On a May morning in 2025, as Pakistani and Indian troops exchanged fire across the Line of Control, and true or false, but the Indian commanders boasted of a new edge: artificial intelligence.
In what Indian officials dubbed Operation Sindoor, the Indian Army claimed it had deployed advanced AI systems to fuse drone feeds, satellite imagery, and radar intercepts in real time. The result, they said, was unprecedented battlefield awareness – and lethal precision. If these claims are valid, they mark a watershed in South Asian warfare.
India, Pakistan’s archrival, is no longer just amassing conventional arms; it is wiring its military with algorithms and automation. The Indo-Pak rivalry, long defined by tanks, jets, and nukes, has entered the digital frontier. For Pakistan, this raises urgent questions. What exactly is India doing to incorporate AI into its military, and how might these technologies tilt the regional balance of power? Understanding India’s AI-driven military modernization is now critical to Pakistan’s security calculus, as the former appears to be rapidly integrating AI into its forces, supported by a thriving domestic tech sector and global partnerships. Pakistan will also need to respond in kind, because the nature of the threat next door is evolving at algorithmic speed.
India’s Big Tech Leap in Defense
In recent years, New Delhi has made AI a cornerstone of its defense strategy. This shift did not happen overnight; it has been building since the mid-2010s as India watched other powers race ahead in military tech. By 2018, India’s Ministry of Defense convened an AI task force, and by 2022, it formally stood up a high-level Defense Artificial Intelligence Council (DAIC) under the defense minister’s chairmanship. The DAIC, alongside a new Defense AI Project Agency, was created to knit AI into every strand of India’s military – from operations to training. These institutional moves signaled intent, but it is in the last two to three years that intent has translated into concrete programs. The government earmarked ₹1 billion annually (about $12 million) for defense AI projects to prime the pump. Each defense public-sector unit was told to draw up an AI roadmap, yielding some 70-odd projects ranging from autonomous vehicles to intelligent logistics.
The Indian armed services also reorganized to absorb these emerging technologies. In fact, the Army declared 2024-2025 as the “Year of Technology Absorption,” an initiative to push cutting-edge tech into active service. Dedicated AI cells are being established within the Army’s corps and divisions. The Air Force, not to be left behind, established a special unit, UDAAN (Unit for Digitization, Automation, AI, and Application Networking), to develop AI tools for everything from mission planning to aircraft maintenance. India’s top leadership has endorsed this drive at every step. Defense Minister Rajnath Singh recently stated that modern wars will be won not just by soldiers and weapons, but by those who wield “cutting-edge technologies such as AI.” In short, India sees military AI as key to future-proofing its defense – and it has mobilized policy, money, and workforce to make it a reality.
AI on the Frontlines – From Surveillance to Strike
What do these efforts mean on the ground?
Glimpses emerged during the brief Indo-Pak flare-up in May 2025. In that four-day crisis, India’s Army leaders revealed that they had deployed an array of AI-enabled systems for the first time in combat. According to Indian Lt. Gen. Rajiv Kumar, AI algorithms helped fuse inputs from “multiple sensors and sources” in real time. Drones, ground radars, and satellites all fed into a unified battlefield picture, enabling Indian commanders to spot targets swiftly and accurately.
In fact, Indian officers claimed that with AI assistance, they achieved a 94% success rate in identifying and striking Pakistani positions – a boast that, if true, underscores AI’s potential lethality. One system frequently mentioned is “Sanjay,” the Army’s Battlefield Surveillance System, which was upgraded with an AI-driven engine nicknamed Trinetra (“third eye”). This platform collates live surveillance feeds and was credited with giving Indian units an unprecedented common operating picture. Furthermore, to manage the electronic warfare spectrum, the Indians employed an AI-based Electronic Intelligence Collation and Analysis System (ECAS). Trained on 26 years of archival data about Pakistan’s radio communications and radar signatures, ECAS purportedly helped pinpoint Pakistani radars and missile units with remarkable accuracy. Although such claims cannot be independently verified, they align with India’s known investments in sensor-fusion and target-recognition AI.
Indian forces also leveraged AI for more basic battlefield needs, such as weather forecasting. During the 2025 clashes, an application called Anuman 2.0 churned through atmospheric data to provide Indian artillery units with hyper-local weather predictions (within a 200-km radius) 48 hours in advance. This meant gunners could time their salvos to the winds and avoid errant shots – a modern twist to age-old gunnery problems.
Meanwhile, AI-guided drones buzzed overhead, streaming live video to attack units without noticeable lag. Some of these were likely semi-autonomous machines capable of loitering and identifying targets, given that India has been steadily acquiring and developing advanced UAVs. The net effect was a faster decision cycle: commanders on India’s side had data at their fingertips and, ostensibly, AI suggestions on which targets to “eliminate first.”
Beyond this single conflict, India’s military has been methodically testing AI in exercises.
In late 2021, the Army’s Southern Command conducted Exercise Dakshin Shakti with 30,000 troops, in which AI systems integrated data from all surveillance assets to provide commanders with a cohesive picture. In January 2023, India publicly demonstrated a swarm of 75 autonomous drones operating in coordination – showcasing technology that could overwhelm targets through sheer numbers and intelligent teaming.
The Indian Navy, too, is exploring AI: it has experimented with crewless underwater vehicles for mine countermeasures and coastal surveillance. Built by IROV Technologies Pvt. Ltd., an Indian startup, the robotic submersible (EyeROV) is already used by the Navy for hull inspection and mine detection, pointing to future naval roles for AI in undersea warfare. From the rugged Himalayas to the Arabian Sea, India is exploring how AI can act as a “force multiplier” – amplifying the reach and effectiveness of its soldiers, pilots, and sailors.
Toward Autonomous Warfare
Every step India takes in AI integration brings it closer to a once-fictional scenario: autonomous warfare. Consider the Indian Air Force’s ambitious Combat Air Teaming System (CATS) program. Announced in recent years in partnership with Hindustan Aeronautics Limited, CATS aims to deploy AI-enabled “loyal wingman” drones that fly alongside manned fighter jets. These unmanned wingmen would autonomously scout ahead, flank targets, or even sacrifice themselves to protect the human-piloted aircraft. Powered by machine learning, they can be programmed to execute complex missions with minimal guidance – effectively, algorithms in the sky making split-second combat decisions. HAL has already unveiled a proto-drone under CATS (called the CATS Warrior), indicating progress in this direction.
On the ground, India’s infantry and mechanized units are set to benefit from smart weapons and vehicles. The Army is pursuing “smart” loitering munitions – drones that can cruise over a battlefield and pick out targets via AI image recognition. During the 2025 conflict, Indian sources noted that several AI applications were fielded for target selection and engagement. And although India publicly maintains that a human will remain “in the loop” for lethal force decisions, its reluctance to support international bans on lethal autonomous weapons speaks volumes. For example, at the United Nations, India abstained or voted against measures to prohibit lethal autonomous weapons, positioning itself to develop or acquire such systems eventually. Indeed, given the success it touted with AI-assisted strikes against Pakistan, Indian defense planners are likely contemplating a future where missiles, armed drones, or even robotic tanks could find and hit targets with minimal human involvement.
Defensive and support roles are also being automated.
The Indian Army has inducted an AI-based counter-drone system, SAKSHAM, capable of autonomously detecting and jamming enemy drones. And in military maintenance depots, predictive analytics algorithms monitor fighter jet engines and tank parts, supposedly foreseeing failures before they happen – a practice that could vastly improve equipment readiness. Apparently, all three services are upgrading their legacy platforms with AI add-ons: decision-support software for generals, adaptive cruise control for convoys, and smarter navigation for naval ships.
The trajectory is clear: India is moving from using AI as an assistant (e.g., crunching data behind the scenes) to an actor in its own right on the battlefield. That said, Indian officials still stress a philosophy of centaur warfighting – a teaming of human judgment with machine speed. As one Indian general put it, the goal is “automation, digitization and new technologies” that transform the forces, not replace the human element entirely.
For Pakistan, however, the nuance matters less than the end capability: an Indian military that can think and act faster, guided by unfaltering algorithms, poses a challenge that demands careful attention.
The Ecosystem Powering India’s Military AI
Behind India’s strides in military AI is a burgeoning ecosystem of public and private players. At its core, naturally, are government-run organizations. The Defense Research and Development Organization (DRDO), India’s scientific military arm, has pivoted hard into artificial intelligence. DRDO’s dedicated Centre for Artificial Intelligence and Robotics (CAIR) in Bangalore has reportedly developed more than 75 AI-based defense products, spanning autonomous ground robots, drone-swarm algorithms, and AI software for cybersecurity and surveillance. DRDO is also cultivating young talent through specialized labs (such as the Young Scientist Labs for AI and Cognitive Technologies) and funding extramural research at universities. In parallel, India’s state-owned defense companies (the DPSUs, or Defense Public Sector Undertakings) have been told to integrate AI into their product lines. A prime example is Bharat Electronics Limited (BEL), a leading electronics and weapons systems firm.
BEL established an AI Incubation Centre in partnership with the Indian Army, and from this collaboration have emerged systems such as AIVAS, an AI-powered voice analysis tool to monitor communications, and Sandarbh.AI, an intelligent document management system now used by the Navy for handling sensitive information. BEL is also rolling out AI-driven improvements to classic defense hardware – for instance, adding machine-learning modules to radar units to distinguish threats amid clutter better.
Another major player, Hindustan Aeronautics Limited (HAL), is integrating AI into fighter aircraft and helicopters. HAL’s engineers have developed an AI-based “Snag Disposition System” that automatically diagnoses faults in aircraft systems, saving precious time in aircraft maintenance. More dramatically, HAL’s work on the CATS unmanned wingman drones (noted earlier) puts it at the cutting edge of AI in aviation combat.
Then there is Data Patterns, an aerospace electronics firm that provides the Indian military with radars and missile electronics: it now integrates AI algorithms into its sensors to enhance target detection and tracking. Zen Technologies, known for military simulators, has emerged as a specialist in AI-powered anti-drone defense – deploying machine learning to identify hostile drones and even predict their flight paths so they can be jammed or shot down. Zen is also using AI to make training simulators more realistic, meaning Indian soldiers can practice against virtual enemies that behave unpredictably like real adversaries.
The private sector’s contributions do not end there. Paras Defense & Space Technologies, a Mumbai-based firm, recently launched a dedicated subsidiary, Paras.AI, to develop solutions such as AI-enhanced analysis of drone surveillance feeds and next-generation electronic warfare systems. The company even invested in a smaller Indian startup (Logic Fruit Technologies) to bolster its AI capabilities, demonstrating how established defense contractors are partnering with nimble AI ventures.
Startups, indeed, are a driving force in India’s defense tech revolution. By one count, more than 1,000 defense-tech startups have sprung up in India in recent years. Many are supported by the government’s Innovations for Defense Excellence (iDEX) program, which provides funding and trials for promising tech.
To sample a few: Bangalore-based NewSpace Research has done pioneering work on swarming drones and “collective” robotics for the Indian Army. Mumbai-based ideaForge, one of India’s oldest drone startups (now a publicly listed firm), supplies high-end surveillance UAVs to the military and is constantly improving its endurance and AI-based vision systems. Chennai’s Big Bang Boom Solutions develops anti-drone technologies and recently bagged a major contract to equip the Army and Air Force with homegrown drone jammers, after impressing officials with its AI-driven detection of small UAVs. There’s also Tonbo Imaging (not mentioned above, but notable), which provides AI-enabled night-vision and targeting sensors used by Indian special forces.
Crucially, the Indian defense-tech ecosystem isn’t siloed – the government is actively connecting startups with the armed forces. Former Defense Secretary Ajay Kumar even launched a ₹2.5 billion (approximately $30 million) venture capital fund focused on defense and aerospace startups. In sum, India’s military AI thrust is more than just top-down direction; it is a networked effort drawing on big PSUs, agile startups, academic labs, and global tech partners. It enjoys broad political backing under the banner of Atmanirbhar Bharat (self-reliant India), which frames high-tech defense indigenization as a patriotic mission. And notably, some of these Indian companies and their technologies will inevitably find their way to India’s borders and battlefields opposite Pakistan. This is why Pakistani security planners need to track not just India’s generals, but its geniuses in garages and labs who are creating the next “smart” weapon.
India’s Allies and Enablers – Global Tech Links
India may be developing indigenous solutions, but it is also plugged into global innovation networks, eagerly importing or co-developing what it cannot build at home. One of its closest partners in defense technology is Israel – a country that has long viewed India as a strategic market and counterweight to common adversaries. Israeli firms were among the first to supply India with UAVs (like the Searcher and Heron drones in the 2000s), and today that cooperation has extended to cutting-edge systems.
In November 2025, India and Israel signed a new memorandum of understanding to deepen defense-industrial collaboration, explicitly including joint work on AI and cybersecurity capabilities. This agreement means India can tap into Israel’s world-leading expertise in areas like drone swarming algorithms, surveillance software, and electronic warfare. For example, Israel’s Harop loitering munition – an autonomous “kamikaze” drone that can hunt radar signals – is already in India’s arsenal, and such acquisitions give India a template to develop similar AI-guided weapons on its own. The Israel partnership also involves training exchanges; Indian military tech teams routinely interact with Israeli defense companies known for AI-driven products, such as Rafael and Israel Aerospace Industries.
The United States is another key enabler, particularly after Washington and New Delhi cemented a tighter strategic bond in the past decade. Under the US-India Initiative on Critical and Emerging Technologies (iCET), a special platform, INDUS-X, was launched in 2023 to connect the two countries’ defense startups and research hubs. In its first year, INDUS-X yielded joint “challenges” in which American and Indian companies teamed up to solve military technology problems. Notably, a handful of Indo-US teams won grants to develop new solutions in maritime surveillance and undersea communication – areas where AI is indispensable for processing vast sensor data. At a summit in February 2024, INDUS-X facilitated partnerships between high-profile defense firms; for instance, General Atomics (maker of the MQ-9 Reaper drones) partnered with a Bengaluru-based AI company, 114ai, to develop AI models for analyzing drone reconnaissance data. This collaboration aims to make Indian-operated drones smarter in identifying targets – a direct boost to India’s surveillance-strike complex. Another US drone maker, Skydio, announced a tie-up with an Indian manufacturer to jointly produce AI-enabled unmanned aerial systems, effectively marrying American AI software with Indian hardware to benefit both militaries.
France and Russia have played their part as well. France, which supplied India with Rafale fighter jets, has been discussing cooperation on advanced aerospace tech – potentially including AI-enhanced aircraft systems and secure networked warfare capabilities for the Indian Air Force. French defense contractors like Thales are active in India and bring expertise in sensors and AI-backed command-and-control platforms. Russia, India’s traditional arms supplier, has lagged Western nations in AI, but there are reports of Indo-Russian dialogues on topics such as robotic tanks and AI in cybersecurity. Moscow, keen to maintain its relevance in India’s defense market, has even offered joint research on autonomous systems. Still, with Western sanctions and Russia’s own technical limitations, this track is slower.
Perhaps surprisingly, India has also looked East: Japan and South Korea have been courted for collaborations in dual-use AI tech, given their strengths in robotics. And not to forget, China’s shadow looms large – its rapid advances in military AI partly spurred India’s urgency. While India would not cooperate with Beijing, it is clearly trying to keep up, often by learning from or buying from China’s rivals.
All told, India’s military AI project is bolstered by a web of international support, giving it access to global R&D, investment, and know-how. For Pakistan, this means that India’s tech leap is not occurring in isolation; it is empowered by some of the most capable nations and firms in the world. Islamabad, with far fewer resources, faces a complex task of responding to an India that is leveraging both jugaad (innovative improvisation at home) and joint ventures abroad to supercharge its military.
Implications for Pakistan – A Widening Tech Gap?
For Pakistan’s defense community, India’s embrace of AI weaponry and systems is a double-edged development. On one hand, many technologies India is pursuing – drone swarms, autonomous surveillance, rapid data analytics – are available in some form on the global market, meaning Pakistan could also acquire or develop countermeasures if it acts swiftly. On the other hand, the scale and ecosystem that India has built could, over time, create a significant capability gap. India’s military spending far outstrips Pakistan’s (its defense budget is approximately 7 trillion Indian rupees for 2025-26, roughly 10 times Pakistan’s), and New Delhi is unafraid to allocate these resources to experimental high-tech projects.
There is also a grave strategic concern: India’s technological edge might embolden its leadership to take riskier actions under the assumption that superior tech guarantees quick victory or damage limitation. This worry is amplified by the political character of the Indian state under the current regime.
Since Prime Minister Narendra Modi – whom many remember as the “Butcher of Gujarat” for his alleged role in the 2002 anti-Muslim riots – came to power in 2014, India’s posture toward Pakistan has hardened markedly. The ruling Bharatiya Janata Party (BJP) and its ideological parent, the RSS, openly promote the concept of “Akhand Bharat,” or an undivided greater India. This idea is not fringe; senior figures repeatedly echo it.
In 2022, RSS chief Mohan Bhagwat asserted that India would achieve Akhand Bharat within 15 years. Such rhetoric effectively casts Pakistan (and other neighbors) as having made historical mistakes to be corrected. For Islamabad, this transforms India’s military investments – including in AI – into something more alarming than routine modernization. They appear as tools of an expansionist agenda. It is not lost on Pakistanis that the BJP government has sidelined dialogue (there have been no meaningful bilateral talks in years), while aggressively integrating territories like Kashmir and making territorial claims implicitly or explicitly.
Thus, India’s AI-backed military might is viewed in Pakistan through an existential lens.
The neighbor once seen as potentially peaceable is now often described by Pakistani analysts as a belligerent, expansionist Hindu-fascist state. The memory of 1971 – when India’s support for Bengali insurgents contributed to East Pakistan’s secession – lingers as proof that India will exploit internal vulnerabilities. Today, Pakistan sees a replay via India’s alleged covert support to separatist and terrorist groups on Pakistani soil.
Officials in Islamabad frequently point to evidence (including confessions and financial trails) of Indian intelligence funding the Balochistan Liberation Army (BLA) and Baloch Republican Army (BRA) in Pakistan’s southwest, as well as factions of the Tehreek-e-Taliban Pakistan (TTP) in the northwest. In November 2020, Pakistan even publicly released a dossier detailing RAW’s hand in sponsoring such militancy. In short, India is not viewed as a benign rival modernizing its forces; it is seen as a hostile adversary actively undermining Pakistan’s unity, now armed with 21st-century technology.
This perception has profound implications. It means Pakistan must plan for worst-case scenarios where India’s newfound capabilities are used not just for defense or deterrence, but for pre-emptive or punitive action against Pakistan. Scenarios once considered far-fetched – like an Indian attempt to swiftly disable Pakistan’s second-strike nuclear capability using AI-coordinated strikes – now feature in Pakistani threat assessments. Whether or not India harbors such intentions, the mistrust is deep. And in international forums, while India speaks the language of tech for peace, its refusal to condemn lethal autonomous weapons and its vote against specific UN resolutions on the matter has not gone unnoticed in Islamabad. The bottom line for Pakistan’s leadership is clear: they cannot afford to ignore or downplay India’s AI military integration. It is a strategic reality that demands a response on multiple fronts.
Facing the Challenge – Pakistan’s Options
How should Pakistan respond to India’s AI-fueled military advancements? The knee-jerk answer might be an arms race: if India gets AI robots, Pakistan should get them too. However, given Pakistan’s constrained budget and limited technological base, a symmetric arms race is neither feasible nor advisable. Instead, Pakistan needs an innovative, multifaceted strategy to prevent India’s AI edge from translating into battlefield dominance.
First, Pakistan must accelerate its adoption of AI in defense, focusing on areas that leverage its strengths and address its immediate needs. For instance, Pakistan could invest in AI for intelligence, surveillance, and reconnaissance (ISR) to enhance monitoring of its borders and coastlines. Affordable options such as small autonomous drones for border surveillance or AI software that can analyze satellite imagery for enemy mobilization could significantly enhance early warning capabilities. Notably, such systems can be procured from friendly nations or even developed with local tech companies. Pakistan’s universities and nascent tech startups should be incentivized (through defense contracts or grants) to work on specific applications, such as vision-based target recognition, secure communication algorithms, and cyber defense tools. The country has already established a National Centre of Artificial Intelligence (NCAI) focusing on research; aligning some of its work with defense needs would be prudent. Pakistani military institutions might establish small AI innovation units within the Army, Air Force, and Navy to prototype ideas in-house and to liaise with academic experts.
Second, Pakistan will need to counter India’s AI systems asymmetrically. What does this mean? Essentially, focus on electronic warfare (EW) and cyber warfare – domains where disrupting the enemy’s tech can negate its advantage. If India deploys networks of sensors and drones, Pakistan should be prepared to jam those networks, spoof their sensors, or hack their data links. Investing in robust jamming equipment, decoys, and anti-drone technologies could nullify a chunk of India’s AI-driven gains. Some signs of adaptation are visible: Pakistan has reportedly tested anti-drone jammers and is interested in procuring systems to detect and down swarms of drones – an acknowledgement of the new threat. Bolstering cyber defenses is equally critical. As militaries digitize, their vulnerability to hacking grows. Pakistan should assume that in a future standoff, Indian cyber units (possibly with AI tools of their own) will try to blind Pakistan’s radars, knock out communications, or even disable critical infrastructure. A strong cyber command that can both defend and, if necessary, retaliate in cyberspace is as important as new hardware.
Third, Pakistan can seek force multipliers through alliances. China, in particular, stands out as a partner with advanced AI and a strategic interest in checking India. Chinese armed drones (like the Caihong/CH series) and attack UAVs with autonomous capabilities could be acquired to boost Pakistan’s arsenal. Indeed, Pakistan has already bought some high-end Chinese drones. Joint projects with China on AI – perhaps covertly or under civilian cover – might give Pakistan access to technology it cannot develop on its own. Turkey is another emerging player in military AI and robotics (with its celebrated Bayraktar drones and experimentation on drone swarms); Ankara’s growing defense ties with Islamabad could be leveraged for technology transfer or training. Even Western countries could be sources in specific niches – for example, some European firms specialize in anti-drone systems and might quietly supply Pakistan if export barriers are navigated. The key is to identify and acquire critical technological enablers (such as advanced AI chips, software platforms, and robotics expertise) through creative diplomacy and defense trade, without triggering international alarm.
Crucially, Pakistan’s response must also include a doctrinal and ethical dimension. Pakistani military thinkers should adapt their doctrines to incorporate AI – perhaps adopting a stance of keeping a “human in the loop” for most AI applications to avoid miscalculations, as well as a “human on the loop” for semi-autonomous weapons to maintain some oversight. This is in line with Pakistan’s general support for international regulation of LAWS (lethal autonomous weapons systems). However, doctrine must be pragmatic: if India deploys killer robots or swarming munitions, Pakistan may be forced to consider similar tools or at least have contingency plans to deal with them. It is a delicate balance – upholding moral high ground versus ensuring credible deterrence.
Finally, Pakistan should not neglect the importance of strategic communication and confidence-building. As perilous as the situation is, both nuclear-armed neighbors have a shared interest in avoiding unintended escalations triggered by AI – such as an autonomous system misidentifying a target. Pakistan could take the lead in proposing an Indo-Pak protocol on military AI, perhaps under UN or other auspices, to promote transparency regarding specific systems or to pursue a mutual ban on fully autonomous weapons in South Asia. Even if India is unlikely to agree, Pakistan would score diplomatic points and underline that it is not the one fueling an arms race. In essence, facing the AI challenge will demand that Pakistan be innovative, proactive, and nuanced – investing where it must, countering where it can, and negotiating where it is wise.
No Room for Illusions
In the final analysis, India’s integration of artificial intelligence into its military is a reality Pakistan must confront directly. The image of Indian generals standing before digital maps of Pakistani territory, touting how AI helped them hit 94% of their targets, is a wake-up call. It signals that the age of algorithmic warfare has dawned in South Asia.
For Pakistan, a country that has maintained a precarious balance through nuclear deterrence and professional conventional forces, the prospect of falling behind in a technological arms race is worrisome. Diplomatic platitudes will not change this. One sometimes hears that “technology favors no side, it is how you use it” – but clearly, India is intent on using it to tip the scales against Pakistan. Islamabad’s policymakers and the military high command need to respond with the seriousness and urgency this development demands.
Above all, Pakistan must shed any wishful thinking about the nature of the threat. The past decade has shown that India’s posture is not benign. The BJP-led government’s revanchist ideology and its unabashed pursuit of military supremacy underscore that India views Pakistan not as a partner in peace, but as an enemy to be outmaneuvered or overwhelmed.
Historical events bear this out. When Pakistan was dismembered in 1971, India rejoiced and claimed it was righting a historical wrong – an attitude that persists in the Akhand Bharat reveries of today. In recent years, Pakistan’s security agencies have intercepted spies and militants with Indian links, uncovering proof of Indian funding and weapons supplied to violent separatist groups on Pakistani soil. This is not paranoia; Pakistan documents it, and some independent observers have even acknowledged it. In Balochistan and along the Afghan frontier, the shadows of India’s covert war are very real to those on the receiving end of terror attacks.
So, when India pours money into futuristic technologies – be it an AI-guided missile or a fleet of autonomous drones – Pakistan has to assume those could one day be turned against it. The onus is on the Pakistani leadership, military, and political to ensure that day never comes or, if it does, that we are not found helpless. That means bolstering our defenses with equal parts ingenuity and resolve. It means not only investing in bytes and bots but also redoubling efforts to address our own internal fault lines that external enemies exploit.
In this high-tech contest, Pakistan’s strategic stability will depend on clear-eyed recognition of the threat and a unified national effort to meet it.
Diplomacy and “woke” talk aside, India has repeatedly proven itself as Pakistan’s adversary – and now it is arming that enmity with artificial intelligence. Preparing to counter this – through technology, tactics, and truth – is not warmongering; it is prudence.
In the end, Pakistan’s message to India should be unequivocal: We see what you are doing, we know why you are doing it, and we will do whatever it takes to safeguard our people and our homeland. The algorithms may have changed, but Pakistan’s resolve remains as strong as ever.
