The world military expenditure reached USD 2.718 trillion in 2024, a 9.4% real-terms increase year over year. NATO members spent USD 1.506 trillion in 2024 (55% of global spend), and 18 NATO members met or exceeded the 2% of GDP guideline.

The FY2025 USA DoD budget request is USD 849.8 billion. On the other hand, the 2025 Ukrainian state budget includes USD 18 billion for drone development.

Ukraine produced approximately 2 million drones in 2024, and that 96.2% of unmanned aerial vehicles (UAVs) used by the Ukrainian armed forces in 2024 were domestically produced.

The UK government announced that the UK-administered International Fund for Ukraine stands at over GBP 1.3 billion (with GBP 500 million contributed by the UK). It also confirmed a plan to deliver 30 000 new drones to Ukraine.

2026 Military Robotics Growth Curve: Revenue, Budget Cycles & Adoption

The military robots market is projected to reach USD 26.49 billion by 2029, with a compound annual growth rate (CAGR) of 7.8% between 2025 and 2030. This growth is supported by rising demand for autonomous systems that enhance situational awareness, reduce operator risk, and improve mission efficiency in defense operations.

 

 

In India, defense-tech hiring nearly doubled from 3500 roles in 2022 to 7000 in 2025. Compensation for high-technology defense positions increased by about 30% since 2022.

The US Replicator initiative provides a demand at scale indicator. The DoD submitted a USD 300 million FY2023 reprogramming request for Replicator and also secured USD 200 million in FY2024 appropriations.

The US Army announced that the combined base award value for four robotic combat vehicle (RCV) prototype awards was about USD 24.72 million. It funds multiple chassis approaches into soldier touchpoints and mobility testing.

 

 

5 High-Signal Startups Emerging from a 650+ Company Innovation Base

Scout AI builds Multi-domain Embodied AI

US-based startup Scout AI develops FURY, a multi-domain embodied AI foundation model that enables defense robots to operate as autonomous and collaborative agents.

It trains vision-language-action models on human imitation and simulation data to translate natural language commands and visual inputs into robotic actions across ground, maritime, aerial, drone, and space systems.

The platform also supports robot-to-robot coordination using natural language protocols, vision-based passive sensing, adaptive on-edge learning, and secure over-the-air model deployments.

Further, it is platform-agnostic and lightweight, and allows scalable hardware integration.

DevDroid creates Modular Remote Control Systems

Ukrainian startup DevDroid manufactures unmanned ground robotic systems for reconnaissance and combat operations in frontline defense environments.

It integrates autonomous navigation, secure communications, and centralized control with the Droid Box universal control system, which manages platform movement, sensor data, and combat modules.

The startup’s products include reconnaissance-strike platforms such as Droid TW 12.7 and Droid NW 40. It also features remotely operated weapon systems like the Wolly 7.62 combat module and electric solenoids for remote fire control of Browning M2 machine guns and Mk-19 grenade launchers.

DevDroid enhances battlefield effectiveness and improves operator safety by reducing human exposure.

Ark Robotics enables Collaborative Autonomy

Estonian startup Ark Robotics makes the Frontier System, an infrastructure platform that connects different robots into a single network for collaborative autonomous operations.

It combines the Drone Kit hardware layer with Frontier OS mission software to let robots scan terrain, obstacles, and signals, then create a live battlespace map. Robots are able to plan, execute, and recover missions using secure, real-time communication.

The platform also supports mission planning, piloting, and fleet management across system-agnostic robotic fleets. It integrates autonomous ground robots such as A1, M4, and X1, which feature onboard sensing, electric drive systems, and edge autonomy.

Parabellum Systems develops the Infantry Fire Support System

Turkish startup Parabellum Systems develops PADS, an infantry fire support system that integrates AI-powered electro-optical targeting into individual weapons for defense and security operations.

It combines real-time computer vision, sensor fusion, and embedded control software to detect, lock, and track multiple targets. The system then executes automated firing while sharing operational data with the HKBS command and control system.

In addition, the product ecosystem includes GPS-independent mapping tools such as Cave Map, real-time positioning platforms like CoordFlow, and drone defense simulators such as Skykinetic. These tools operate with secure communication and advanced cartography capabilities.

Eagle Ray Robotics provides Subsea Robotics

UK-based startup Eagle Ray Robotics builds AI-enhanced submersible drones and sensing systems for autonomous subsea intelligence, surveillance, and infrastructure monitoring.

It leverages energy-efficient propulsion, onboard sensors, and the Constellation operating system. This enables underwater vehicles to capture acoustic and visual data, coordinate with other drones, and execute adaptive missions using real-time AI classification.

The startup offers compact platforms such as the ORB drone for precision maneuvering and multi-node operations. It also provides the Glider Ray drone, built for long-endurance reconnaissance and autonomous deep-sea mapping with reduced energy use.

Key Military Robot Innovations and Technology Trends

Shield AI raised USD 240 million at a USD 5.3 billion valuation to scale Hivemind Enterprise, an AI-based autonomy developer platform. This signals increasing investment across adjacent autonomy domains.

 

AI Robotics involves 5100 companies working across defense, security, and autonomous systems applications. The workforce includes 251 600 employees. It shows continued hiring in AI-driven robotics platforms. The annual growth rate stands at 15.26%, which indicates the adoption of machine learning, computer vision, and decision-support systems in military operations.

Autonomous Aircraft represent a significant segment of military robotics, with 2000 companies active in unmanned aerial systems, surveillance drones, and autonomous flight technologies. The segment employs 94 600 people, with an annual growth rate of 15.83%. The demand for autonomous air platforms for reconnaissance, logistics, and combat missions is rising.

Swarm Robotics focuses on coordinated multi-robot systems for surveillance, reconnaissance, and tactical operations. The segment includes 162 companies and employs 2800 people. The annual growth rate stands at 12.94%, reflecting interest in distributed intelligence and collaborative robotic systems for military use.

Investment and Funding Trends in Military Robotics

On the public-funding side, the European Defence Fund (EDF) 2024 call totals EUR 1.1 billion, and the Commission reported 298 proposals competing for that EUR 1.1 billion.

Also, the European Commission allocated EUR 500 million under the Act in Support of Ammunition Production (ASAP) to expand production capacity.

NATO’s DIANA program received EUR 100 000 in funding, alongside testing access and adoption pathways.

How This Report Was Built

Built on intelligence from 9 million companies and 190 million patents and market signals, this military robotics report evaluates autonomy through a budget and deployment lens.

It analyzes embodied AI, edge compute, secure communication layers, and multi-domain integration within the context of defense procurement cycles, sovereign funding programs, and rapid drone industrialization.

Also, the report highlights where capital, policy, and industrial capacity are aligning to move robotics from experimental programs to operational-scale defense capability.