
Top 10 powerful tanks in the world, China and Pakistan have..., India's Arjun tanks are...
Tanks- File image
Top 10 powerful tanks: The world has been witnessing many small to large conflicts as well as wars in the last few years. From the Russia-Ukraine war to the Israel-Hamas conflict and the Armenia–Azerbaijan clashes, the world has seen clashes in which tanks played a major role along with other critical weapons. Tanks have an altogether different level of significance in a conflict but do you know which are the best tanks that the top armies of the world currently use. Here is a list of the top 10 powerful tanks used across the world.
Abrams M1A2 SEP v3 Tank (USA)- The Abrams M1A2 SEP v3 Tank is an advanced armor with firepower, and electronic systems. The tank is battle-proven in Iraq and Ukraine (via limited exports).
Leopard 2A7+ Tank (Germany)- The Leopard 2A7+ Tank is known for balance of protection, speed, and precision. The tanks is currently being used by several NATO countries.
K2 Black Panther (South Korea)- The K2 Black Panther of South Korea features advanced suspension and targeting. The tank was also exported to Poland and other European nations.
T-14 Armata (Russia)- The T-14 Russian tank comes with a futuristic design with unmanned turret. It has very limited deployment across the world due to cost and sanctions on Russia.
Challenger 3 (UK)- The Challengers 3 tanks come with latest upgrade with 120mm smoothbore gun, giving it enhanced survivability and mobility.
Leclerc XLR (France)- The Leclerc XLR tanks are one of the best known tanks in the world. The tanks are the digitally modernized version of the Leclerc with a strong focus on mobility and networked warfare.
Type 10 (Japan)- The Type 10 tanks are known for their lightweight and high-tech. They are ideal for Japan's mountainous terrain. VT4 (China): The VT4 is the third generation tank of the Chinese army. The tanks were also exported to Pakistan.
T-90M 'Proryv' (Russia): The variant is the modernized T-90 variant, which was widely used during the Russia-Ukraine conflict.
Arjun Mk 1A (India): The Arjun Mk 1A tank is heavily upgraded Indian tank with enhanced protection and firepower. The tank was deployed in limited numbers, mostly in Rajasthan.

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles


Time of India
5 hours ago
- Time of India
Pricing will be split between engineers, virtual agents in 5 years: Cognizant CFO Jatin Dalal
Bengaluru: As AI reshapes pricing power, CFO Jatin Dalal told analysts that within three to five years, pricing will split into two components: one for engineers and another for virtual agents. Tired of too many ads? go ad free now "Five years from now, we will have a slightly different profile than what we were in the last two decades. One price will be for human agents or engineers and another for virtual agents," said Dalal. He was speaking at the Nasdaq Investor Conference in partnership with Jefferies. Dalal's statement comes after Surya Gummadi, president of Cognizant Americas, said that pricing would evolve a great deal in the next six months, focused on outcomes. In an earlier interaction with TOI, Cognizant CEO Ravi Kumar said about 20% of the code was coming through AI. The Nasdaq-listed firm said that its AI efforts freed up 12,000 people due to its AI and automation efforts. Dalal said that the push to transition from legacy systems to modern technology stacks is fuelling tech spending in the BFSI sector. Despite being a core vertical, it faced pressure from macroeconomic uncertainties driven by the Russia-Ukraine war and customers turning cautious by pulling back discretionary spending. BFSI has shown some promise in the small deals segment, which typically costs less than $50 million. "In 2023, we saw a sharp drop in smaller deals, reflecting a pullback in discretionary spending across the industry. Last year was more stable, with deal activity staying within a range and declining at a slower pace. The fourth quarter showed the first signs of renewed momentum in smaller deals. However, the first quarter of this year returned to a more status quo environment—except in BFSI. Tired of too many ads? go ad free now The BFSI sector started allocating more discretionary projects compared to four quarters ago, indicating a pickup in momentum," he said. Cognizant secured three mega deals before June, driven by upfront investments aimed at delivering the outcomes customers wanted during the projects. Dalal reiterated what Gummadi said about the tariffs. BFSI, communications, media, and telecom are unimpacted, while manufacturing, products, and healthcare are witnessing an impact of tariffs.


Time of India
19 hours ago
- Time of India
AI- The Immortal Warrior: How AI Has Enhanced Strategic Planning and Decision Making During Warfare.
The Ukraine-Russia war: The Israel-Palestine conflict: Live Events The United States and China: India's Stand in the AI Warfare Landscape: Who Bears the Burden of a Machine's Mistake? In today's digital-first world, warfare has undergone a seismic shift. Military strategy no longer unfolds solely through hierarchical commands and paper maps. With the rise of AI, strategic planning and decision-making in the military have transformed, enabling real-time battlefield analytics autonomous drones , and predictive war games. AI has quietly taken a commanding position in modern conflict recent conflicts, such as those between Ukraine and Russia and the ones that happened in the Middle East, portray proof that warfare is not limited to human reaction time or situational awareness. AI-powered systems have begun to reshape how decisions are made in combat. As global militaries digitize their military infrastructure, the arms race has moved past missiles and reached war strategies relied on hierarchy-based decision-making and human-led intelligence analysis. AI-driven systems digest satellite imagery, sensor feeds, cyber intelligence, and troop movements in seconds. In the Ukraine-Russia conflict, 'Palantir's Gotham AI' supported the Ukrainian forces with decision-making by analyzing real-time combat data and offered optimal courses of action. As a result, the decisions made were faster, data-rich, and less prone to during the Israel-Palestine conflict, 'The Gospel' (reportedly) system was used to generate real-time target lists using behavioral pattern recognition. The complexities of Gaza's urban landscape—this software helped identify tunnel networks and enemy positions. By augmenting human judgment, these tools reduce reaction times and cognitive load in high-pressure Department of Defense's 'Project Maven' in the United States uses AI to analyze drone footage, identifying threats with accuracy. The purpose of Project Maven's existence was essentially for video analysis, to detect insurgents, vehicles, or weapons from the drone footage. China, too, as per speculations, has used AI for war-gaming and simulation training in their military scenarios, particularly in simulations involving Taiwan. They have also used AI-powered surveillance for population control and internal military security, particularly in regions like Ministry of Defence has initiated AI-focused collaborations with DRDO and private startups, aiming to integrate AI into logistics, surveillance, and threat detection. However, challenges persist, ranging from limited battlefield data and underdeveloped infrastructure to the absence of clear ethical frameworks. Even so, with rapidly growing interest in indigenous defense innovation and dual-use AI startups, India could emerge as a key player in the strategic AI landscape, not just as a user but as a policymaker and exporter of defense-related intelligence AI taking on active roles in warfare, the ethical landscape surrounding its use grows ever more complex. It prompts difficult questions, like who is held accountable when an autonomous drone goes off-target? How much autonomy should machines have when it comes to life-and-death decisions?Several other risks, like algorithmic bias embedded in AI systems, can distort decision-making in critical moments, while authoritarian regimes may exploit AI for disproportionate control or aggressive tactics. Furthermore, there exists the potential of an AI-driven psychological warfare, through the means of deepfakes, disinformation, and synthetic media, that poses threats beyond the boundaries of the battlefield.


India Gazette
20 hours ago
- India Gazette
"Decisive advantage in modern warfare lies in ability to see first, farthest, most accurately": Air Marshal Ashutosh Dixit
New Delhi [India], June 11 (ANI): Air Marshal Ashutosh Dixit, Deputy Chief of Air Staff, on Wednesday highlighted the strategic role of surveillance and electro-optic systems in the current combat scenarios and said that the decisive advantage in modern warfare lies in the ability to see first, see farthest, and see most accurately. Drawing parallels from recent global conflicts--including the Armenia-Azerbaijan war, the Russia-Ukraine conflict, and the ongoing Israel-Hamas hostilities--Air Marshal Dixit noted that superior situational awareness has consistently tipped the balance in favour of the side with better eyes on the battlefield. Speaking at the Surveillance and Electro Optics India seminar, Air Marshal Dixit said, 'When we look at global conflicts commencing from Armenia-Azerbaijan to Russia-Ukraine and Israel-Hamas, and to our own experiences in Operation Sindoor, one truth emerges with crystal clarity: the side that sees first, sees farthest and sees most accurately, prevails.' 'This axiom has guided military thinking for centuries, but never has it been more relevant than in our current era of precision warfare and multi-domain operations,' he added. The Air Marshal referred to Operation Sindoor as a demonstration of India's readiness to adapt to these evolving realities. 'This brings me to the critical importance of deep surveillance in contemporary warfare. The lessons from Operation Sindoor have reinforced what military strategists have long understood but perhaps not fully appreciated until now. Modern warfare, thanks to technology, has fundamentally altered the relationship between distance and vulnerability,' he said. 'It has given a new meaning to simultaneity and non-linearity. The existing principles of war are being challenged, and new ones are emerging. Earlier, the horizon marked the limit of immediate threat. Today, precision-guided munitions like SCALP, BrahMos and HAMMER have rendered geographical barriers almost meaningless, as strikes with BVR AAMs and supersonic AGMs have become commonplace.' Air Marshal Dixit said that the rapidly advancing domain of surveillance and electro-optics is no longer just an operational enabler but has emerged as the very foundation of contemporary military strategy. Reflecting on the significant transformation in the field, Air Marshal Dixit noted that these technologies have shifted from being supplementary force multipliers to becoming central to how nations plan, execute, and dominate in future conflicts. 'As someone who has witnessed this transformation firsthand, I can attest that we stand at the cusp of a revolution that will redefine how we perceive, process and project power in the 21st century,' he said. He said, 'When weapons can strike targets hundreds of kilometres away with pinpoint accuracy, he traditional concepts of front, rear and flanks combat zones and depth areas all become irrelevant. What we call the front and the theatre merge into one. This new reality demands that we extend our surveillance envelope far beyond what previous generations could have even imagined. We must detect, identify and track potential threats not when they approach our borders, but when they are still in their staging areas, airfields and bases, deep within adversary territory. This existed as a concept even earlier but today we have the means to realise it.' Adding further, he said, 'The compressed timelines of modern warfare amplify this need. When hypersonic missiles can traverse hundreds of kilometres in minutes and drone swarms can reach their targets before traditional decision-making processes can respond, real-time or near-real-time surveillance becomes not just advantageous but essential for survival.' Air Marshal Dixit said that the speed of modern weapons has fundamentally altered the OODA loop, compressing it from hours to minutes, sometimes even seconds, and this new reality is being shaped by mega satellite constellations that are revolutionising battlefield awareness. 'The fusion of Electro-Optical, SAR and SIGINT capabilities now enables a 24x7 dynamic, persistent and predictive mosaic of the battlefield. We no longer merely observe; we anticipate, predict and pre-empt,' he said. 'As we look to the future, it becomes clear that government efforts alone cannot meet the pace of technological change we face. This is where our private sector emerges as a critical partner in our surveillance evolution. The dynamism, innovation and agility that characterise India's technology companies are precisely what we need to maintain our edge in this rapidly evolving domain. We need our private sector to push the boundaries in several critical areas. Integration of AI with electro-optic systems has the potential to revolutionise surveillance capabilities. AI-driven imaging seekers, automated threat recognition and predictive analytics can transform passive monitoring into active. and intelligent surveillance that anticipates rather than merely observes,' he said. He added, 'The development of multispectral, all-weather surveillance systems that can operate effectively in our diverse geographical and climatic conditions is essential. From the Siachen glacier to the hot arid deserts down to the Indian Ocean, our surveillance systems must maintain effectiveness across all environments. We also need scalable and interoperable systems that can seamlessly integrate with existing military networks while remaining flexible enough to accommodate future technologies. The days of standalone, siloed systems are behind us. The future belongs to networked, collaborative platforms that multiply rather than merely add capabilities.' Speaking at the seminar on national security, Lieutenant General Vineet Gaur, DG Capability Development, underscored the critical role of advanced surveillance in contemporary warfare. 'In today's modern era, advanced surveillance is not a luxury but a necessity. We witnessed its significance during the Kargil conflict, and its relevance has only grown in today's evolving security landscape,' he said. He further emphasised the increasing importance of space-based surveillance, particularly as the Indian Air Force undergoes a transformative phase. 'We are set to launch 52 satellites in the coming year, out of which 31 will be built by private sector firms,' he revealed. These satellites will be equipped with cutting-edge camera lenses, advanced sensors, and a suite of modern technologies to enhance India's situational awareness and defence preparedness. Air Vice Marshal Tejpal Singh highlighted the indispensable role of advanced surveillance and technology in modern warfare, stating that enhanced battlefield imagery and superior monitoring capabilities have become vital components of military success. 'Advanced surveillance is no longer optional--it is essential in any modern conflict,' he said. 'Clearer imagery and stronger surveillance systems provide a critical edge on the battlefield.' He further stressed that Intelligence, Surveillance, and Reconnaissance (ISR) has emerged as a key element in today's combat environment. 'ISR is central to modern-day warfare, and Remotely Operated Systems (ROS) serve as its backbone,' he explained, adding that the importance of these systems has been demonstrated in the ongoing Russia-Ukraine conflict. Referring to developments in West Asia, Air Vice Marshal Singh pointed to the use of unmanned aerial attack systems in Yemen, which have drawn global attention. 'These examples show that ISR capabilities are vital for achieving dominance in today's contested airspace,' he said. (ANI)