Robots have intrigued me since I was a child, and as my keen self delved more into the subject, I discovered how they are going to play an integral part in changing lives. As a robotics enthusiast, my learning in robotics has grown but with it my fear of the technology being misused has grown more. I believe being a research geek and keeping up with the latest robotic launches would do that to one.
With the ongoing war efforts, it won’t be soon before robots become a part of our armed forces. The moral conflict that one would struggle with would be whether we rejoice in the saving of human lives, or be afraid of the kind of destruction robot led armies could possibly bring? While the leaders of each country will invest their resources in building the stronger tech, would the other resources be teared down? It will be a boon for some and bane for others who were better equipped with the human armies.
Whether we accept this change or not, its high time our country invested in artificial intelligence to save real human lives. Its always better to see tech being destroyed than body bags piling up.
The question is do we need to speak about this now? Is it really the need of the hour? And how are these questions relevant to us as citizens?
What do you mean by Physical AI?
- Simply put: Physical AI = AI (Mind / Software) + Robot (Body / Hardware)
- Everything that moves will become autonomous. In simple terms, movement will no longer depend on human effort, but on embedded intelligence. Humans will still decide the destination from point A to point B, but the system itself will determine how to get there. The act of movement shifts from being performed by humans to being directed by them
Time and again, it is the human mind and the strategies it devices that has come to use during the worst of times. But, is warfare machinery not something we helped device too? The better one got at engineering and hardware, the better they have strategized. In the case of AI, we will have one additional technology to conquer which will be software. But, the truth is if one invests in developing the right guns, one will invest in creating robots if that means they will be the last ones standing. Take for example, World War I & II and their lasting technological impact. In science, we call War an Engine of Innovation and for good reason. While it destructs, it also helps create, innovate and develop. Both World War I and World War II compelled nations to solve problems at unprecedented speed and scale. The urgency of survival drove breakthroughs across engineering, medicine, communication, and manufacturing, many of which continue to underpin modern life.
Tanks remained central to military strategy, while their underlying technologies shaped construction and heavy machinery. Aircraft evolved from reconnaissance tools into combat systems, laying the foundation for modern aviation and global connectivity. Wireless radio enabled battlefield coordination and later became the backbone of telecommunications. Alongside these, advances in chemistry and medicine during World War I accelerated industrial and scientific progress.
The Manhattan Project introduced nuclear technology initially for warfare, now central to energy and medicine. Rocket and missile development led to space exploration, satellites, and GPS. The mass production of penicillin during World War II transformed medicine, saving millions of lives. These were not isolated breakthroughs; they reflected a coordinated mobilization of science, engineering, and industry.
With men deployed to war, women entered technical, industrial, and administrative roles at scale. This shift demonstrated capability, enabled financial independence, and catalyzed long-term changes in workforce participation and gender equality.
A defining technological turning point came through Alan Turing’s work in computation and cryptography. His design of the Bombe machine helped decode the Enigma system, turning information into strategic advantage. Turing’s theoretical contributions – algorithms and the infamous Turing Test, a test made to evaluate whether a machine could exhibit human-like intelligence, a foundational concept in Artificial intelligence and modern computing. Warfare was no longer defined solely by physical force, but by the ability to process and act on information.
Just as tanks, radar, and computers redefined past wars, today we are witnessing the rise of AIdriven robotic systems. The pattern is the same: Urgency drives innovation – Innovation reshapes warfare – Warfare reshapes society – Society adopts those innovations for everyday life. Physical AI is simply the next chapter.
The lesson is complex: that progress and destruction have often advanced together.
History offers a clear insight – technological progress and destruction have often advanced together. As AI and robotics redefine the present, the question is not whether innovation will continue, but how it will be applied. That choice, as before, will shape the future.
The Future
Physical AI is already reshaping modern warfare. Its presence is most visible in autonomous and semi-autonomous drones used for surveillance and precision strikes, as well as ground robots that handle bomb disposal and logistics, reducing risk to human soldiers. AI-driven systems now analyze satellite imagery, track targets, and support rapid decision-making, while underwater drones extend these capabilities into maritime operations.
Looking ahead, this will evolve into increasingly autonomous combat ecosystems coordinated drone swarms, AI-powered fighter systems, and through wearables, exoskeletons, and augmented reality. Warfare is gradually shifting from humanled execution to machine-augmented, and in some cases, machine-led operations.
Beyond Fear
It is easy to default to fear when discussing AI in warfare: visions of uncontrolled machines and dystopian futures often dominate the narrative. But history suggests otherwise. Humanity has repeatedly navigated technological revolutions by building new industries, adapting systems, and establishing safeguards.
Learn how technologies like AI are shaping the world, stay informed beyond headlines, and build skills that make you useful in times of change. Support credible efforts that promote peace, awareness, and resilience whether through education, innovation, community action or do nothing and trust the leaders that you have voted for. And not through panic, confusion, or bad words. When the opportunity comes, however small, choose not to spread fear or misinformation, this in itself is already a contribution you can make from your end.
The more useful response is not fear, but awareness and responsibility. Staying informed, building relevant skills, and contributing whether through innovation, policy, or informed citizenship are meaningful ways to engage with this shift. Even small actions, such as resisting misinformation and avoiding panic-driven narratives, play a role in shaping a more stable transition.
The Ethical Dilemma
One of the most complex aspects of Physical AI lies in its ethics, particularly for the companies building these systems. Several leading robotics firms have publicly committed to not weaponizing their technologies, citing risks of misuse, loss of control, and large-scale harm. In 2022, few leading robotics companies from around the world signed an open letter stating they would not add weapons to their general-purpose robots and would discourage others from doing so. Some of them are Boston Dynamics, Agility Robotics, ANYbotics, Clearpath Robotics, Open Robotics, Unitree Robotics, PAL Robotics.
Beyond robotics and few voluntary commitments, a global initiative led by the Future of Life Institute, gathered leading AI Companies, Researchers, Engineers, Scientists, Entrepreneurs, and others to sign a pledge promising not to develop lethal autonomous weapons. In 2018, the pledge was signed by over 160 AI-related companies and organizations from 36 countries, and 2,400 individuals from 90 countries. Signatories of the pledge include Google DeepMind, University College London, the XPRIZE Foundation, EurAI, SAIS, Elon Musk and more.
These efforts reflect a growing recognition within the industry: the same technologies that enable progress can also amplify risk if left unchecked
Adapting to the Inevitable
Physical AI is no longer a distant possibility, it is an active and accelerating reality. Governments are investing heavily in AI-driven defense systems, from autonomous surveillance to intelligent combat platforms. The question is no longer whether this transformation will happen, but how it will be managed.
To begin with, we must evolve from merely doing tasks to thoughtfully directing them becoming capable managers of intelligent systems.The path forward lies in building ethical frameworks, strengthening international regulation, and ensuring accountability. At the same time, individuals must adapt to developing the ability to understand, direct, and work alongside intelligent systems.
At its core, this is not just a technological shift, but a human one. AI does not eliminate work; it reduces latency, reshapes effort, and redefines skill. The real challenge is not speed itself, but how humans respond to it whether we prioritise volume of output or depth of judgment.
The future will belong to those who can move beyond execution to direction, those who can guide intelligent systems with clarity and intent.
Conclusion
Perhaps the real question is not whether robots will enter warfare, they already have, but how we, as a society, choose to understand and respond to that shift. The fear of the unknown and discomfort we feel is not without reason. It sits at the intersection of two equally valid instincts: the desire to preserve human life, and the fear of what increasingly autonomous systems could enable.
 History does not offer easy answers, but it does offer perspective. Every major technological leap has carried this duality. What begins as a response to conflict often evolves into something far more expansive: reshaping civilian life, creating new industries, and redefining what progress looks like. The same will be true for Physical AI.
Nations will continue to invest in stronger systems, that is inevitable. But strength, in this context, cannot be measured by capability alone. It must also be measured by restraint, foresight, and responsibility.
For citizens, the relevance lies closer than it appears. These technologies will not remain confined to defense. They will shape industries, redefine work, and influence how decisions are made across sectors. To disengage from the conversation is to fall behind it.
 At an individual level, the role may seem small, but it is not insignificant. To stay informed, to think critically, to avoid amplifying fear without understanding, and to build the skills required to work alongside these systems, these are practical forms of participation.
The dilemma may never fully resolve. It is possible to acknowledge both realities at once that reducing human loss is meaningful, and that unchecked technological power carries risk. Holding that tension, rather than simplifying it, may be the most honest way forward. Because in the end, the question is not just what these systems will become but what we choose to become alongside them.
