophy. The U.S. has spent decades building small numbers of exquisite, expensive platforms. The $50 billion request is a bet on the opposite: large numbers of cheap, autonomous systems that can be produced at industrial scale. If it works, it changes how wars are fought. If the industrial base cannot scale, it becomes a budget line item without a corresponding capability. The answer will determine whether the U.S. military's pivot to autonomy is real or aspirational.
Sources: Reporting sourced from Inside Defense, Inside AI Policy, War.gov, National Defense Magazine, Defence Industry Europe, OSN Media, Telegraph India, DroneLife, CNBC, Raytheon, VOV, L3Harris, Global Defense Aerospace Post, AeroVironment, TMCnet, Defense News, Yonhap, DW, and The CODEW Defense Pulse, covering defense contracts, military modernization, and global security developments from October 6–15, 2026. Company product and contract announcements are attributed to official channels; independent reporting is used for market context and financial data.
All factual claims regarding contracts, program budgets, and corporate announcements are drawn from company disclosures, government publications, and contemporaneous reporting. Editorial analysis is clearly distinguished from reported facts throughout. Contract values, program timelines, and capacity projections are subject to change based on congressional action, appropriations, and program execution. Reported but unconfirmed developments are labeled accordingly. This series does not provide investment advice.
Reviewed by Erwin Castro
on
Thursday, October 15, 2026
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