Defense, Security, and Intelligence Market Analysis 2026

Key Takeaways

• Global defense spending hit $2.718 trillion in 2024, the highest since the Cold War.
• Defense tech startups raised a record $49.1 billion in 2025, reshaping military AI.
• The US FY2026 defense request tops $1 trillion, with AI autonomy systems getting $13.4 billion.

A World Rearming at Record Speed

Something fundamental shifted in the global defense economy after Russia’s full-scale invasion of Ukraine in February 2022. Governments that had spent thirty years harvesting a peace dividend began spending again, not incrementally but aggressively. What followed was not a budget adjustment. It was a structural break.

According to the Stockholm International Peace Research Institute (SIPRI), world military expenditure reached $2.718 trillion in 2024, an increase of 9.4 percent in real terms from the year before. That rate of growth was the steepest year-on-year rise recorded since at least the end of the Cold War. Every one of the world’s fifteen largest military spenders increased its expenditure. The phrase “unprecedented” gets used too easily in market analysis, but SIPRI’s data from April 2025 genuinely supports it here.

This article examines where that money is going, which companies are capturing it, what technologies are reshaping how governments think about security, and what the intelligence community’s own growing budget tells us about where national security priorities now sit.

The Arithmetic of the Global Defense Market

The top five military spenders in 2024 were the United States, China, Russia, Germany, and India. Together they accounted for 60 percent of global military expenditure, with combined spending estimated at $1.635 trillion. That concentration matters because those five countries are also the primary customers driving demand across the defense technology industry.

The United States alone spent $997 billion in 2024, representing 66 percent of total NATO member spending and 37 percent of all military spending worldwide. That figure, up 5.7 percent from 2023, reflects both the sheer scale of the American security establishment and the Biden administration’s push to modernize the nuclear arsenal and accelerate conventional capabilities in response to what Pentagon planners described as simultaneous pacing threats from China and Russia.

NATO members collectively spent $1.506 trillion in 2024, roughly 55 percent of global military expenditure by the SIPRI methodology. NATO’s own accounting, which uses slightly different definitions, placed total NATO defense expenditure at approximately $1.405 trillion in 2025. Europe’s contribution within that grouping was $693 billion in 2024, up 17 percent year-over-year and 83 percent higher than in 2015. That trajectory tells the story of a continent that spent a decade debating whether to meet the 2-percent-of-GDP spending guideline and then, facing a war on its eastern flank, began spending seriously.

The defense tech market as a whole, including software, mission systems, cyber, and C4ISR (command, control, communications, computers, intelligence, surveillance, and reconnaissance) platforms, is estimated at approximately $750 billion in 2026. The Top 100 arms producers generated $679 billion in revenues during 2024, a record, but that figure deliberately excludes smaller cyber vendors, software firms, and many intelligence technology suppliers. Add those and the addressable market for technology sold to defense and intelligence buyers worldwide approaches the $750 billion figure with a conservative methodology.

C4ISR systems alone represented approximately $131.5 billion of that total in 2024. Defense electronics, which covers radar, avionics, and sensor modernization, reached an estimated $176 billion. Military communications, driven by urgent demand for resilient networks that can survive electronic warfare, stood at approximately $34.7 billion and is expanding at a compound annual growth rate of 7.2 percent through 2032.

The United States: Toward a Trillion-Dollar Military Budget

The Trump administration’s fiscal year 2026 defense budget request was the first ever to reach the trillion-dollar threshold, at least in headline terms. The proposal, announced in June 2025 and formalized at $1.01 trillion in total national defense spending, included $848.3 billion in discretionary Pentagon funding combined with $113.3 billion that the administration expected Congress to provide through its reconciliation legislation. Congress passed a defense spending bill on February 3, 2026, approving $839 billion in base Pentagon funding and sending it to President Trump for signature. The reconciliation package, which included $24.4 billion specifically for the Golden Dome missile defense program, provided additional one-time capital that brought the practical total for FY2026 closer to the advertised figure.

The budget broke down as follows: the Army received $197.4 billion, the Navy $292.2 billion, the Air Force $301.1 billion (including the Space Force’s allocation of approximately $39.9 billion), and defense-wide activities $170.9 billion. The Space Force’s funding represented a more than 30 percent jump from FY2025 levels, driven largely by the Golden Dome program’s early requirements and the broader push for space-based sensing and communications resilience.

Perhaps the most significant structural change in the FY2026 budget was the introduction of a dedicated budget line for autonomy and artificial intelligence systems, totaling $13.4 billion. That line item had never existed as a standalone category before. It covered unmanned aerial vehicles at $9.4 billion, maritime autonomous systems at $1.7 billion, autonomous ground vehicles at $210 million, underwater capabilities at $734 million, and cross-domain software integration. The Pentagon’s Research, Development, Test, and Evaluation request reached $179 billion, a 27 percent year-over-year increase.

Reading the budget alongside public guidance from Defense Secretary Pete Hegseth, the priorities are clear: China is the primary pacing threat, with the Indo-Pacific theater driving naval and long-range strike investment; AI and autonomous systems are being treated as a warfighting requirement rather than a modernization aspiration; and missile defense has become a major procurement priority in a way it hasn’t been since the Strategic Defense Initiative era.

Intelligence Programs: The Other Defense Budget

The defense budget headlines tend to crowd out discussion of what is arguably the most specialized and technologically intensive segment of the entire national security market: intelligence. The U.S. intelligence budget runs separately from the main defense budget, across two components that the Office of the Director of National Intelligence and the Pentagon manage under different authorities.

The Director of National Intelligence disclosed that the FY2026 National Intelligence Program (NIP) requested $81.9 billion in appropriations, covering the programs and activities of all 18 agencies in the U.S. Intelligence Community. The Department of Defense separately released the Military Intelligence Program (MIP) budget request for FY2026 at $33.6 billion. Combined, those two programs represent $115.5 billion in intelligence-specific spending for a single fiscal year, a figure that exceeds the entire defense budgets of most nations.

The NIP funds the strategic intelligence activities of agencies including the Central Intelligence Agency, the National Security Agency, the Defense Intelligence Agency, the National Geospatial-Intelligence Agency, and a dozen others. The MIP funds defense intelligence specifically oriented toward tactical and operational military requirements. The two programs don’t fully capture all U.S. intelligence-related spending; the Department of Homeland Security and other civilian agencies maintain their own intelligence functions using departmental appropriations.

What makes these numbers commercially relevant is that approximately 70 percent of the intelligence budget historically flows to private defense contractors, a figure cited in budget analyses dating back to internal documents from DIA acquisition conferences. That pattern hasn’t fundamentally changed. It means the NIP and MIP together create a minimum of roughly $80 billion per year in private-sector technology and services demand that sits largely outside the headline defense procurement figures most market analysts track.

Companies like Booz Allen Hamilton , which derived approximately $10 billion in annual revenue primarily from U.S. government clients including intelligence agencies, and CACI International, which similarly draws the bulk of its business from defense and intelligence contracts, are the visible face of that spending. But the real growth is happening in software-intensive platforms where newer entrants have disrupted the traditional government services model.

How Europe Rearmed in Three Years

Sweden increased its military expenditure by 34 percent in 2024 alone, to $12 billion, reaching the NATO 2-percent-of-GDP threshold in its first year of membership. Germany amended its constitution in 2025 to lift the debt brake that had constrained defense spending for years, enabling a rapid expansion of its military budget. Poland had already met the NATO spending target and was spending above 4 percent of GDP by 2024. Latvia and Lithuania both crossed the 2-percent threshold in 2025.

At the NATO Summit in The Hague in June 2025, alliance members endorsed a historic new spending benchmark: 5 percent of GDP annually by 2035, combining a core defense component with broader resilience and security-linked spending. The commitment more than doubles NATO’s previous 2-percent guideline and creates a multi-year procurement runway that defense companies are already positioning to capture. EU defense expenditure reached approximately €343 billion in 2024 and is estimated at €392 billion in 2025.

The European Commission’s Security Action for Europe (SAFE) instrument, adopted in 2025, is designed to support joint investments in defense industrial production and close identified capability gaps. Implementation details, including national plans and loan negotiations, pushed into 2026. The optimistic reading is that Europe is finally building scale, interoperability, and predictable demand that could reduce unit costs and strengthen deterrence over time. The realistic concern is that procurement across 27 separate national budgets risks duplicating systems, creating incompatible platforms, and locking in expensive national champion programs rather than the shared capability buys that would deliver genuine military interoperability.

That skepticism is worth sitting with. European rearmament is politically genuine and financially substantial. Whether it translates into operational capability at the speed geopolitical conditions demand is not yet clear, and market projections that treat European defense spending as a reliably growing revenue stream for defense suppliers are making an assumption that the history of European defense procurement doesn’t fully support. Still, the momentum is real: Europe’s military spending in 2024 was 83 percent higher than in 2015, and the trajectory is accelerating rather than plateauing.

Germany’s decision to allocate nearly $12 billion specifically to build its drone arsenal, and its plans to deploy the Uranos KI targeting system as early as 2026, signal that European defense investment is moving beyond personnel costs and legacy platforms into AI-enabled systems. Helsing, the German AI defense company, achieved a valuation of €12 billion in 2025 and delivered several hundred of its AI-equipped HX-2 Karma unmanned aerial vehicles to Ukrainian forces in late 2024 and 2025. That combination of private valuation, live combat deployments, and government backing positions Helsing as the most significant European defense technology startup operating in the market today.

Asia-Pacific: China, India, and the Spending Race

China’s official defense budget for 2025 was approximately $245 billion by its own government’s reporting, though independent estimates from SIPRI and other analysts place actual spending considerably higher, potentially exceeding $500 billion when accounting for items that don’t appear in the published figure. The gap between reported and estimated Chinese defense spending is one of the most significant analytical disagreements in the global defense market, and projections built on the official number probably understate the pace of Chinese military modernization.

India, the fifth-largest military spender globally, has been on a sustained upward trajectory driven by border tensions with China, modernization of its air force and navy, and a push for domestic defense manufacturing under the “Make in India” program. India’s defense budget for FY2025 was approximately $74 billion, with significant allocations toward acquiring fighter aircraft, submarines, and advanced missile systems.

Asia’s share of global defense technology revenue is projected to grow from approximately 25 percent in 2026 to 30 percent by 2036, eventually surpassing Europe as the second-largest regional market behind the United States. That shift is being driven not just by Chinese and Indian spending but by Japan’s dramatic rearmament under the Kishida and subsequent administrations, South Korea’s growing defense export industry, and Australia’s deepening investment in submarine, long-range strike, and space capabilities.

China has been developing its drone arsenal at a scale that Western military planners view with considerable alarm. Beijing launched a program to field approximately one million tactical unmanned aerial systems by 2026, alongside development of long-range mothership drones like the Jiu Tian platform designed to release large numbers of smaller drones over contested areas. The United States procured approximately 50,000 unmanned systems in 2025 and has stated plans to acquire 200,000 more by 2027. The asymmetry in scale is striking and has driven much of the FY2026 budget’s $9.4 billion allocation specifically for unmanned aerial vehicles.

The New Defense Industrial Order

Venture capital firms poured $49.1 billion into defense technology startups in 2025, nearly double the $27.2 billion invested in 2024 and a level that marked a genuine structural shift in how the defense industry is capitalized. Equity funding more than doubled year-over-year to $17.9 billion. Manufacturing-focused defense investment within that total reached $4.7 billion across 39 deals. The pattern reflects something more than enthusiasm: it reflects the battlefield validation that Ukraine has provided for autonomous systems, AI-enabled targeting, and software-defined hardware.

The firms that have emerged as the most significant challengers to the traditional defense prime contractors are being called “neoprimes” by some analysts, a term that captures their ambition to compete for the major platform programs and systems integration contracts that have historically been the exclusive domain of Lockheed Martin , Northrop Grumman , Boeing, General Dynamics, and RTX. Whether they can actually make good on that ambition at scale is the defining market question of the next decade, and the early evidence is more compelling than the skeptics expected.

Palantir Technologies: Software at the Center of the Battle Network

Palantir Technologies reported full-year 2025 revenue of $4.475 billion, a 56 percent increase over 2024. In the fourth quarter of 2025 alone, revenue hit $1.407 billion, a 70 percent year-over-year increase. U.S. government revenue for the full year reached $1.855 billion, representing 55 percent growth from 2024. The company’s management guided FY2026 revenue at $7.182 to $7.198 billion, implying approximately 61 percent growth from the 2025 base.

Those numbers are remarkable in any context. In the defense and intelligence software market specifically, they represent a company that has moved from being a controversial intelligence-community contractor with an uncertain commercial future to what is plausibly the most important AI software platform serving the national security market.

The scale of Palantir’s contracts helps explain the trajectory. In August 2025, Palantir inked a contract with the U.S. Army worth up to $10 billion over ten years, consolidating 75 separate contracts into a single enterprise deal covering software and data needs across the Army’s operations. The Department of Defense had boosted the Maven Smart Systems contract, which Palantir has been central to, by $795 million in May 2025. The U.K. Ministry of Defence awarded Palantir a £240 million, three-year contract in December 2025 to provide data analytics supporting operational decision-making. Palantir secured an additional $448 million deal with the U.S. Navy. In Q4 2025, the company closed a record-setting $4.262 billion of total contract value, up 138 percent year-over-year.

Palantir’s adjusted free cash flow for 2026 is projected at $3.925 to $4.125 billion, with the midpoint implying a 77 percent year-over-year increase. That kind of cash generation from what is fundamentally a software and analytics business, deployed across military and intelligence networks, says something concrete about how the government is now valuing data fusion and AI-enabled analysis compared to hardware.

The company’s Maven Smart System platform, used for AI-enabled targeting analysis, has generated substantial debate about the ethics of autonomous weapon system development. Palantir has generally engaged with those debates while maintaining its position that the defense mission is legitimate and that software capable of reducing collateral damage is, on balance, better than the alternative of conducting military operations without it.

Anduril Industries: The $20 Billion Moment

On March 13, 2026, the U.S. Army Contracting Command at Aberdeen Proving Ground issued contract W9128Z-26-D-A001 to Anduril Industries : a 10-year enterprise contract worth up to $20 billion, consolidating more than 120 separate procurement actions for AI-enabled autonomous defense systems into a single framework. The agreement covers Anduril’s proprietary Lattice AI command-and-control platform, along with integrated hardware, data infrastructure, and technical support services across Army networks.

For a company founded in 2017 by Palmer Luckey, the creator of Oculus VR, and co-founders including Trae Stephens, Brian Schimpf, and Matt Grimm, a $20 billion enterprise contract from the U.S. Army represents a legitimacy milestone that even the most optimistic defense technology investor would have struggled to predict at Anduril’s founding. The company’s stated revenue doubled to approximately $1 billion in 2024. In February 2025, Anduril took over Microsoft’s troubled augmented reality headset program with the U.S. Army, the Integrated Visual Augmentation System, redesigning it around open AI-enabled architectures. In March 2025, it was selected to provide autonomy systems for U.S. Special Operations Command under an $86 million contract. The $20 billion Army deal arrived about a week after Shield AI deployed its Hivemind autonomy software for the U.S. Air Force’s Collaborative Combat Aircraft program.

Anduril raised $2.5 billion in June 2025 at a $30.5 billion valuation in a round led by Founders Fund, with Andreessen Horowitz and Thrive Capital also participating. By early 2026, reporting indicated the company was exploring a new funding round at approximately $60 billion, which would represent a near-doubling of valuation in under nine months. The Anduril case is compelling evidence that the “neoprimes” are not a venture capital narrative but an operational reality, at least at the software and integration layer. The more uncertain question is whether Anduril can ultimately compete for major platform programs and shipbuilding at the scale of a Lockheed Martin or Northrop Grumman, companies that have decades of supply chain relationships, cleared workforce infrastructure, and congressional relationships built through decades of production contracts. Whether the platform program competition unfolds in Anduril’s favor or the traditional primes successfully assimilate AI capabilities into their existing systems is a question that won’t resolve cleanly by the end of 2026.

The company’s Lattice platform collects and fuses data from multiple sensor sources, providing what Anduril describes as a coherent operational picture while enabling faster AI-assisted decision-making. Its modular architecture allows integration with existing Army networks and tactical systems. The Ghost series of drones and the Roadrunner autonomous interceptor represent the hardware products built around that software core, reflecting the company’s “software-first, hardware-compatible” development philosophy.

Shield AI and the Hivemind Platform

Shield AI raised $240 million in March 2025 at a $5.3 billion valuation. By February 2026, the company was reportedly in advanced discussions to raise an additional $1 billion at a valuation of approximately $12 billion, a re-rating that reflects specific contract wins rather than general market enthusiasm. The key event was the selection of Shield AI’s Hivemind autonomy software for the Collaborative Combat Aircraft program, integrating it onto Anduril’s YFQ-44A “Fury” drone for the U.S. Air Force. The Collaborative Combat Aircraft program is structured as a multi-decade, multi-billion-dollar production effort with potential plans to field substantial numbers of autonomous aircraft alongside crewed platforms.

Shield AI’s V-BAT drones also demonstrated operational effectiveness in Ukraine’s electronic warfare environment, providing a real-world proof point that its autonomy software can operate in contested electromagnetic conditions where GPS denial and signal jamming would render conventional platforms ineffective.

The company’s business model differs slightly from Anduril’s. Where Anduril owns its hardware-software stack more completely, Shield AI focuses primarily on autonomy software that can be integrated across multiple platforms operated by different prime contractors. That approach is either a significant advantage, enabling faster proliferation across the DoD’s existing platform inventory, or a vulnerability, since the primes are investing in building their own autonomy capabilities internally. At current funding trajectories and contract momentum, the skeptical case is becoming harder to sustain.

Helsing and the European Challenger

Helsing, founded in 2021 and headquartered in Munich, achieved a valuation of €12 billion in 2025, making it Europe’s most valuable private defense technology company. The firm’s HX-2 Karma drone, equipped with AI-targeting software developed specifically for electronic warfare environments, began operational deliveries to Ukraine in late 2024. Helsing’s newest platform, the Europa, is a four-and-a-half-ton unmanned fighter jet designed to operate alongside crewed aircraft and carry hundreds of pounds of weaponry into heavily defended airspace.

Helsing’s role in the British Army’s ASGARD targeting web program, which British officials claimed could compress the kill chain from detection to strike decision to under one minute, illustrates how European defense innovation is now attempting to move from aspirational to operational. The ASGARD system is planned for completion by 2027. Germany’s Uranos KI targeting system represents a parallel national effort with a deployment target of 2026.

Drone Warfare and the Ukraine Proving Ground

Ukraine’s experience since February 2022 has become the most intensively studied military laboratory in modern history, and no technology has been studied more intensively than unmanned systems. Ukraine produced approximately 2.2 million drones in 2024 and scaled that production to approximately 4.5 million in 2025. The country established a dedicated Unmanned Systems Service within its military structure in 2024, formalizing what had been an improvised ecosystem of hundreds of small manufacturers. Commercial technology, primarily unmanned systems, came to account for nearly half of Ukraine’s defense procurement spending.

The tactical lessons from Ukraine are being adopted by military establishments worldwide, and they’re driving procurement decisions in ways that market projections often understate. The fundamental insight isn’t simply that drones are effective. It’s that the cost economics of warfare have shifted in a way that makes legacy capital-intensive military structures strategically vulnerable.

Early in the war, Ukraine relied on expensive missile systems to defend against Russian drone attacks, creating a deeply unsustainable cost equation where multimillion-dollar interceptors were being used against drones that cost hundreds or thousands of dollars to manufacture. Over time, Ukraine shifted toward layered defense systems combining passive sensors, mobile gun teams, low-cost interceptor drones, and AI-assisted detection networks. That shift toward cost-balanced defense approaches is now being studied and replicated by NATO planners across the alliance.

The electronic warfare environment in Ukraine accelerated the adoption of fiber-optic guidance systems, onboard AI processing, and autonomous navigation for drones operating in GPS-denied conditions. Russian forces relied heavily on jamming to degrade Ukrainian drone effectiveness. Ukrainian engineers responded with frequency-hopping communications, redundant control systems, and offline-capable autonomy that allowed missions to complete even when communications links were disrupted. By 2025, small AI-augmented guidance modules enabled drones to operate semi-autonomously when human control was interrupted. Machine learning and AI integration had become the strategic differentiator, and the race toward AI coordination of multiple systems was, according to the Institut français des relations internationales’ February 2026 analysis of the conflict, already underway.

A June 2025 operation in which Ukraine’s drones damaged or destroyed approximately one-third of Russia’s nuclear-capable long-range bomber fleet illustrated what properly coordinated mass drone attacks can accomplish against high-value assets that traditional air defense systems were designed to protect against different threat types. That event accelerated counter-drone budget discussions across NATO governments and was cited in market analyses as a catalyst for increased procurement urgency.

The CSIS analysis published in February 2026 documented how Ukraine’s industrial approach to drone production, scaling from roughly $1 billion in total defense industrial output in 2022 to an estimated $15 billion in 2025, compressed development cycles to weeks rather than years. Cost ceilings replaced performance ceilings as the primary design constraint. This production model, driven by commercial supply chains, iterative software updates pushed over the network, and constant frontline feedback, has no precise parallel in any NATO country’s defense industrial base. Western militaries are studying it intensively, and the DoD’s push toward commercial suppliers for unmanned systems reflects a direct policy conclusion drawn from those studies.

The most operationally significant tactical AI development in Ukraine has been the emergence of onboard autonomous navigation that allows drones to complete missions independently when communications are jammed. AI replacing 99 percent of human labor in target classification and approach guidance, as cited in the CSIS analysis of Ukraine’s autonomous warfare capabilities, is not a description of theoretical future capability. It’s a description of what Ukrainian operators were fielding against Russian forces in 2025. That documented operational experience is the most persuasive evidence available for why defense budgets worldwide are prioritizing AI-enabled autonomous systems over conventional hardware programs.

Counter-Drone and Autonomous Systems Markets

The global counter-drone defense market exceeded $4 billion in 2025 by most estimates. Within that larger market, the specifically autonomous and AI-enhanced kinetic defeat layer, meaning the AI-guided gun systems and autonomous interceptor drones that actively destroy enemy drones in combat, represented approximately $600 million in 2025. That sub-segment is projected to grow to somewhere between $1.4 billion and $4.1 billion by 2030 depending on the scenario, according to a February 2026 market analysis published by Research and Markets.

The U.S. national defense budget for FY2026 is expected to dedicate approximately $7.5 billion to counter-unmanned aerial system (C-UAS) capabilities, according to estimates circulating in mid-2025. That allocation reflects events in the Middle East where U.S. forces spent billions of dollars in advanced munitions intercepting relatively inexpensive drones launched by weaker adversaries, a cost imbalance that defense officials publicly acknowledged as strategically unsustainable.

The AI-enhanced counter-drone layer has produced nearly 2,000 confirmed combat kills in Ukraine through systems that cost between $10,000 and $15,000 per engagement, compared to traditional missile interceptors that cost between $100,000 and $3.9 million each. That cost comparison is the primary driver of procurement urgency. At the same time, market structure remains fragmented. Most procurement still flows to legacy operator-guided interceptors and conventional gun mounts. The autonomous layer is growing from a small base, which creates significant upside for the companies operating there but also means the revenue projections depend heavily on procurement timelines that have historically slipped.

China is investing heavily in kamikaze drone development and autonomous drone swarm technology, with reported goals of fielding one million tactical unmanned systems by 2026. The United States, by contrast, was producing approximately 100,000 drones per year as of early 2026, with plans to procure 200,000 more in 2027. The gap between Chinese and American production scale at the tactical end of the drone market is a genuine strategic concern, and it’s driving both the FY2026 budget allocations and the DoD’s preference for commercial suppliers over government-owned production facilities for unmanned systems.

Golden Dome: Ambition, Budget, and the Hard Questions

President Trump signed an executive order in January 2025 directing the military to construct an “Iron Dome for America,” later renamed the Golden Dome program. The system is envisioned as a multi-layered missile defense architecture combining space-based sensors and interceptors, ground-based radar arrays, kinetic missile interceptors, and eventually directed energy weapons, all linked by an AI-enabled command-and-control network designed to detect, track, and destroy ballistic, hypersonic, and cruise missiles before they reach U.S. territory.

As of March 17, 2026, Space Force General Michael Guetlein, the program’s direct reporting program manager, announced at the McAleese Defense Programs conference that the objective architecture had been updated to $185 billion, a $10 billion increase from the original $175 billion estimate announced by President Trump in May 2025. That additional funding was approved to accelerate space-based capabilities including the Airborne Moving Target Indication system, the Space Data Network, and the Hypersonic and Ballistic Tracking Space Sensor constellation. Congress provided $24.4 billion toward Golden Dome through the FY2025 reconciliation law, which Trump described as an initial down payment. The FY2026 defense appropriations bill passed February 3, 2026 included $13.4 billion for space and missile defense systems within the Golden Dome framework.

The Congressional Budget Office offered a considerably more objectiveing cost estimate. Its analysis projected that a space-based interceptor constellation, sized only to counter rogue threats rather than peer adversaries, would cost between $161 billion and $542 billion over 20 years in 2025 dollars. A Bloomberg analysis concluded that even a more modest version of Golden Dome designed to protect against an all-out attack from just one adversary would cost approximately $844.4 billion. The American Enterprise Institute’s Todd Harrison calculated figures reaching $3.6 trillion under certain architectural assumptions.

The gap between the administration’s $175 to $185 billion estimate and the independent analyses running from $542 billion to over $3 trillion is not a rounding error. It reflects genuine disagreement about which capabilities would be required, how many interceptors would be needed, and whether the technologies involved can be developed at the costs the administration assumes. Space-based interceptors have never been built or deployed at operational scale. The program’s timeline, which Trump stated would see Golden Dome “fully operational” before the end of his term in 2029, is assessed by most defense acquisition experts as infeasible given the technology development timelines involved.

What is commercially real is the procurement activity. The Missile Defense Agency selected more than 1,000 companies, including Viasat, Rocket Lab, and Deloitte, as eligible to receive funding from a pool of $151 billion through what is now called the SHIELD contracting vehicle. By March 2026, the SHIELD vehicle had more than 2,400 awardees. Nine companies have received contracts specifically for the command-and-control layer, with Lockheed Martin and Northrop Grumman among the awardees. Anduril Industries, Lockheed Martin, Northrop Grumman, and True Anomaly were reported as having received contracts for space-based interceptor development in late November 2025.

The Golden Dome program is generating real procurement volume and genuine competitive opportunity for the defense industry right now, regardless of what its ultimate architecture will look like or when and whether it achieves the administration’s operational claims. For defense industry analysis purposes, the program represents a multi-decade, multi-hundred-billion-dollar funded research, development, and production pipeline for missile defense, space sensing, directed energy, and AI-enabled command and control.

Defense Cybersecurity and Electronic Warfare

The defense cyber warfare market reached an estimated $178.63 billion in 2026, growing from $163.24 billion in 2025 at a compound annual growth rate of 9.4 percent. That market is projected to reach $253.48 billion by 2030, expanding at 9.1 percent annually. It encompasses cyber threat intelligence, network defense, incident response, secure data hosting, vulnerability assessment, and real-time monitoring for military systems and national defense infrastructure.

Defense cybersecurity is growing at 11.4 percent annually within the broader defense tech market, nearly double the overall defense technology sector growth rate. That acceleration reflects the convergence of two trends: the rapid digitization of military systems, which expands the attack surface that adversaries can exploit, and the increasing sophistication of state-sponsored cyber operations directed against both military networks and the defense industrial base.

The aviation and defense cybersecurity segment specifically is dominated by a group of companies with both technical capability and the security clearances needed to operate in classified environments: Lockheed Martin , RTX (formerly Raytheon Technologies), Northrop Grumman , General Dynamics , L3Harris Technologies, Thales Group, Airbus, Boeing, Booz Allen Hamilton , and Honeywell International. Lockheed Martin led global sales in this sub-segment in 2024 with approximately 3 percent market share, reflecting the highly fragmented nature of a market where no single player commands a dominant position.

Commercial cybersecurity firms like CrowdStrike are increasingly present in the defense cybersecurity space, providing endpoint detection, threat intelligence, and incident response capabilities to defense contractors and government agencies. The push toward zero-trust security architecture within the DoD has created procurement opportunities for commercial security vendors willing to navigate the FedRAMP authorization process and the additional security requirements of classified environments.

Electronic warfare (EW) is an adjacent market where the Ukraine conflict has provided four years of intensive operational data. The EW arms race in Ukraine saw Russia and Ukrainian forces continuously adapt to each other’s jamming, spoofing, and signal disruption capabilities. The emergence of fiber-optic-guided drones in 2024 represented a tactical breakthrough specifically because those systems eliminated the radio frequency link that electronic warfare measures target. AI is being applied to EW to enable faster frequency-switching, automated countermeasure deployment, and real-time spectrum analysis. Lockheed Martin’s rotary and mission systems segment and Northrop Grumman’s Mission Systems segment are both investing heavily in next-generation EW platforms, and the FY2026 budget includes substantial EW modernization funding.

Open-Source Intelligence and the Data Intelligence Market

The global open-source intelligence (OSINT) market was valued at $12.7 billion in 2025 and is projected to reach $15.9 billion in 2026. Growth projections through 2035 are striking: analysts at Global Market Insights project the market will expand to $133.6 billion at a compound annual growth rate of 26.7 percent. The national security segment dominated the OSINT market in 2025 with a 32 percent share and is projected to grow at a 26.3 percent CAGR from 2026 through 2035.

The Office of the Director of National Intelligence published the IC OSINT Strategy 2024 to 2026 in January 2025, focused on AI-enabled analytics, multilingual analysis capability, and deeper integration of open-source intelligence across all U.S. Intelligence Community agencies. That strategic direction has translated into procurement across the intelligence community for OSINT platforms, social media analysis tools, dark web monitoring, and multilingual sentiment analysis.

Google leads the OSINT market with approximately 28 percent market share, primarily through cloud-based AI analytics tools. The top five market players, Google, Digimind (acquired by Onclusive), Palantir Technologies, Recorded Future, and Thales, collectively held approximately 54 percent of the OSINT market in 2025. Recorded Future, acquired by MasterCard in 2024 for $2.65 billion, provides AI-powered threat intelligence combining OSINT with dark web monitoring and technical indicator analysis for both government and commercial clients.

In November 2024, Thales acquired a European cyber intelligence company specializing in dark web monitoring, consolidating its OSINT capabilities for high-risk sectors. In December 2024, Google Cloud launched new AI-powered security features including automated threat detection, multilingual sentiment analysis, and predictive intelligence. Palantir announced in October 2024 that it had received more than $500 million in intelligence community contract value within a single fiscal year, reflecting the growing centrality of its data integration platform to OSINT workflows.

The AI security segment within OSINT is projected to grow at a 29.4 percent CAGR through 2035, driven by adoption of AI-enabled modules for predictive insights and anomaly detection. The United States leads the global OSINT market by country, with domestic market size reaching $3.06 billion in 2025, fueled by federal government spending, defense budgets, and a mature vendor ecosystem.

The Threat Intelligence Ecosystem

The global threat intelligence market, which encompasses the platforms, services, and data feeds that help organizations identify, analyze, and respond to cyber threats, stood at $16.80 billion in 2025 and is projected to reach $19.27 billion in 2026. The market is forecast to expand to $65.34 billion by 2035 at a compound annual growth rate of 14.55 percent.

Strategic intelligence, which provides long-term insight into adversary motives, geopolitical risks, and sector-wide vulnerabilities, dominated the market in 2025. Organizations across government and industry have come to treat threat intelligence as a strategic business function rather than a purely technical security activity, which has driven both demand growth and willingness to pay for premium data products. The operational intelligence segment, which bridges high-level strategy with day-to-day security operations, is the fastest-growing segment by rate.

North America holds the largest regional share of the threat intelligence market and is projected to maintain that leadership through 2035. Key vendors include IBM, Cisco, Trend Micro, CrowdStrike , Anomali, Check Point, SentinelOne, Fortinet, Broadcom, Rapid7, Secureworks, and Trellix (formerly FireEye). Healthcare has become the fastest-growing vertical for threat intelligence adoption, driven by the digitization of medical systems and the dramatic increase in ransomware attacks targeting hospitals and healthcare networks, where operational disruption can directly threaten patient safety.

For defense intelligence agencies, the commercial threat intelligence market is both a procurement source and a competitive reference point. Agencies are increasingly buying commercial threat intelligence to supplement classified collection, recognizing that commercial platforms often have faster coverage of emerging threats in commercial infrastructure than classified systems built around different collection priorities.

Post-quantum cryptography represents an emerging driver of threat intelligence investment that will grow substantially through the remainder of the decade. As quantum computing capabilities advance, the encrypted communications and stored data that underpin military and intelligence operations face potential future decryption risk. The National Institute of Standards and Technology published its first post-quantum cryptographic standards in 2024, and defense and intelligence agencies are beginning the multi-year process of migrating their cryptographic infrastructure. Companies providing cryptographic assessment, migration services, and quantum-resistant communications tools are growing a new market niche that sits squarely at the intersection of threat intelligence and defense technology.

Artificial Intelligence in Military Operations

The global market for AI in defense and security reached approximately $14.15 billion in 2025 and is estimated at $15.96 billion in 2026, growing at a compound annual growth rate of 12.8 percent. The broader AI and analytics in military market, which Global Market Insights tracked at $10.42 billion in 2024, is projected to reach $35.78 billion by 2034 at a 13.4 percent CAGR. Grand View Research placed the artificial intelligence in military market at $9.31 billion in 2024 and projected growth to $19.29 billion by 2030 at a 13 percent CAGR.

These figures represent multiple overlapping market definitions, but all point in the same direction: rapid growth from a base that was relatively small just five years ago, driven by a combination of government urgency, technological maturation, and battlefield validation that AI-enhanced systems deliver measurable operational advantages.

The major applications driving this growth are autonomous unmanned systems, AI-powered cybersecurity tools that operate at machine speed, predictive maintenance for complex military platforms, training and simulation using virtual and augmented reality, and what the defense community calls “sense-and-avoid” targeting software that helps weapons systems distinguish between combatants and civilians. Lockheed Martin and Northrop Grumman both integrate AI across their aeronautics, missile, space, and mission systems programs. General Dynamics integrates AI into combat vehicles and maritime systems for threat detection and operational workflow optimization. BAE Systems has been expanding its AI integration across electronic warfare and networked sensing platforms.

Palantir’s AIP (Artificial Intelligence Platform) enabled General Dynamics to reduce submarine maintenance scheduling time from 160 hours to just 10 minutes, according to case study data cited in Palantir’s investor materials. That example illustrates how AI investment in defense isn’t exclusively about weapons systems or targeting: logistics, maintenance, and supply chain optimization represent enormous efficiency gains in military operations that translate directly to readiness.

One critical dynamic reshaping the AI military market is the emergence of what analysts call “edge AI,” meaning onboard processing that allows autonomous systems to operate without a continuous data connection. This is not a theoretical capability. Ukrainian drone operators demonstrated throughout 2024 and 2025 that systems with onboard AI navigation could complete their missions even when communication links were disrupted by Russian electronic warfare. The operational requirement for AI that works without cloud connectivity is now part of every serious military AI procurement specification.

Traditional Defense Primes in the AI Era

The established defense primes are not standing still while the neoprimes build market position. They have advantages that startups can’t quickly replicate: decades of classified relationships, production infrastructure, experienced cleared workforces, and the kind of congressional relationships that survive political transitions. The question for investors and analysts is how much of their franchise is defensible as software and AI become the primary differentiators in defense systems.

Lockheed Martin reported Q3 2025 revenue of $18.6 billion, beating estimates, and raised its full-year 2025 guidance to $74.25 to $74.75 billion with earnings per share between $22.15 and $22.35. CEO Jim Taiclet described demand as “unprecedented,” with production increases across multiple divisions driven by both U.S. and foreign military orders. The company’s F-35 production pipeline remains central to its financial profile, but Lockheed is also investing substantially in digital transformation, AI-enabled mission systems, and next-generation sensing capabilities that position it to compete in the emerging AI-intensive defense market.

RTX closed 2025 with a total order backlog of $268 billion, a record that reflects contracted future revenue across both its commercial aerospace and defense portfolios. Raytheon’s missile systems, including the Patriot and NASAMS air defense systems in high demand globally following Ukraine, continued to drive defense revenue growth. RTX’s full-year 2025 results showed double-digit growth, and its 2026 outlook projected continued expansion supported by sustained international demand.

Northrop Grumman reported Q3 2025 earnings of $7.67 per share against a Wall Street estimate of $6.46, and raised its full-year EPS guidance by 65 cents to a range of $25.65 to $26.05. Its defense systems division grew 14 percent. CEO Kathy Warden pointed to faster execution and improved output across programs. Northrop’s portfolio, which includes the B-21 Raider stealth bomber, the Ground Based Strategic Deterrent (the replacement for the Minuteman III intercontinental ballistic missile), and major space systems, positions it at the center of the nuclear modernization and space superiority programs that are priority investments in both the base defense budget and the Golden Dome architecture.

The primes are acquiring capabilities through partnerships and investment that address their AI gaps. Northrop’s investment in autonomy software, Lockheed’s work on the Advanced Battle Management System, and Boeing’s development of the MQ-28 Ghost Bat loyal wingman aircraft all reflect the primes’ efforts to absorb the AI-defined warfare paradigm into their own product roadmaps. The neoprimes may be setting the pace, but the traditional primes have the production capacity, classified infrastructure, and program management expertise for the kinds of major platform programs that will define military capability for the next generation.

The relationship between neoprimes and traditional primes is not purely adversarial. Anduril partnered with Boeing on next-generation fighter aircraft concepts. Shield AI’s Hivemind software runs on Anduril’s YFQ-44A, which was built in collaboration with the Air Force. Palantir’s data platform is embedded in General Dynamics products and used by Lockheed Martin customers. These relationships suggest a more complex industrial ecosystem than the simple “Silicon Valley disrupts defense” narrative implies. The more defensible forecast is that the AI and autonomy software layer will increasingly be owned by software-native companies, while system integration, platform manufacturing, and program management for complex multi-decade acquisitions will remain the domain of the traditional primes.

That division of labor carries significant commercial implications. If Anduril and Palantir own the software layer that every platform connects to, they capture recurring revenue with expanding margins and minimal capital intensity relative to the platforms themselves. The primes capture platform production revenue, which is larger in absolute dollar terms but carries thinner margins and requires enormous capital investment. The neoprimes may end up as the highest-margin businesses in the defense ecosystem even if they never displace Lockheed Martin as the largest revenue generator. That’s a different kind of disruption, less visible in total revenue rankings but highly consequential for long-term capital allocation and shareholder returns.

The Defense Industrial Base Under Strain

The defense industrial base, the network of companies, facilities, suppliers, and workers that translates defense budgets into fielded military capability, is operating under conditions of significant stress in 2026. Budget growth has outpaced production capacity. The mismatch between what governments want to procure and what the industrial base can deliver is not a temporary scheduling problem. It reflects decades of post-Cold War consolidation, offshoring, and workforce attrition that reduced manufacturing capacity in ways that can’t be reversed quickly with money alone.

Munitions supply chains illustrate the problem sharply. Artillery ammunition demand driven by Ukraine, combined with NATO allies’ own stockpile replenishment needs, has strained propellant, explosive, and shell casing production in ways that defense officials have described publicly as inadequate. Raytheon, now part of RTX, acknowledged in multiple earnings calls that Stinger missile and Patriot interceptor production was constrained by the availability of specialty materials and trained manufacturing workers. Lockheed Martin cited similar constraints on missile production while reporting strong demand growth. The companies are investing in capacity expansion, and several have announced new or expanded manufacturing facilities, but lead times for specialized defense manufacturing equipment and workforce training mean that supply-side responses take three to five years to fully materialize.

Semiconductor supply for defense applications is a separate but related concern. Defense-grade chips require radiation hardening, extended operating temperature ranges, and security validation that commercial supply chains don’t provide. The CHIPS and Science Act of 2022 included defense microelectronics provisions, and the Defense Advanced Research Projects Agency has invested in domestic trusted foundry capacity. But the transition to domestic production of advanced defense-grade semiconductors is a decade-long program, not a near-term solution.

These constraints have a direct effect on market dynamics in 2026. Defense companies reporting strong demand and record backlogs are not always translating that demand into proportional revenue because production can’t keep up. RTX’s $268 billion backlog is commercially positive as a signal of contracted future revenue, but it also means that the revenue recognition will be spread across years rather than concentrated in the near term. Investors and market analysts following defense stocks need to distinguish between companies that are backlog-rich but production-constrained versus those that have genuinely expanded throughput.

The workforce dimension is equally challenging. The number of Americans holding active security clearances is finite, and the investigation and adjudication process to grant new clearances takes months to years. Programs that require large numbers of cleared engineers and technicians, including the Golden Dome program and the major nuclear modernization programs at Northrop Grumman and Lockheed Martin, are competing for talent in a market where cleared professionals can command significant compensation premiums. Anduril’s investment in Arsenal-1, its planned 5-million-square-foot manufacturing facility in Ohio, reflects a recognition that hardware manufacturing at scale requires a different kind of workforce than the software engineering talent that defines Silicon Valley defense startups.

The policy response to industrial base strain has been mixed. The Trump administration’s DOGE-related cost efficiency reviews created some uncertainty about defense program continuity early in 2025, though defense spending ultimately grew substantially. The reconciliation bill’s one-time $113 billion infusion for defense, while large, was characterized by some defense analysts as better suited to buying existing inventory than funding the kind of sustained industrial investment needed to expand production capacity.

The Space Security Market

The U.S. Space Force budget climbed to approximately $39.9 billion in FY2026, a more than 30 percent increase from FY2025 levels, driven primarily by the Golden Dome program’s space component requirements and the broader push to establish space superiority as a defended domain. That budget figure represents a near-tripling of the Space Force’s resources since its establishment in 2019.

Space is no longer a benign operational environment. China and Russia have demonstrated kinetic and non-kinetic anti-satellite capabilities. The People’s Liberation Army Strategic Support Force conducts counter-space operations as an integrated part of its military doctrine. Russia demonstrated a direct-ascent anti-satellite weapon as recently as 2021 and has continued to develop co-orbital capabilities that could threaten satellites in multiple orbital regimes. The recognition that satellite constellations underpinning military communications, GPS navigation, ISR, and missile warning are legitimate targets in a conflict scenario has driven U.S. Space Force investment toward resilient architectures, including disaggregated constellations, proliferated low-Earth orbit satellites, and ground-based backup systems.

The commercial space sector’s intersection with defense is deepening. SpaceX’s Starlink network has provided critical communications infrastructure to Ukraine since early in the conflict, demonstrating that commercial satellite communications can play a direct role in military operations. SpaceX’s Starshield program, a government-focused derivative of Starlink with enhanced security and customized capabilities, has received missile-tracking satellite contracts through the Space Development Agency. By early 2026, SpaceX was reported to be in line to receive a $2 billion contract to build a 600-satellite constellation for Golden Dome missile targeting.

The Space Development Agency, now merged into the Space Force structure, has been building what it calls the Proliferated Warfighter Space Architecture (PWSA), a low-Earth orbit satellite constellation providing data transport, missile warning, and targeting capabilities. The PWSA is designed to be operationally resilient by virtue of having hundreds or thousands of satellites rather than a small number of exquisite, expensive platforms that represent single points of failure.

Commercially, the space security market encompasses satellite communications for defense, space situational awareness, cyber security for space systems, ground segment protection, and the rapidly developing counter-space capabilities market. Companies operating across this space include Northrop Grumman (with its major space systems portfolio), Lockheed Martin Space, General Atomics, L3Harris, and newer entrants like True Anomaly, which focuses on space domain awareness and proximity operations around other satellites. True Anomaly received a contract under the Golden Dome framework in late 2025.

The Defense Communication Intelligence Market

Defense communication intelligence, the interception, analysis, and protection of military communications, reached an estimated $23.34 billion in 2026, growing from $21.58 billion in 2025 at a compound annual growth rate of 8.2 percent. The market is projected to reach $31.58 billion by 2030 at a 7.9 percent CAGR.

Signal intelligence (SIGINT) systems for intercepting and analyzing adversary communications continue to be a primary driver, alongside expansion in secure communication equipment to protect military data exchanges and the development of advanced encryption devices for sensitive operational information. Satellite communication tools have become increasingly important for global intelligence operations, particularly as military operations extend into remote or denied areas where terrestrial communications infrastructure doesn’t exist.

Tariffs on electronics and semiconductors imposed by the Trump administration have increased production costs for defense communication intelligence hardware, affecting supply chains particularly in Europe and Asia. However, those tariffs have simultaneously promoted domestic manufacturing and innovation in secure communication and electronic warfare technologies, creating what some defense analysts have described as a short-term cost for a long-term industrial base benefit.

The defense communication intelligence market’s growth trajectory is directly linked to global geopolitical tension levels. The 2025 NATO summit in The Hague, the ongoing conflict in Ukraine, and the U.S.-Iran military confrontation beginning in late February 2026 all represent events that sustain procurement urgency for intelligence and communication interception capabilities. Signal intelligence is not a peacetime luxury in the current environment. It’s an operational requirement that governments are actively funding.

What 2026 Will Decide

The defense, security, and intelligence market in 2026 is not primarily constrained by political will to spend. Governments worldwide have demonstrated that willingness with record budgets, and the trend is clearly upward. The binding constraint has shifted to something more difficult to fix quickly: the ability to produce, field, and sustain the capabilities that the money is supposed to buy.

Production bottlenecks are real and documented. Explosive, propellant, and specialty chemical supply chains have not scaled fast enough to meet demand for artillery ammunition and missile interceptors. Semiconductor shortages for defense-grade chips continue to affect production timelines for advanced radar, electronic warfare, and guidance systems. Trained cleared workforces for sensitive programs take years to develop, and the drawdown of experienced government acquisition professionals in the previous decade left a capacity gap that private-sector growth can’t instantly fill.

The defense technology startup ecosystem has received record capital and has produced genuine operational capabilities, most compellingly illustrated by Anduril’s $20 billion Army contract and Palantir’s extraordinary revenue trajectory. But manufacturing scale, the conversion of software platforms and prototype hardware into mass-producible, fielded military capability, is the genuine test that 2026 and 2027 will administer. Companies like Anduril have made manufacturing scale a stated strategic priority, investing in its Arsenal-1 facility with 5 million square feet of production space in Ohio, supported by a 30-year state tax credit worth approximately $450 million. Whether the Arsenal approach produces the throughput the military needs at the cost and timeline the contracts assume is not yet known.

The intelligence community’s combined FY2026 budget of $115.5 billion, the largest ever publicly disclosed, reflects both an expanding threat environment and an ongoing technology transition within agencies toward AI-enabled analysis, cloud-based processing, and OSINT integration. Agencies that spent decades building classified collection systems are now grappling with the reality that commercial open-source data, analyzed with commercial AI tools, often provides faster and equally actionable intelligence on many targets. The IC OSINT Strategy 2024 to 2026 represents the institutional acknowledgment of that shift, and the commercial OSINT market growing at 26.7 percent annually is the financial expression of it.

For market participants, the most defensible positions in 2026 are those combining long-term contract visibility with software platforms that expand through usage rather than requiring proportional hardware cost increases. Palantir’s $11.2 billion revenue backlog and Anduril’s $20 billion Army framework illustrate the scale of commitment that governments are making to specific software platforms. The companies building those platforms have a structural advantage that looks durable. The hardware primes, competing for production contracts where delivery schedules are tight and costs are rising, face a different set of pressures, though their backlog visibility is similarly strong.

The US-Iran military confrontation that began in late February 2026 introduced additional procurement urgency that wasn’t present at the start of the year. Events like that, which Palantir noted supported demand for mission-critical defense software in its March 2026 market commentary, illustrate how quickly geopolitical catalysts can shift procurement timelines in ways that market models built on peacetime planning cycles don’t fully capture. The defense market in 2026 is operating with a geopolitical risk premium baked into procurement decisions, and that premium shows no sign of dissipating.

Summary

The defense, security, and intelligence market in 2026 is operating under conditions that have no clean historical precedent. Spending is at record levels globally, technology is changing faster than procurement processes can adapt, and the industrial base is being asked to simultaneously modernize legacy systems, field autonomous weapons at scale, and build an entirely new space-based missile defense architecture that may ultimately cost hundreds of billions of dollars more than currently acknowledged.

The genuinely new observation for 2026 is that the constraint has shifted from budget to execution. For the first time in a generation, most major NATO governments and the United States have both the political mandate and the appropriated funds to buy defense capability at scale. What’s limiting actual fielded capability is industrial capacity, workforce, supply chain, and the inherent tension between procurement processes designed for the analog era and the software-defined, iterative development model that AI-native defense companies require.

That execution gap is creating opportunities for companies that can deliver software capability quickly within existing acquisition frameworks, which is precisely what Palantir and Anduril have demonstrated the ability to do. It’s also creating pressure on traditional primes to reform their program management approaches. The defense market in 2026 is not simply larger than before. Its structure is changing in ways that will compound for the next decade.

Appendix: Top 10 Questions Answered in This Article

How much did global military spending reach in 2024, and what drove the increase?

Global military spending reached $2.718 trillion in 2024, a 9.4 percent increase in real terms from 2023 and the steepest year-on-year rise since at least the end of the Cold War. The primary drivers included Russia’s ongoing war in Ukraine, European rearmament across NATO member states, Chinese military modernization, and rising tensions in the Middle East. All 15 of the world’s largest military spenders increased their expenditure during the year.

What is the total U.S. national defense and intelligence budget for FY2026?

The U.S. FY2026 national defense budget was requested at $1.01 trillion, including $848.3 billion in discretionary Pentagon funding and $113.3 billion from reconciliation legislation. Congress passed a defense spending bill of $839 billion on February 3, 2026, with reconciliation providing an additional $24.4 billion for Golden Dome and related programs. The combined FY2026 National Intelligence Program ($81.9 billion) and Military Intelligence Program ($33.6 billion) add another $115.5 billion in intelligence-specific appropriations.

What is the Golden Dome missile defense program and how much will it cost?

Golden Dome is the Trump administration’s proposed multi-layered homeland missile defense system, initiated by executive order in January 2025 and intended to intercept ballistic, hypersonic, and cruise missiles using space-based sensors, interceptors, directed energy, and AI-enabled command and control. The official cost estimate was updated to $185 billion in March 2026, though independent analyses from the Congressional Budget Office and others project costs ranging from $542 billion to over $831 billion over two decades.

What revenue growth did Palantir Technologies report for 2025, and what are its major contracts?

Palantir reported full-year 2025 revenue of $4.475 billion, a 56 percent increase from 2024. Key contracts included a $10 billion, 10-year enterprise framework with the U.S. Army, a $448 million deal with the U.S. Navy, and a £240 million three-year contract with the U.K. Ministry of Defence awarded in December 2025. The company guided 2026 revenue at approximately $7.2 billion, representing approximately 61 percent growth from 2025.

How large is the defense cybersecurity market in 2026, and who are the leading companies?

The defense cyber warfare market was valued at approximately $178.63 billion in 2026, growing at a 9.4 percent compound annual growth rate from $163.24 billion in 2025, and is projected to reach $253.48 billion by 2030. Leading participants include Lockheed Martin, RTX, Northrop Grumman, General Dynamics, L3Harris, Thales, BAE Systems, and Booz Allen Hamilton, with Lockheed Martin leading in the aviation and defense cybersecurity sub-segment with approximately 3 percent market share in 2024.

What is the open-source intelligence market size and growth rate?

The global OSINT market was valued at $12.7 billion in 2025, projected to reach $15.9 billion in 2026, and is forecast to expand to $133.6 billion by 2035 at a 26.7 percent compound annual growth rate. Google led the market in 2025 with approximately 28 percent market share. The national security segment, which includes counterterrorism, counter-intelligence, and strategic warning applications, dominated with a 32 percent share and is projected to grow at a 26.3 percent CAGR through 2035.

What was Anduril Industries’ most significant contract award in 2026, and what is its valuation?

On March 13, 2026, the U.S. Army awarded Anduril Industries a 10-year enterprise contract worth up to $20 billion, consolidating more than 120 separate procurement actions for AI-enabled autonomous defense systems under a single framework covering its Lattice AI platform, hardware, data infrastructure, and support services. Anduril was valued at $30.5 billion following its June 2025 funding round, with reporting in early 2026 indicating the company was exploring a new funding round at approximately $60 billion.

How has Ukraine’s experience with drone warfare shaped global defense procurement in 2026?

Ukraine’s production of approximately 4.5 million drones in 2025, its development of AI-enabled autonomous navigation for GPS-denied environments, and its shift from expensive interceptor missiles toward layered cost-effective counter-drone systems have all directly influenced procurement decisions across NATO. The U.S. FY2026 budget allocates approximately $7.5 billion to counter-UAS capabilities, and multiple alliance members are accelerating programs for autonomous strike drones, AI-guided targeting, and fiber-optic drone guidance that originated as tactical innovations on the Ukrainian battlefield.

What funding levels did defense technology startups receive in 2025, and which companies led?

Defense technology startups raised a record $49.1 billion in 2025, nearly double the $27.2 billion invested in 2024, with equity funding more than doubling to $17.9 billion. Anduril Industries led by valuation at $30.5 billion, followed by Helsing at €12 billion, Chaos Industries at $4.5 billion, Saronic Technologies at $4 billion, and Shield AI at $5.3 billion as of March 2025. Shield AI was reportedly in discussions by February 2026 to raise a new round at approximately $12 billion.

What new NATO spending commitment was made in 2025, and how does it affect the defense market?

NATO members endorsed a new benchmark of 5 percent of GDP annually for core defense requirements and security-related spending by 2035, agreed at the 2025 NATO Summit in The Hague. This commitment more than doubles the previous 2-percent guideline and creates a multi-year procurement commitment that defense technology suppliers are already positioning to capture. The requirement would, if implemented across all member states, generate additional European defense spending measured in the hundreds of billions of dollars annually above 2024 baseline levels.