Five military robots with artificial intelligence already used on the battlefield

 The five military robots with artificial intelligence already in use on the battlefield include:

1. The MQ-9 Reaper is an American attack drone used by the US Air Force and Navy, as well as the armies of Great Britain, Italy, France and other countries. It is capable of carrying out reconnaissance missions and striking with AGM-114 Hellfire missiles and bombs with laser or GPS guidance. The MQ-9 Reaper works autonomously and allows you to make lightning-fast decisions without delay from the operator, significantly reducing the risk to soldiers and increasing the effectiveness of combat missions. Its first flight took place in 2001, it has been in operation since 2007, and flight autonomy reaches 14-27 hours, depending on the modification. As of 2018, there were approximately 222 such devices in the US Air Force.

2. Uran-9 is a Russian combat robot with artificial intelligence designed for combat operations in urban and suburban areas. It is equipped with various weapons and surveillance systems.

3. THeMIS is a robotic platform used for combat, reconnaissance and support missions. The main application is infantry support and dangerous missions.

4. Indian Robotic Mule is a robotic truck or porter that helps transport goods and performs auxiliary functions on the battlefield.

5. Goalkeeper CIWS is an automatic air defense system that includes artificial intelligence elements to identify and defeat aerial targets with high reaction speed.

These AI-powered robots make it possible to process sensor data, avoid threats, and operate as efficiently as possible in combat, which marks a new era in warfare. Every year, more and more countries are expanding the use of such systems for various combat, border and auxiliary tasks, reducing risks to people and improving the operational capabilities of the army. AI in military robots allows you to make split-second decisions when time is critical.

BAE Systems has invested in a British startup: how AI from Oxford will get on tanks and ships

BAE Systems, the largest British defense company, has bet on the future — and this is the future with artificial intelligence and robots. The company has announced a strategic investment in Oxford Dynamics startup, a young but ambitious Oxford-based company that specializes in artificial intelligence and robotics. The goal is not just to support innovation, but to introduce advanced technologies into real combat systems as quickly as possible.

First of all, Oxford Dynamics' AI will get into the Prophesea platform, a digital "brain" that monitors the state of military equipment. This system is already helping the Navy, the Army and the British Air Force to keep ships, tanks and aircraft on alert, predicting breakdowns and optimizing maintenance. Now, thanks to the new AI, Prophesea will become even smarter.: He will be able to analyze data faster, identify anomalies and give more accurate recommendations — literally like a technician who knows his car by heart.

But this is just the beginning. Oxford Dynamics, founded in 2020, develops autonomous systems that not only process information, but make decisions in real time. Imagine: drones that coordinate actions themselves, intelligence systems that understand themselves what is happening on the battlefield and tell commanders what to do next. These are the technologies needed for modern conflicts — fast, complex, and overloaded with data.

BAE Systems emphasizes: This is not just a purchase of technology, but a step towards the UK's sovereign defense power. By working with local startups, the country reduces dependence on foreign supplies and creates high-tech jobs. At the same time, Oxford Dynamics will remain an independent company, and investments will help it scale and bring its solutions to new platforms, from submarines to satellites.

In the long term, Oxford's AI could end up in every BAE system, from radars to fire control systems. The idea is simple — to give the armed forces a decisive advantage due to speed, autonomy and stability in an environment where every millisecond slip can cost victory.

Anduril goes underwater: startup prepares a revolution in underwater warfare for Europe

The American technology startup Anduril, which has already managed to gain a firm foothold in the US defense sector, is now targeting Europe. The company is actively developing an entire line of products for underwater operations, and believes that its technologies are ideally suited for a wide variety of marine conditions in the Old World — from the icy waters of the Arctic to the warm depths of the Mediterranean.

Anduril's ambition is to offer European fleets a radically new solution for submarine warfare. According to the company, their products are capable of solving a wide range of tasks, from covert reconnaissance and monitoring of the underwater situation to active offensive operations. The main advantage? Anduril relies on speed, scalability, and the use of advanced technologies such as artificial intelligence and autonomy.

In an environment where traditional arms shipments can be delayed for years, Anduril offers "rapid deployment." Their systems are designed to be modular and easily scalable, allowing fleets to rapidly build up their underwater forces without waiting decades. This directly responds to the growing need of European countries for urgent and large-scale strengthening of maritime defense in the face of new challenges. Anduril wants to be the catalyst that accelerates the transition of European fleets into a new era of underwater technology.

The Dutch Ministry of Defense is purchasing eight V-BAT drones for naval reconnaissance

Shield AI has announced an important step in the development of the capabilities of the Royal Netherlands Navy and the Marine Corps. The country's Defense ministry has acquired eight V-BAT unmanned aerial systems, which will be used to improve maritime intelligence, surveillance and reconnaissance (ISR) operations.

What is V-BAT?

The V-BAT is a unique drone with vertical takeoff and landing, capable of staying in the air for a long time and performing complex intelligence gathering tasks. Its versatility and autonomy make it an ideal tool for marine operations where fast response and high accuracy are important.

How will this help the Dutch Navy?

- Improved intelligence: V-BAT will provide more accurate and timely data on the situation at sea and on the coast.

- Enhanced surveillance capabilities: Drones will be able to operate in difficult conditions, ensuring constant control over important areas.

- Marine Corps Support: With its mobility and autonomy, V-BAT will provide operational support to Marine Corps units in the field.

Oshkosh Defense has received a major U.S. Army order for heavy tactical trucks and trailers

The American company Oshkosh Defense LLC, a subsidiary of Oshkosh Corporation, has signed a new contract with the US Army in the amount of 167 million dollars. Under this agreement, the company will supply 225 heavy tactical trucks and 54 trailers, underscoring its key role in the modernization of the U.S. armed forces and the introduction of next-generation transportation systems.

Basic details of the contract

- Volume of supplies: 225 trucks and 54 trailers for the needs of the US Army.

- Types of equipment:

    - HEMTT A4 (Heavy Expanded Mobility Tactical Truck) is a heavy tactical truck with increased mobility, designed to transport cargo, fuel, water and other materials in difficult conditions.

    - PLS A2 (Palletized Load System) is a pallet loading system ready for autonomous operation, which improves logistics efficiency and reduces dependence on the human factor.

- Timing and significance: The delivery of equipment will be carried out as part of a long-term program to upgrade the fleet of heavy vehicles of the US Army.

Importance to the U.S. Army and industry

- Modernization of the armed forces: The contract supports the army's strategy to upgrade its fleet and introduce modern and autonomous solutions to increase mobility and logistics efficiency.

- Innovation: The inclusion of equipment ready for autonomous operation in the order reflects the trend towards digitalization and automation of military transport systems.

- Reliability and experience: Oshkosh Defense has been the main supplier of heavy tactical vehicles for the US Army for many years, which confirms the high level of trust in the company's products.

Prospects and market impact

- Strengthening the position of Oshkosh Defense: The new contract strengthens the company's position as one of the leading manufacturers of military equipment in the United States and the world.

- Technology development: The order encourages further investments in the development of autonomous and intelligent transportation solutions for military needs.

- Logistics impact: The delivery of new trucks and trailers will allow the U.S. Army to increase operational flexibility, reduce cargo delivery time, and reduce operating costs.

South Korea is building the future of the fleet: a multi-purpose command ship for drone control

 

South Korea has embarked on an ambitious project that marks a major transformation of its naval strategy. The focus is on the construction of a new multi—purpose command ship designed to coordinate fleets of air, surface and underwater unmanned systems. This step indicates the emergence of a new model of naval power in the Asia-Pacific region.

In May 2025, the program was presented to the Defense Committee of the National Assembly of the Republic of Korea, which became an important stage in the official promotion of the project. The goal is to equip the South Korean Navy with a fundamentally new type of vessel capable of not only controlling a group of drones, but also performing a wide range of tasks: from  coordinating precision strikes and supporting amphibious operations to ensuring the safety of maritime communications and eliminating the consequences of natural disasters.

The main contractor is HD Hyundai Heavy Industries (HHI)— one of the leading shipbuilding concerns of the country. The company is currently working on the conceptual design of the ship, and it is expected that the first details of the project will be presented soon to the Joint Chiefs of Staff.

This project highlights South Korea's commitment to adapt to the rapidly changing technological environment of modern maritime operations, where autonomy, modularity, and integration of unmanned systems play a key role.

Northrop Grumman introduces the Lumberjack Attack Drone: a versatile tool for modern warfare

 

High Precision Impact Weapon Hatchet

Northrop Grumman has unveiled its innovative one-way attack drone called the Lumberjack at the Modern Day Marine exhibition in Washington, DC. This modular rocket-propelled barrage munition is capable of performing a wide range of tasks, including electronic warfare, reconnaissance, and kinetic strikes. The drone can be launched both from the ground and from the air and function autonomously or under operator control via an on-board data link that provides real-time communication.

Lumberjack is a multifunctional platform that can be adapted to various missions. The main features of the drone include:

- Electronic Warfare: Lumberjack is capable of suppressing enemy communication and navigation signals, interfering with control systems.

-Intelligence: Thanks to autonomous flight and surveillance capabilities, the drone can collect valuable data about the enemy.

- Kinetic Strikes: To hit targets, the drone is equipped with submunitions, including the 2.7 kg (6 lb) high-precision Hatchet strike weapon. This allows Lumberjack to effectively destroy both stationary and mobile targets.

The drone combines flexibility, precision and versatility, making it an essential tool for modern military operations.

One of the key features of Lumberjack is its modular design. Depending on the task, the drone can be quickly retrofitted with various components, which significantly expands its functionality. In addition, it can operate both autonomously and under operator control, which provides flexibility for use on the battlefield.

The onboard data link allows operators to receive information in real time and adjust the actions of the drone depending on the situation. This is especially important for complex missions where quick decision-making is required.

Lumberjack is designed to solve problems in conditions of high intensity of conflict. Its ability to operate both from the air and from the ground makes it a universal tool for various types of troops. For example, a drone can be used to support ground operations, defend against enemy drones, or conduct targeted strikes against strategic targets.

Such systems are becoming increasingly in demand in modern warfare, where technology plays a key role. Lumberjack demonstrates how artificial intelligence and autonomous technologies are changing the rules of warfare.

Lumberjack's presentation at Modern Day Marine highlights Northrop Grumman's commitment to strengthen its position in the field of unmanned technologies. The success of this project may lead to the further development of similar systems that will be even more efficient and affordable for military customers.

The ability to use the drone for various tasks makes it attractive not only to the United States, but also to its allies. It also opens up new horizons for arms exports and cooperation in the field of defense technology.

Lumberjack is a prime example of how technology is transforming modern warfare. The combination of modularity, autonomy and versatility makes this drone an important element of future military operations. Presented at the Modern Day Marine exhibition, it demonstrates the potential of unmanned systems in solving a wide range of tasks, from reconnaissance to precision strikes.

MQ-28 Ghost Bat: A promising drone has attracted the attention of the US Navy

 

MQ-28 Ghost Bat

The Australian MQ-28 Ghost Bat unmanned aerial vehicle is of "great interest" to the US Navy. This drone, developed by the Australian company Boeing Defense Australia, could become a key element of the Navy's new program aimed at combating enemy unmanned systems. Military experts believe that the MQ-28 has significant potential for use in modern combat operations.

The MQ-28 Ghost Bat is a multifunctional drone designed to perform a wide range of tasks, including reconnaissance, surveillance, and combat support. The drone has a high degree of autonomy, which allows it to operate both independently and as part of a group tactic in conjunction with manned aircraft. Its compact design and advanced technology make it an ideal solution for complex missions.

The US Navy is actively involved in testing the MQ-28, seeking to assess its capabilities for integration into its systems. This step underscores the interest of the American navy in finding effective solutions to counter the growing threat from drones. The Navy's anti-drone program requires reliable and technologically advanced tools, and the MQ-28 could be one such tool.

Advantages for the Navy

1. High autonomy: The MQ-28 is capable of carrying out missions without constant operator supervision.

2. Flexible application: The drone can be used for reconnaissance, strikes or protection from other drones.

3. Cost-effectiveness: The use of drones reduces the risks to pilots' lives and the costs of manned platforms.

4. Integration prospects: The MQ-28 can work in conjunction with other systems, enhancing their capabilities.

If the tests are successful, the MQ-28 Ghost Bat can be integrated into the U.S. Navy's anti-drone program. This will allow the fleet to more effectively counter threats in modern warfare, where drones are becoming more common. In addition, the use of Australian technology demonstrates the importance of international cooperation in the defense sector.

The successful introduction of the MQ-28 into the U.S. Navy's arsenal will be an important achievement for the Australian defense industry. This will not only confirm the high level of technology developed in Australia, but also strengthen defense ties between the two countries.

The US Army is developing a new human-machine Integrated Format (HMIF) for combat operations

The US Army is studying how soldiers will use a range of new ground and aerial drones in combat, and is embarking on a multi-stage plan aimed at creating a new human-machine integrated Formation (HMIF) in 2027.

Details of the HMIF plan

- Objective: HMIF is designed to integrate robotic systems into combat units in order to ensure initial contact with the enemy not by soldiers, but by robots.

- First stage (2024-2027): Development of a common controller for ground and aerial drones. Soldiers will use drones in a limited mode, for example, for reconnaissance missions.

- Phase Two (2027-2029): Adding additional autonomous capabilities to ground vehicles, which will reduce the number of soldiers needed to control them and allow them to be used for attacks and fire suppression.

- Third phase (2028-2030): Expansion of missions to attack and infiltration operations, as well as autonomous support and tactical maneuvering.

Significance for the US Army

HMIF is part of a broader U.S. Army effort to integrate robotics and autonomous systems into combat units. This will allow soldiers to focus on tasks that require human intervention, while robots will perform more risky and routine functions. 

Employees of the US Army's DEVCOM C5ISR Center demonstrate their technologies during the Sandhills project in December 2023. (US Army /Don Lafontaine)

Drones instead of soldiers: How American Special forces are changing the rules of war

 

The US Special Operations Forces (USSOCOM) are actively implementing unmanned technologies to minimize the risks to their fighters on the battlefield. The main goal is to ensure that a person never makes "first contact" with an opponent. Drones are becoming a key element of the strategy, allowing intelligence gathering, strikes and other tasks to be performed without direct human involvement.

The US special Forces work with a wide range of drones, each of which is designed to perform specific tasks. These can be compact drones for reconnaissance in urban environments, large drones for monitoring vast territories, or systems capable of delivering precision strikes. This diversity makes it possible to adapt to different combat scenarios.

However, the operators emphasize that the use of drones requires constant training. The speed of technological innovation poses a difficult task for the military — to stay one step ahead of the enemy, mastering new systems and methods of their application.

One of USSOCOM's key goals is to purchase unmanned systems in large quantities and at an affordable price. This allows not only to increase the scale of drone use, but also to reduce the risk of losing expensive equipment. The massive use of drones also makes it possible to create networks of interaction between them, which significantly increases the efficiency of operations.

In modern warfare, information plays a crucial role. Drones provide the ability to receive real-time data on the enemy's location, actions, and intentions. This allows you to plan operations more accurately and minimize risks for personnel. In addition, the use of drones reduces the likelihood of civilian casualties, as strikes become more accurate.

The introduction of unmanned technologies is changing the rules of warfare. Today, it can already be said that drones occupy a central place in the strategy of special operations forces. Their role will only increase in the future. Autonomous systems capable of making decisions without human intervention are already being developed. This opens up new horizons, but also raises ethical questions.

Mayman Aerospace has successfully tested the RAZOR P100 autonomous drone with the revolutionary SKYFIELD system

RAZOR P100

Mayman Aerospace has announced the successful completion of the test flights of the Vertical Takeoff and Landing Unmanned System (VTOL) RAZOR P100 at the United States Marine Corps Ground Air Warfare Center in Twentynine Palms, California. This event completed 18 months of development and confirmed the drone's full autonomy in difficult conditions.  

RAZOR P100 Features  

The RAZOR P100 is part of the company's family of autonomous VTOL systems capable of carrying loads up to 100 pounds (45 kg) over a range of 240 miles (386 km). During the tests, the drone performed a fully wireless flight for the first time, adapting to real missions and environmental changes without human intervention.  

SKYFIELD System: The drone's brain  

The key innovation was the SKYFIELD autonomous system, which uses artificial intelligence to control swarms of drones, navigate complex terrain, and make decisions without external control. SKYFIELD also integrates with combat control systems and operates in the absence of GPS or electronic countermeasures.  

The project was implemented under a contract with the US Department of Defense under the Other Transaction Authority (OTA) program, which highlights the military potential of the RAZOR P100. The drone can be used both for cargo delivery and for reconnaissance in conflict zones.  

Iran unveils revolutionary technology: the world's first underwater suicide drone

Screenshot of the video

The Iranian Defense Ministry has made a sensational announcement, demonstrating a unique development, which it calls the world's first barrage ammunition launched from a submarine. This project is an innovative suicide drone capable of being launched from an underwater position and performing both anti-ship and air strike missions. A short video posted by the state news shows the launch process of the device, which has aroused considerable interest among the international military community.

The footage shows how the delivery device rises from the water, after which its nose cone separates, revealing the internal mechanism. Then the drone with a folding wing is thrown into the air, where its wings automatically open for flight. The drone is equipped with a guidance system and can be used to attack targets at a considerable distance from the launch site. His ability to "barrage" — moving along a preset route while waiting for a target — makes him particularly dangerous to the enemy.

The technology used in this project combines the capabilities of underwater and air strike systems, providing Iran with a new level of strategic flexibility in maritime operations. Such systems can be used to attack ships, ports, or even land targets within range.

The development of such weapons is an important step in strengthening Iran's defense capabilities. Given that the country is located in the Persian Gulf region, where significant forces of the US Navy and its allies are concentrated, the new system can significantly change the balance of power. The underwater launch of a suicide drone allows Iran to carry out surprise attacks, minimizing the risk of its own submarines being detected.

In addition, the technology demonstrates the progress of the Iranian defense industry, which continues to develop despite sanctions and restrictions. It also highlights Tehran's desire to create autonomous systems that can operate without human intervention after launch, which increases efficiency and reduces the likelihood of errors.

Such systems pose a serious threat to maritime Powers, especially if they are massively implemented. Suicide drones launched from submarines can be used to attack large ships, convoys, or even civilian vessels. Their small size and long-term battery life make it difficult to detect and intercept.

However, this technology also opens up new possibilities for protection. For example, such drones can be used to patrol territorial waters, secure ports, or perform reconnaissance missions. Their ability to barrage allows them to stay in the area of action for a long time, which significantly increases their effectiveness.

Experts are analyzing the capabilities of the new system and its potential impact on regional security. Some analysts believe that the demonstration of such technology may be part of Iran's strategy to strengthen its influence in the Persian Gulf and beyond.

At the same time, questions remain about the level of maturity of the technology and the actual combat readiness of the system. Although the video demonstrates the successful launch of the drone, operational testing and mass production require time and significant resources.

The presentation of the world's first submarine-launched barrage munition confirms Iran's commitment to developing advanced military technologies. This project has the potential to radically change the rules of the game in naval warfare, providing the country with new opportunities for defense and attack. However, further steps depend on the success of the tests and the integration of the system into the armed forces.