India is strengthening its space-based surveillance capabilities to detect missile launches and other aerial threats much earlier, reducing the time available for an adversary to strike. The push has gained importance following the lessons of Operation Sindoor, when air-defence systems had only a limited window to track and intercept incoming threats.

The idea is to use satellites and space-based sensors as an early-warning layer. Infrared sensors can detect the intense heat signature produced by a missile's rocket plume shortly after launch. This information can then be passed to ground-based radars and air-defence command networks, giving them more time to establish the missile's trajectory and prepare an interception. 

India's broader Space-Based Surveillance (SBS) programme is designed to create a large satellite network for persistent monitoring of land and maritime areas. The programme is expected to strengthen surveillance of India's strategic neighbourhood and improve the ability of defence systems to detect and track hostile aircraft, drones and missiles. 

The importance of such a system lies in the geography of the India-Pakistan region. A ballistic missile launched from relatively close to India's border can cover the distance to its target within minutes. Ground radars can face limitations caused by the Earth's curvature and line-of-sight constraints, whereas satellites observing from above can potentially detect a missile during its boost phase, much earlier in its flight.

The new architecture is not simply about spotting a launch. The objective is to create an integrated chain linking satellites, sensors, radars, command-and-control systems and interceptors. Earlier detection can allow defence planners to calculate the likely trajectory and determine the appropriate response before the missile reaches its terminal phase.

India's private space sector is also becoming part of this emerging capability. Bengaluru-based Digantara recently unveiled MOSAIC, an AI-powered distributed optical sensor network intended to provide continuous monitoring of objects in low Earth orbit and strengthen India's space-domain awareness.

Separately, Indian companies are working on space-based thermal sensing technologies specifically aimed at detecting missile launches. Such capabilities could eventually provide another layer of warning for India's missile-defence architecture. 

The development comes as India seeks to shorten the time between detection and decision-making. In modern warfare, where ballistic and hypersonic weapons can travel at extremely high speeds, even a few additional minutes—or seconds—can significantly improve the chances of tracking and responding to a threat.

However, satellites alone cannot guarantee interception. A launch warning must be converted into an accurate track, verified by other sensors and transmitted quickly enough to an interceptor system. Coverage, satellite positioning, communication delays, false alarms and sophisticated missiles designed to manoeuvre or deploy decoys remain major challenges.

India is therefore moving towards a layered approach in which space-based surveillance complements terrestrial radars and existing air-defence systems. If successfully integrated, these "eyes in space" could give India's military an earlier view of an incoming threat and provide additional time to decide how—and where—to intercept it. 

The Indian Air Force is increasingly using artificial intelligence and digital twin technology to analyse possible future warfare scenarios, improve planning and strengthen decision-making, Air Chief Marshal Amar Preet Singh said on Saturday. He also stressed the importance of sharing operational data and learning from past mistakes to improve preparedness.

Speaking at an event in Kanpur, the Chief of the Air Staff said the availability of large volumes of data has created opportunities for the IAF to use predictive AI to assess what could happen next. Digital twins, meanwhile, can create virtual representations of systems or situations, allowing planners to examine different possibilities before responding to real-world developments.

The Air Chief Marshal said the armed forces now have access to information that can be used more effectively through advanced analytical tools. The objective is not simply to collect data but to turn it into useful insights for planning and operational decision-making.

Predictive AI for Future Scenarios

According to Singh, predictive AI can help the force forecast possible developments and prepare for different situations in advance. Such systems can analyse large amounts of information and identify patterns that may assist commanders and planners in evaluating potential outcomes.

He also highlighted the role of digital twins in understanding future possibilities. By creating virtual models, organisations can simulate situations and examine how different factors could influence an outcome.

The approach could allow the IAF to test plans and study potential scenarios without relying entirely on real-world exercises, while also helping identify weaknesses that may otherwise emerge only during an operation.

Learning From Past Mistakes

Singh also underlined the importance of using collective experience across the defence establishment. He said information available with different stakeholders should be shared so that lessons from one experience can benefit others.

The IAF chief stressed that mistakes should be treated as learning opportunities, regardless of which individual or organisation was responsible for them. This, he said, could help prevent the repetition of errors and contribute to stronger systems.

Technology Reshaping Warfare

The comments come as militaries worldwide are increasingly adopting AI, machine learning, advanced data analytics and simulation technologies. Modern combat environments generate enormous quantities of information from aircraft, radars, satellites, unmanned systems and other sensors, making rapid analysis increasingly important.

For the IAF, such technologies could support areas including operational planning, training, surveillance and assessment of possible threats. Digital simulation can also provide commanders with opportunities to evaluate different courses of action before committing resources.

Focus on Modernisation

The IAF has been pursuing the integration of new technologies as part of its wider modernisation efforts. The emphasis on data-driven decision-making reflects the changing nature of warfare, where speed of information processing can influence how quickly forces identify and respond to emerging threats.

Singh's remarks also point towards a broader effort to combine human judgement with advanced technological tools. While AI can process large datasets and generate predictions, military decisions still require assessment by trained personnel and commanders.

The Air Chief Marshal emphasised that innovation, collaboration and learning from experience would remain important as the force prepares for future challenges. The use of predictive AI and digital twins is therefore emerging as part of the IAF's wider effort to understand potential battle scenarios and improve operational readiness.

India could face a growing fighter-technology gap if delays continue in indigenous combat aircraft programmes, former Indian Air Force Vice Chief Air Marshal Nagesh Kapoor has warned. He questioned whether the Tejas Mk-2 would remain operationally relevant if it enters service in significant numbers during the 2030s, at a time when major military powers are advancing towards fifth- and sixth-generation combat aircraft.

Speaking on an podcast, Kapoor said that deploying a fourth-generation fighter around 2035 could create an operational challenge as China progresses towards next-generation platforms and Pakistan explores fifth-generation capabilities. He gave a direct assessment when asked whether such a timeline made sense from an operational perspective, saying it would not.

Kapoor, however, did not argue that India should abandon fourth-generation fighters altogether. He noted that India's geographical size means a relatively small fleet of highly advanced aircraft would not be sufficient for every operational requirement. Fighters such as the Tejas Mk-2 could therefore continue to perform important missions, particularly in areas where fifth- or sixth-generation aircraft are not available.

The concern, according to Kapoor, is whether India can afford to spend years developing platforms that risk becoming technologically outdated by the time they are available in substantial numbers.

Tejas Mk-1A Delays Raise Concern

Kapoor also criticised the pace of the Tejas Mk-1A programme and questioned whether Hindustan Aeronautics Limited is moving with sufficient urgency to meet the IAF's requirements.

The Indian Air Force ordered 83 Tejas Mk-1A fighters in 2021 in a deal valued at around Rs 46,000 crore. The programme has faced delays, including issues related to the supply of GE F404 engines and the integration of radar, avionics and weapons.

A further order for 97 Mk-1A aircraft was announced in September 2025 for around Rs 62,370 crore, increasing the importance of timely production and delivery.

Kapoor described the continued lack of substantial availability of the Mk-1A as a major concern and questioned why the IAF should continue waiting for aircraft that were promised with specific capabilities.

He stressed that indigenous development remains essential for India's long-term defence requirements but argued that delays cannot continue indefinitely when the force has immediate operational needs.

Mk-2 Timeline Continues to Slip

The former Vice Chief's concerns also extend to the more advanced Tejas Mk-2. The programme has already moved beyond earlier timelines, with the aircraft's first flight now targeted for between March and July 2027.

The Mk-2 is intended to provide the IAF with a more capable indigenous fighter than the existing Tejas variants. However, every delay pushes back testing, certification, production and eventual induction.

For the IAF, this creates an additional planning challenge as it seeks to maintain fighter numbers while simultaneously transitioning towards more advanced platforms.

India Faces Next-Generation Challenge

Fifth-generation aircraft such as China's J-20 and the US F-22 incorporate technologies including stealth, advanced sensors and internal weapons carriage. Sixth-generation programmes are expected to go further, with greater integration of artificial intelligence, autonomous systems, unmanned aircraft and network-centric warfare.

India currently does not operate a fifth- or sixth-generation fighter.

Kapoor suggested that New Delhi should examine whether it is necessary to develop every generation of fighter independently. He pointed to international sixth-generation programmes such as the Future Combat Air System (FCAS) involving France, Germany and Spain, and the Global Combat Air Programme (GCAP) involving the UK, Italy and Japan.

AMCA Remains India's Indigenous Option

India is also developing the Advanced Medium Combat Aircraft (AMCA), its planned indigenous stealth fighter. The programme is expected to take several years of development and testing before the aircraft can enter operational service.

Kapoor's comments highlight the difficult balance facing India's fighter modernisation strategy: maintaining adequate numbers in the near term while investing in indigenous technologies for the future.

For the IAF, the challenge is not only to develop advanced aircraft but also to ensure that they arrive quickly enough to remain relevant against rapidly changing military technology. The former Vice Chief's warning puts renewed focus on production timelines, indigenous defence manufacturing and India's strategy for moving from fourth-generation platforms towards the next era of air combat.

India’s defence export ambitions could soon get another boost with the emergence of the Kal drone, an indigenous long-range loitering munition developed by Odisha-based defence startup IG Defence.

The Shahed-class one-way attack drone is reportedly attracting interest from several Gulf countries, potentially opening a new market for Indian-made autonomous strike systems.

The development comes as India continues to expand its defence manufacturing and export footprint. According to the Defence Ministry, India's defence exports reached a record ₹38,424 crore in 2025-26, marking a 62.66 per cent increase over the previous financial year.

The Kal could become another prominent export product alongside systems such as the BrahMos missile, which has emerged as one of India's best-known defence exports.

What Is the Kal Drone?

Developed by IG Defence, the Kal is a long-range, one-way attack drone designed for deep-strike missions.

Its operational concept is broadly similar to other loitering munitions, including Iran's Shahed family of drones. The system can reportedly remain airborne over a designated area before identifying or engaging a target.

According to specifications provided by IG Defence, the Kal has an operational range of up to 1,000 kilometres and an endurance of approximately seven to eight hours.

The company says the drone can carry a 50-kg payload and cruise at around 160 kmph, with a maximum speed of approximately 200 kmph.

It is designed to operate at altitudes of up to 5,000 metres above mean sea level.

Designed for Deep-Strike Missions

The Kal is intended to target high-value assets at operational depth.

According to IG Defence, its potential targets include infrastructure, radar installations, air-defence systems and soft or semi-hardened military targets.

The drone features an advanced guidance and navigation system intended to support autonomous flight during missions.

As a loitering munition, the system can remain in an area before conducting a strike, potentially allowing operators greater flexibility compared with conventional fixed-flight-path weapons.

The company also says the Kal can be launched using rocket-assisted take-off systems or vehicles, giving operators different deployment options.

Gulf Nations Show Interest

Interest in the Kal is reportedly growing outside India, particularly among countries in the Gulf and other strategically important regions.

IG Defence said on August 5 that it was in advanced discussions with multiple Gulf countries regarding possible procurement.

People associated with the company said talks were at an advanced stage and that some agreements could potentially be concluded during the current financial year.

If successful, the deals could result in the first overseas consignments of the Kal being exported from India.

However, any such export would remain subject to Government of India approvals and applicable defence export regulations.

Why the Gulf Market Matters

The reported interest comes at a time when military planners worldwide are paying greater attention to relatively affordable long-range unmanned systems.

Recent conflicts have demonstrated how drones can be used for surveillance, precision strikes and attacks against military infrastructure without exposing pilots to direct combat risks.

The wider conflict environment in West Asia has also highlighted the demand for autonomous systems capable of operating over long distances.

For India, securing export orders for the Kal could strengthen the country's position in the international unmanned systems market.

Following the BrahMos Model

The Kal is being discussed as a potential future defence export success story similar to BrahMos.

Jointly developed by India's DRDO and Russia's NPO Mashinostroyenia, BrahMos has become one of India's most prominent defence exports.

The missile's combination of speed, precision and multi-platform launch capability has contributed to its international appeal.

India's growing defence export portfolio now includes missiles, artillery systems, radars, electronic systems, protective equipment and unmanned platforms.

The government's push to increase domestic defence manufacturing has also encouraged private companies and startups to develop products for both Indian and international markets.

Export Potential and Challenges

Despite the reported foreign interest, the Kal's emergence as a major export product will depend on several factors.

Potential customers would need to assess its performance, reliability, navigation capabilities and operational effectiveness through testing and evaluation.

The company will also have to secure the necessary regulatory clearances before exporting the system.

IG Defence has said that, subject to government approvals, the Kal could contribute to India's objective of becoming a trusted supplier of indigenous defence technology to friendly foreign countries.

India’s Defence Export Push

India's record defence exports indicate a broader shift from its traditional position as a major defence importer towards becoming a supplier of military equipment.

The government has set ambitious targets for domestic defence production and exports, while private-sector participation has expanded significantly.

If IG Defence succeeds in securing international orders for the Kal, the drone could become an important example of how India's private defence industry is moving into advanced unmanned and autonomous weapons technology.

For now, the Kal remains an emerging system with export discussions underway. But if the reported Gulf interest translates into contracts, the drone could become one of the more significant additions to India's growing defence export portfolio.

 US President Donald Trump has clarified that the United States has not yet approved Ukraine's request to manufacture Patriot missile interceptors, partially walking back earlier remarks that had raised expectations in Kyiv about a possible technology-sharing agreement.

Speaking during a Cabinet meeting at the Camp David retreat on Friday, Trump said discussions over the proposal are still underway, but stressed that transferring advanced American missile technology requires extreme caution.

"We have not agreed to that. We're talking about it, but it's a hard thing to give away that kind of technology. You have to be very careful," Trump said.

His latest comments come just days after Ukrainian President Volodymyr Zelenskyy stated that Ukraine had received permission to begin domestic production of Patriot missile interceptors as part of efforts to strengthen its air defence capabilities against continued Russian missile attacks.

Earlier Promise Faces Uncertainty

During a meeting with Zelenskyy in Turkey earlier this month, Trump had reportedly indicated that Washington would provide Ukraine with a license to manufacture Patriot interceptor missiles. The proposal was widely viewed as a significant step toward enhancing Ukraine's defence industry and reducing its dependence on foreign military supplies.

However, Trump's latest remarks suggest that no formal approval has been granted, leaving the proposal under review.

The US President also referred to Ukraine's broader military requests, including Patriot systems and Tomahawk missiles.

"It's a big step. President Zelenskyy would like Patriots and Tomahawks. One is defensive, one offensive. We have to be very judicious," Trump said.

Technology Transfer Raises Security Concerns

Trump argued that advanced military technology should not be transferred without considering long-term security implications.

He warned that although such scenarios may never occur, countries receiving sophisticated defence technology could eventually become strategic risks.

"I don't think this would ever happen, but there are people that you give that technology to; they can someday turn on you," he said.

The remarks reflect Washington's continued debate over balancing military support for Ukraine while safeguarding sensitive defence technologies.

Ukraine Faces Air Defence Challenges

Trump's comments come as Russia continues to intensify missile and drone strikes across Ukraine. Kyiv has repeatedly warned that its existing stock of Patriot interceptor missiles is running low.

Patriot systems remain one of the few air defence platforms capable of intercepting Russian ballistic missiles, making them a critical component of Ukraine's defence strategy.

For months, Ukraine has been pushing for a co-production arrangement involving the Patriot PAC-3 interceptor missile, allowing domestic manufacturing to improve long-term military readiness.

Negotiations Continue

Despite Trump's cautious position, discussions between Ukrainian officials and US defence partners remain active.

According to Ukrainian Ambassador Olha Stefanishyna, defence contractor Lockheed Martin, which manufactures Patriot PAC-3 missiles, remains committed to expanding cooperation with Ukraine.

Company executives recently met President Zelenskyy, and additional visits by Lockheed Martin representatives to Ukraine are expected in the coming weeks as negotiations continue.

While Kyiv remains hopeful that a production agreement can eventually be reached, Trump's latest remarks indicate that Washington has yet to make a final decision on sharing one of its most advanced missile technologies.

Solar Defence and Aerospace Ltd. (SDAL), a wholly owned subsidiary of Solar Industries India Limited, has successfully demonstrated its indigenous Bhargavastra vehicle-mounted counter-swarm drone system before a special team of senior Indian Army officers. The live demonstration showcased the system's advanced detection, tracking, command-and-control, and engagement capabilities, highlighting India's growing expertise in indigenous air defence technology.

The demonstration was conducted in the presence of Indian Army officials and featured the system in its complete operational configuration. The event underscored India's ongoing efforts to strengthen domestic defence manufacturing under the country's self-reliance initiative.

Advanced Multi-Layer Air Defence System

Bhargavastra is a vehicle-mounted, multi-layered counter-swarm drone system developed specifically to counter the increasing threat posed by unmanned aerial vehicles (UAVs) and coordinated drone swarms.

The demonstration included a Command and Control Vehicle (CCV) equipped with radar, drone detection systems, and an advanced C4I (Command, Control, Communications, Computers and Intelligence) architecture. A separate launcher vehicle carrying multiple launch tubes was also deployed as part of the system.

During the trial, SDAL launched a swarm of drones that were successfully detected by the radar and sensor network. The integrated C4I system generated a real-time drone attack alert, displayed the complete operational picture, and assigned targets to the launcher vehicle. The complete engagement sequence was demonstrated successfully, although live rocket firing was not conducted due to safety restrictions within the plant premises.

Designed for India's Diverse Terrain

According to the company, Bhargavastra has been engineered to operate effectively across India's varied geographical conditions, including deserts, plains, and mountainous regions at altitudes of up to 5,000 metres above mean sea level.

Its surveillance suite combines multiple technologies, including:

• Radar capable of detecting UAVs up to 10 kilometres
• Electro-Optical/Infrared (EO/IR) surveillance system
• Passive Radio Frequency (RF) sensors

These systems work together to detect, classify, and track aerial threats, allowing operators to engage either individual drones or coordinated drone swarms with high accuracy.

Hard-Kill Solution Against Autonomous Drones

Unlike conventional anti-drone systems that rely primarily on electronic jamming or signal spoofing, Bhargavastra offers a hard-kill capability capable of physically destroying hostile drones.

The weapon system employs indigenously developed unguided rockets and precision micro-missiles arranged in a multi-layer engagement architecture. This approach enables the system to neutralize autonomous drones that are resistant to electronic countermeasures while significantly reducing interception costs.

The company believes the system offers a more economical alternative to expensive surface-to-air missiles, which are often used against relatively low-cost drones.

Addressing Emerging Battlefield Challenges

Recent conflicts around the world—including those involving Russia and Ukraine, Azerbaijan and Armenia, and the ongoing tensions in West Asia—have demonstrated the growing use of drones in modern warfare.

Industry estimates suggest that more than 100,000 drones are now deployed annually in active combat operations worldwide. The increasing reliance on unmanned aerial systems has created an urgent need for affordable and scalable counter-drone technologies.

Recognizing this evolving threat several years ago, SDAL initiated the development of Bhargavastra as a cost-effective solution capable of defeating both individual UAVs and large autonomous drone swarms.

Milestone for Indigenous Defence Manufacturing

Speaking after the demonstration, Satyanarayan Nuwal, Founder and Chairman of Solar Industries India Limited, said the company was the first among 14 private firms to demonstrate such a system.

He described Bhargavastra as one of the world's first fully integrated, vehicle-mounted, multi-layer counter-swarm drone systems employing unguided rockets and micro-missiles specifically designed for swarm neutralization.

Indian Army officials who attended the demonstration appreciated the technological achievement and expressed satisfaction with the system's capabilities.

The successful demonstration is expected to strengthen India's indigenous defence ecosystem and represents another significant step toward achieving self-reliance in advanced air defence technologies.

India has achieved a major milestone in its defence modernization efforts after the Defence Research and Development Organisation (DRDO) successfully conducted a series of tests showcasing its multi-layered Ballistic Missile Defence (BMD) system. The trials, carried out on June 10 and 11, demonstrated the country's growing capability to detect, track, and intercept advanced missile threats, including long-range ballistic missiles.

According to official information, three consecutive flight tests validated critical technologies designed to strengthen India's air and missile defence architecture. During the exercises, interceptor missiles successfully engaged designated targets, confirming the effectiveness of a layered defence framework developed to counter evolving aerial threats.

The successful demonstration is being viewed as a significant advancement in India's strategic defence capabilities and highlights the country's continued push toward indigenous military technology development.

Major Defence Milestone

Officials stated that the tests confirmed the operational effectiveness of multiple integrated systems working in coordination. The multi-layered architecture is designed to provide protection against a range of ballistic missile threats by engaging hostile targets at different stages of flight.

Defence experts note that such systems rely on advanced radars, command-and-control networks, tracking sensors, and interceptor missiles working together in real time. The latest trials validated the ability of these systems to function as a unified defensive shield.

With the successful demonstration, India has further strengthened its position among countries possessing advanced missile defence technologies capable of addressing complex security challenges.

India's Growing Strategic Capability

The Ballistic Missile Defence program has been under development for several years as part of India's broader effort to enhance national security preparedness. The latest tests are considered an important step toward operational deployment of advanced missile interception capabilities.

Officials indicated that the system is designed to counter a wide spectrum of missile threats, including long-range ballistic missiles. The layered approach improves interception probability by providing multiple opportunities to neutralize incoming targets before they reach their intended destination.

Defence analysts believe such capabilities play an increasingly important role in modern security environments, where missile technology continues to evolve rapidly.

NASM-MR Flight Test Adds Maritime Strength

Alongside the missile defence trials, DRDO also successfully conducted the maiden flight test of the Naval Anti-Ship Missile–Medium Range (NASM-MR).

The successful test marks a significant development for India's maritime defence strategy. The missile is expected to enhance the Indian Navy's ability to engage medium-range maritime targets with greater precision and effectiveness.

Officials said the system expands indigenous strike options available to naval forces and strengthens India's capability to address emerging maritime security challenges in the region.

Indigenous Technology Focus

DRDO emphasized that the technologies demonstrated during the tests have been developed using indigenous expertise and advanced domestic research capabilities.

The organization stated that the systems have been designed to address future threat scenarios across multiple operational domains. The achievement aligns with the government's broader objective of increasing self-reliance in critical defence technologies and reducing dependence on foreign military systems.

Defence manufacturing and indigenous research have become key priorities as India seeks to build a stronger domestic defence ecosystem capable of supporting long-term strategic requirements.

Defence Minister Praises Achievement

Defence Minister Rajnath Singh congratulated scientists, engineers, and personnel involved in the successful demonstrations.

According to official statements, the minister described the achievement as an important step toward enhancing India's national security architecture. He also highlighted the significance of technological self-reliance in strengthening the country's defence preparedness.

The successful trials are expected to contribute to India's long-term efforts to develop advanced strategic capabilities through indigenous innovation.

Understanding ICBM Threats

Intercontinental Ballistic Missiles (ICBMs) are among the most advanced missile systems in the world. These missiles are designed to travel extremely long distances, typically exceeding 5,500 kilometers, and can carry conventional or nuclear payloads.

An ICBM follows a ballistic trajectory, traveling through the upper atmosphere and space before re-entering the atmosphere at high speed toward its target. Due to their range and velocity, they are considered one of the most challenging threats for missile defence systems.

Developing technologies capable of tracking and intercepting such threats requires highly sophisticated radar networks, command systems, and interceptor platforms.

Science fiction just became reality. For the first time in the history of modern warfare, a humanoid robot — a machine that walks, sees, and carries weapons like a human soldier — is being tested on an active battlefield. Ukraine is that battlefield. And the robot is the Phantom MK-1, made by a San Francisco startup called Foundation. This is not a drill. This is not a prototype in a lab. This is happening right now — and it changes everything we thought we knew about how wars are fought.

Meet the Phantom MK-1 — The World's First Combat Humanoid Robot

The Phantom MK-1 is built for one purpose: to go where human soldiers go, do what human soldiers do — and take the bullet instead of them.

Standing 5 feet 9 inches tall and weighing approximately 175 to 180 pounds, the Phantom looks every inch the AI soldier. Encased in jet black steel with a tinted glass visor, it can carry rifles, breach doors, conduct reconnaissance, handle explosives, and operate in environments where aerial drones simply cannot reach — underground bunkers, collapsed buildings, narrow tunnels, and basement command posts.

The robot is powered by an AI-assisted control system built around a camera-first visual perception architecture. Using large language model-based task software, a human operator can issue a high-level command — and the Phantom translates that instruction directly into physical movement and action. The machine runs on approximately 20 motors, each of which must function flawlessly for the robot to maintain balance and movement in unpredictable terrain.

Foundation unveiled the Phantom MK-1 in October 2025 and has already secured research contracts worth 24 million dollars with the US Army, Navy, and Air Force, making it an approved military vendor. In February 2026, two Phantom units were deployed to Ukraine — the first known deployment of a humanoid robot to any active warzone in history.

Why Ukraine? The World's Most Advanced Military Testing Ground

Ukraine did not become the testbed for this technology by accident. Since February 2022, the war in Ukraine has accelerated military innovation faster than any conflict in recent memory. Ukraine now launches thousands of drones per day. Autonomous ground robots deliver ammunition and weapons to frontline troops. Earlier this year, footage emerged of Russian soldiers surrendering directly to an armed Ukrainian ground robot — a moment that would have seemed impossible five years ago.

Foundation co-founder Mike LeBlanc, a 14-year US Marine Corps veteran with multiple combat tours in Iraq and Afghanistan, visited Ukraine before the deployment and described what he witnessed as deeply shocking. "This is a full-scale war of robots, where the robot is the primary fighter and humans only provide support," he said. "It is the complete opposite of what it was during my service in Afghanistan — back then, people were the main force and technology was just a tool."

That inversion — robots as the primary fighters, humans in support — is the new reality of the Ukraine battlefield. And the Phantom MK-1 has been dropped right into the middle of it.

What the Phantom Is Doing in Ukraine Right Now

The two Phantom MK-1 units currently in Ukraine are operating in support and reconnaissance roles rather than direct frontline combat — for now. The robots are being used to gather operational data in real combat conditions, testing their mobility, sensor performance, and software reliability in an active war environment.

The Phantom's key advantage in this environment is its human-shaped design. With a heat signature similar to a real human body, the robot can potentially confuse enemy targeting systems. It can move through spaces built for human beings — doorways, staircases, vehicle interiors — in ways that wheeled or tracked ground robots simply cannot. And it can handle standard military equipment and infrastructure without modification.

Foundation CEO Sankaet Pathak was blunt about the purpose of the Ukraine deployment: "Just like drones, machine guns, or any technology, you first have to get them into the hands of customers." Ukraine is the customer. The battlefield is the testing environment. And the data being collected right now will directly feed into the design of the Phantom MK-2 — an upgraded model scheduled for introduction in April 2026.

The Moral Case — And the Very Real Risks

Foundation's argument is built on a simple moral foundation. "We think there is a moral imperative to put these robots into war instead of soldiers," says LeBlanc. If a robot can absorb a missile strike, breach a booby-trapped building, or walk into a minefield in place of a 22-year-old soldier — that is a net good for humanity. LeBlanc's long-term vision is a Phantom that can use any weapon a human can use, in any environment a human can operate in.

But the risks are serious and well documented. The Phantom MK-1 is heavy, costly to operate, requires frequent recharging, and depends on 20 simultaneous motors working perfectly at all times. During a demonstration for journalists earlier this year, one Phantom unit fell several times during testing — a reminder that the technology is still in its earliest stages.

More troubling are the AI risks. Military AI systems can sometimes generate what researchers call hallucinations — incorrect outputs delivered with high confidence. In a factory or warehouse, a hallucinating robot is a problem. On a battlefield, it could be catastrophic. "With large language models, we cannot fully explain how they make decisions," AI researchers warn. "It is unacceptable to have lethal autonomous systems that occasionally hallucinate."

Cybersecurity is another major concern. Analysts warn that hacked humanoid robots — taken over by hostile actors — could represent one of the most dangerous new threat vectors in modern warfare.

A Global Arms Race Nobody Can Stop

The deployment of the Phantom MK-1 in Ukraine has not gone unnoticed by the rest of the world. Foundation CEO Pathak confirmed that a humanoid soldier arms race is already happening — with Russia and China both developing dual-use humanoid technology in parallel. Serbia's President Aleksandar Vučić has announced plans to mass-produce humanoid robots and display thousands of them at the country's next military parade — a statement that would have sounded absurd three years ago and sounds merely alarming today.

Britain's Minister for the Armed Forces, Al Carns, acknowledged that the Ukraine war is forcing the UK and its allies to completely rethink how wars will be fought. "This revolution in military affairs," he said, is one in which uncrewed systems are beginning to dominate at the tactical level. The lessons are being absorbed in London, Washington, Beijing, and Moscow simultaneously.

The international community is attempting to keep pace. Negotiations in Geneva are currently focused on a two-tier framework for autonomous weapons — banning systems that are inherently unpredictable or that target people using biometric recognition, while setting strict rules on the geographic area, duration, and human override requirements for autonomous missions. But enforcement remains entirely unresolved.

Beyond Ukraine: US Border, Marine Corps and the Pentagon

Foundation is not limiting its ambitions to Ukraine. The company is in active discussions with the US Department of Homeland Security about deploying Phantom robots for patrol missions along the US-Mexico southern border. The Phantom platform is also scheduled for testing with the US Marine Corps, where robots will be trained to place explosives on doors to help troops breach buildings more safely — replacing the most dangerous moment of any infantry operation.

The Pentagon confirmed it continues to explore the development of militarised humanoid prototypes designed to operate alongside warfighters in complex, high-risk environments. Foundation plans to lease rather than sell the Phantom — at an estimated annual cost of approximately 100,000 dollars per unit — and aims to scale from dozens of units this year to thousands annually as manufacturing capacity expands.

The Verdict: War Has Changed Forever

LeBlanc acknowledged that what the world is seeing right now is only the beginning. "What you are seeing now is just the first clumsy attempt to show how robots could conduct our wars," he said. The Phantom MK-1 in Ukraine today is to the robot soldier of 2035 what the Wright Brothers' plane at Kitty Hawk was to a modern fighter jet.

The question is not whether humanoid robots will transform warfare. That transformation has already begun — on a muddy frontline in eastern Ukraine, where a 5-foot-9-inch black steel machine is learning what war feels like, so that one day, human soldiers might not have to.