Adani Defence, Indo-Russian Rifles Signs Five-Year Pact To Supply Indigenous Ammunition For AK-203 Rifles

Adani Defence & Aerospace has signed a five-year pact with Indo-Russian Rifles Private Limited (IRRPL) to supply indigenous 7.62x39 mm ammunition for the AK-203 program, ensuring a fully integrated domestic supply chain for India’s assault rifle modernization.

This agreement strengthens India’s self-reliance in small-arms production and expands Adani’s footprint in defence manufacturing.

Adani Defence & Aerospace has entered into a five-year agreement with Indo-Russian Rifles Private Limited, the India-Russia joint venture responsible for manufacturing AK-203 assault rifles in India. Under this arrangement, Adani Defence will supply 7.62x39 mm small-calibre ammunition required for the AK-203 program over the contract period.

The pact is designed to establish a reliable Indian source for ammunition supplies, ensuring continuity and stability in the rifle program. By linking rifle production at IRRPL’s Korwa facility in Amethi, Uttar Pradesh, with ammunition manufacturing by Adani Defence, the agreement creates a fully integrated domestic supply chain.

This development is expected to strengthen India’s small-arms manufacturing ecosystem and contribute significantly to the government’s Aatmanirbhar Bharat initiative in defence production. It marks another step in reducing dependence on foreign suppliers and building a robust indigenous capability.

Indo-Russian Rifles Private Limited was incorporated in 2019 under an intergovernmental agreement between India and Russia. The joint venture includes Indian shareholders Advanced Weapons and Equipment India Limited and Munitions India Limited, alongside Russian partners Concern Kalashnikov and Rosoboronexport. The Ministry of Defence has designated IRRPL as the entity responsible for indigenous AK-203 rifle production.

In December 2021, a contract was signed with IRRPL for the supply of 6,01,427 AK-203 rifles, with production scheduled at the Korwa facility. The addition of Adani Defence as the ammunition supplier ensures that both rifles and ammunition will now be sourced domestically, enhancing operational readiness and logistical efficiency.

Adani Defence has already developed domestic manufacturing capabilities for small-calibre ammunition, including a dedicated facility in Kanpur. This infrastructure will support the new agreement and provide the necessary production capacity to meet the demands of the AK-203 program.

The latest pact also reflects Adani Defence’s expanding footprint in India’s defence sector. In July 2026, the company signed an agreement with the Defence Research and Development Organisation for the AEW&C-MKII program, India’s next-generation Airborne Early Warning and Control system.

This program makes Adani Defence the first private Indian company to be entrusted with the development, integration, and lifecycle support of an airborne mission platform of such scale and complexity.

Under the AEW&C-MK-II program, Adani Defence and DRDO will jointly develop, manufacture, and integrate airborne mission systems on six modified Airbus A321 aircraft for the Indian Air Force. The program will also cover integrated logistics, maintenance, repair and overhaul, and technical support for up to thirty years.

The ammunition supply agreement for the AK-203 rifles thus represents both a tactical and strategic milestone. It ensures uninterrupted supply for the rifle program, strengthens India’s defence industrial base, and highlights the growing role of private industry in national security.

IANS

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ISRO Successfully Conducts Hot Test of Semi-Cryogenic Engine Power Head Test Article At Full Thrust Level

Indian Space Research Organisation (ISRO) demonstrated successful hot test of the Semi-Cryogenic Engine Power Head Test Article (PHTA) at full thrust level of 200 Ton at the ISRO Propulsion Research Complex (IPRC), Mahendragiri, Tamil Nadu on September 05, 2026.

The Power Head Test Article (PHTA) encompasses all engine systems except thrust chamber. This is the 9th test in a series of hot tests using the PHTA. This is the first time that the PHTA is tested at 100% or full thrust level i.e. 200 tons.

Previously, the tests were conducted at 47% (94 tons), 60% (120 tons) and 88% (175 tons) thrust levels successfully.

The test proceeded as predicted and all the engine parameters were as expected. The test duration was 35 seconds including operation of the engine powerhead at 200 ton (100%) thrust level for a duration of 5 seconds.

The switch over of propellant supply from a low pressure start tank to medium pressure run tank was also validated in order to enable long duration testing of PHTA in subsequent hot tests.

The Semi-Cryogenic Propulsion Stage (SC120), powered by the 2000 kN-class SE2000 engine, is being developed to replace the current L110 core stage of the LVM-3 launch vehicle. The integration of the Semi-Cryogenic stage along with the uprated cryogenic upper stage (C32) will enhance the LVM-3 payload capability.

ISRO

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Made In India Falcon RAAD Drone Systems Revolutionise Battlefield Capability

India’s Falcon RAAD represents a major leap in indigenous combat drone technology, combining advanced payload systems with superior operational capability.

Developed under the Make in India framework, it is designed for precision strikes, battlefield intelligence, and tactical versatility, offering the armed forces a powerful force multiplier.

The Falcon RAAD is a Rapid Action Armed Drone engineered to execute time-sensitive missions with unmatched efficiency. It is built to minimise risks to human life while maximising battlefield impact, making it an ideal solution for modern military operations. Developed in partnership with Zeus Numerix, a leader in drone weaponisation, the system integrates advanced payloads, modular weapon kits, and superior safety mechanisms.

The UAV Weaponisation Kit (UVW) includes ejector rack units and UAV-dropped munitions. These munitions are highly lethal, with warhead weights accounting for 40–45% of total weight compared to 12–15% in traditional systems. The kit supports anti-roof, anti-vehicle, and anti-tank munitions, offering an aerial alternative to mortars, RPGs, and artillery shells. This versatility ensures adaptability across diverse combat scenarios.

The Falcon RAAD is easily transportable in SUVs or trucks, enabling rapid deployment within minutes. It is designed to operate effectively in harsh terrain and conflict zones, providing elevation advantage for superior tactical positioning. Its precision strike capability reduces risks to soldiers while maximising operational impact.

The drone features multi-layer safety protocols for autonomous missions, requiring user consent before weapon deployment. It integrates real-time video streaming with dual cameras—one for situational awareness and another for precision targeting. Night vision sensors ensure seamless operation in low-light conditions, enabling round-the-clock effectiveness.

The Ground Control Station is a ruggedized heavy-duty computer integrated into a flight case. It runs specialised software with video and telemetry data links, available in single or dual-display configurations. Portable HOTAS layouts are also offered, enhancing operational flexibility for field commanders.

Mistral, the Indian technology design and systems engineering company behind Falcon RAAD, has over 28 years of experience in aerospace and defence. It provides chip-to-product solutions across embedded systems, ensuring reliability and scalability. The company’s expertise strengthens India’s defence ecosystem, aligning with Atmanirbhar Bharat and Make in India objectives.

The Falcon RAAD’s indigenous design reflects India’s growing capability in advanced drone warfare. It is not only a tactical asset but also a strategic symbol of India’s push for self-reliance in defence technology.

Its modular payload systems, superior combat capability, and rapid deployment features position it as a critical enabler for future battlefield operations.

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India’s Drone Revolution: National UTM Program To Regulate Crowded Skies

India is introducing a National Unmanned Aircraft Systems Traffic Management (UTM) program to regulate drone flights below 1,000 feet, ensuring safe and coordinated operations across logistics, agriculture, surveillance, and emergency services.

This system will integrate with the DGCA’s Digital Sky platform, which already manages drone registration, pilot certification, and flight permissions.

India’s drone ecosystem has expanded rapidly in recent years. Over 38,500 drones are registered with Unique Identification Numbers (UINs), and nearly 40,000 DGCA-certified remote pilots are active. The government has also approved 244 training organisations, reflecting the scale of professionalisation in the sector.

The UTM program is designed to handle this surge by providing real-time monitoring, automated flight approvals, and conflict resolution for drones operating in low-altitude airspace.

The system will be crucial for managing drones in logistics, where companies are exploring last-mile delivery solutions. In agriculture, drones are already being deployed under schemes like Namo Drone Didi, which has distributed over 1,000 drones to women self-help groups to improve crop productivity and reduce costs. In infrastructure inspection, drones are being used for railway, highway, and powerline monitoring, while in emergency response, they provide rapid situational awareness during disasters.

The UTM program will complement the Digital Sky platform, which currently provides zone maps, flight permission requests, and pilot certification management. Drones are categorised into Nano, Micro, Small, Medium, and Large, with licensing requirements scaling by weight. For example, Nano drones under 250g require no UIN or permit for recreational use, while commercial drones above 2kg require UAOP (Unmanned Aircraft Operator Permit) and Remote Pilot Certificates.

India’s adoption of drones in governance has already transformed public service delivery. Under the SVAMITVA scheme, drones have surveyed 3.28 lakh villages, producing 2.76 crore property cards across 31 states. This demonstrates the scale at which drones are being integrated into national programs. The UTM initiative will ensure that such large-scale deployments remain safe and efficient.

The proposed system will also help India prepare for future urban air mobility, where drones may share airspace with air taxis and other autonomous aerial vehicles. By establishing a structured traffic management framework now, India is positioning itself as a leader in drone governance in Asia.

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Indian Army Prepares To Dominate Future Warfare With Spectrum Control

Control of the spectrum is emerging as the decisive factor in modern warfare. The Indian Army recognises that the future battlefield will not be determined by sheer numbers alone but by the ability to see faster, connect smarter and strike with precision.

This transformation is being driven by the integration of advanced surveillance, communication and electronic warfare systems into frontline operations.

At unforgiving heights, troops of the Victory For Certain Brigade under the Golden Key Division are combining traditional infantry skills with next-generation warfare capabilities.

These soldiers are trained to adapt seamlessly between conventional combat tactics and synchronised, technology-enabled operations. Their preparation reflects the Army’s determination to dominate the evolving battlefield of tomorrow.

The emphasis is on silent approaches, relentless execution and an unstoppable spirit. This ethos ensures that Indian soldiers remain unpredictable and effective in diverse combat environments.

By merging battle-tested methods with cutting-edge systems, the Army is building resilience against both conventional and asymmetric threats.

The Indian Army is not waiting for the future of warfare to arrive. It is actively preparing to dominate it by investing in advanced training, simulation programs, and indigenous technology development. Initiatives such as electronic warfare integration, counter-drone systems, and AI-enabled battlefield management are being prioritised.

These efforts are supported by defence industry collaborations, with Start-Ups and established firms contributing to innovation in sensors, secure communications and precision strike systems.

The broader vision aligns with India’s defence modernisation program, which seeks to enhance joint operations across land, air, sea, cyber and space domains.

The Army’s focus on spectrum dominance reflects a recognition that control of information and communication channels is as critical as firepower. This approach ensures that Indian forces can deliver strategic surprise, maintain operational superiority and safeguard national security in the face of rapidly evolving threats.

The soldiers of the Victory For Certain Brigade embody this transformation. Their readiness to combine traditional courage with modern technology symbolises the Army’s resolve to remain ahead of adversaries. In the unforgiving terrain of high-altitude warfare, their ability to integrate sensors, drones and precision-guided systems with infantry manoeuvres demonstrates the future of combat readiness.

India’s defence planners are clear that the battlefield of tomorrow will be defined by speed, connectivity and precision. By preparing its soldiers today, the Indian Army is ensuring that it will not merely adapt to future warfare but will dominate it with confidence and certainty.

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India's Loitering Munitions And Interceptor Capability As Autonomous Warfare Expands

Autonomous and robotic weapons are transforming the nature of modern warfare by expanding roles from surveillance and interception to precision strikes.

In India, the record-setting Ahuti MK-II has drawn significant attention as a high-speed interceptor drone, while loitering munitions and autonomous combat platforms continue to raise questions about capability, control and regulation.

Unmanned and autonomous systems are classified according to the level of human involvement. Human-in-the-loop systems can identify a target but require human approval before striking. Human-on-the-loop systems allow a human to monitor and intervene if necessary. Human-out-of-the-loop systems can select and engage targets without manual intervention.

Lethal Autonomous Weapons Systems, or LAWS, employ sensors, artificial intelligence and computer vision to search, identify and strike targets. Loitering munitions, also known as kamikaze or suicide drones, remain airborne over an area, locate targets and detonate on impact.

On 1 September 2026, the India Book of Records recognised Ahuti MK-II as India’s fastest multi-rotor UAV. The electric interceptor drone achieved a certified top speed of 498 km/h. It was developed by Apollyon Dynamics, a defence technology start-up co-founded by Jayant Khatri and Sourya Choudhary. 

The company is incubated at the BITS Pilani Hyderabad Campus. The technical team included drone pilot Aman Virani, also known as Shady, along with Manas Vichare and Ishaan Suri.

The original Ahuti prototype, built in 2025, had recorded about 300 km/h, making the MK-II a 66% speed upgrade. Unlike conventional multi-rotor drones used for photography or mapping, Ahuti MK-II is built to chase and disable hostile drones and loitering munitions.

India has also advanced its loitering munition and interceptor capability. The ALS-50, developed and manufactured by TATA Advanced Systems Limited, is designed to operate effectively in high-altitude regions such as Ladakh. Nagastra-1, developed by Solar Industries, has been procured by the Indian Army under emergency procurement rules for frontline tactical strike capability.

These systems strengthen precision-strike capacity and provide options for engaging targets without deploying larger platforms. High-speed interceptors like Ahuti MK-II are intended to counter low-cost aerial threats more economically than expensive air-defence missiles.

Apollyon Dynamics has tested its unmanned systems at major military ranges, including Babina and Gopalpur. These trials were conducted with backing from the Indian Army. The start-up has also supplied tactical unmanned systems to active Indian Army units, demonstrating operational integration.

Globally, autonomous warfare platforms are being fielded by several nations. South Korea has developed the SGR-A1 stationary sentry gun through Samsung. The United States operates the MQ-9 Reaper for semi-autonomous surveillance and strike missions, and the US Navy’s Sea Hunter demonstrates sea-based autonomy as an unmanned surface vessel.

Russia has introduced the Uran-9, an autonomous tracked unmanned combat ground vehicle for reconnaissance and fire support. Regulation of such systems remains under discussion at the United Nations, specifically within the Convention on Certain Conventional Weapons framework under the Group of Governmental Experts.

The recent recognition of Apollyon Dynamics in the India Book of Records after its Ahuti MK-II interceptor drone was certified at 498 km/h highlights how Indian start-ups are pushing multi-rotor UAV performance. This development expands interest in drone interception and autonomous defence systems, reflecting India’s growing role in the global debate on autonomous weapons.

Autonomy categories of human-in-the-loop, human-on-the-loop and human-out-of-the-loop remain central to understanding these technologies. The regulatory debate on LAWS continues under the CCW-GGE framework.

Agencies

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25 Pakistani Soldiers Killed In Deadly Ambush In Balochistan

The Balochistan Liberation Army claimed responsibility for killing 25 Pakistani army personnel in two separate attacks, marking one of the deadliest escalations in the province in recent months.

The group released a cinematic-style video through its media outlet Hakkal, showing explosions, gunfire, and a Pakistani military truck engulfed in flames. The footage also depicted fighters standing near burning vehicles and seizing weapons from damaged trucks, with bodies lying on the ground.

On Friday, the BLA stated that 18 Pakistani personnel were killed when its Fateh Squad ambushed a military convoy at Ziarat Cross, destroying two vehicles. Five others were injured but managed to escape.

This ambush was described as one of the most brazen attacks carried out by Baloch separatists in recent times.

The Fateh Squad, an elite combat unit specialising in guerrilla warfare and ambushes in Balochistan’s mountainous terrain, has previously been linked to high-profile operations, including the hijacking of the Jaffar Express in March 2025.

In a separate incident in Hajika, Surab, the BLA claimed that its Special Tactical Operations Squad (STOS) executed a remote-controlled vehicle-borne blast, killing seven Pakistani soldiers.

These casualty figures have not been independently verified, and Pakistan has not released official details of the attacks. However, videos circulating on social media show bodies of Pakistani soldiers being sent to their families discreetly under the cover of darkness.

The BLA has intensified its campaign in recent months. Last month, it claimed responsibility for 36 operations across different regions, killing over 33 personnel. The scale of violence has revived memories of the group’s ‘Operation Herof’ in 2024, during which it targeted key transportation infrastructure, including sections of the Karachi-Quetta highway and a railway station in Mastung. That operation resulted in the deaths of over 25 Pakistani soldiers and left dozens injured.

Pakistan’s military responded swiftly to the latest attacks, claiming to have killed nearly 50 militants during raids on hideouts in Mastung, Sibi, Quetta, and Kalat.

The army stated that those killed belonged to outlawed groups, including the Baloch Liberation Army and Tehrik-e-Taliban Pakistan (TTP). These tit-for-tat strikes highlight the surge in violence in Balochistan, Pakistan’s largest province, which has been plagued by insurgency for decades.

The broader resurgence of violence has seen the BLA and other insurgent groups intensify attacks against Pakistani military installations and convoys. For decades, Baloch groups have accused Pakistan of human rights violations, including enforced disappearances and crackdowns on political activists. 

The province, which shares a long border with Afghanistan, has remained a focal point of separatist demands for greater autonomy or independence.

The recent escalation underscores the growing intensity of the conflict, with both sides engaging in increasingly lethal operations.

The BLA’s use of specialised units such as the Fateh Squad and STOS reflects its evolving tactics, while Pakistan’s military response demonstrates its determination to suppress the insurgency despite mounting criticism over its handling of the crisis.

Agencies

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Why Must India Secure Nuclear Independence Through Thorium-Based Power Plants?

India must urgently accelerate thorium fuel adoption to secure long-term energy independence, reduce reliance on imported uranium, and achieve its 100 GW nuclear power target by 2047.

Thorium’s abundance in India, combined with its efficiency and safety advantages, makes it the most strategic option for the country’s nuclear future.

India’s nuclear program has traditionally been structured in three sequential stages. The first stage involves Pressurised Heavy Water Reactors (PHWRs) using natural uranium.

The second stage deploys Fast Breeder Reactors (FBRs) that generate plutonium from Stage 1 fuel.

The third stage envisions thorium-based reactors, leveraging India’s vast thorium reserves. However, the global uranium supply deficit now demands that thorium be introduced earlier into the cycle.

PHWRs, which are expected to account for nearly half of India’s targeted 100 gigawatts-electric nuclear capacity by 2047, offer significant fuel flexibility. These reactors can be adapted to run on a blend of thorium and High-Assay Low-Enriched Uranium (HALEU) without altering their external design. This adaptation would fast-track India’s entry into the third stage of its nuclear program, bypassing delays inherent in the sequential approach.

Thorium is fertile rather than fissile, meaning it cannot sustain a chain reaction alone. It must be paired with fissile drivers such as uranium or plutonium. Recycling thorium alongside these fuels dramatically increases energy potential, up to 70 to 100 times compared to a once-through uranium cycle. This recycling advantage ensures that India’s nuclear resources are maximised for centuries.

India currently imports more than 70% of its uranium, leaving its nuclear program vulnerable to geopolitical supply risks.

In contrast, thorium is abundantly available in domestic coastal and riverine sands, particularly monazite deposits. India holds nearly 25% of the world’s thorium reserves but less than 2% of global uranium. Transitioning to thorium would transform India from a dependent energy importer into a self-reliant nuclear powerhouse.

Thorium-based fuel cycles also produce significantly lower volumes of long-lived radioactive waste. This reduces the burden of waste management and enhances environmental safety. Furthermore, thorium fuels are highly resistant to nuclear proliferation, strengthening India’s global non-proliferation credentials.

India has already made progress in this direction. In April 2026, the Prototype Fast Breeder Reactor at Kalpakkam achieved first criticality. This reactor uses a thorium blanket around its core, bombarding thorium with neutrons to produce Uranium-233, the fissile fuel required for Stage 3 reactors. This milestone demonstrates the feasibility of thorium integration into India’s nuclear program.

Policy reforms have also paved the way for private sector participation. The SHANTI Act of 2025 permits private companies to engage in nuclear operations and fuel management. Major domestic firms such as TATA Power, Reliance, and JSW Energy have bid to finance and build Bharat Small Reactors. This private involvement will accelerate deployment and innovation in thorium-based technologies.

Global uranium resources are under increasing pressure, with supply constraints already visible in the market. Recycling technologies and thorium adoption are essential to ensure India’s nuclear expansion does not stall due to fuel shortages.

Strategic investments in thorium research, reactor adaptation, and private sector collaboration must be prioritised to safeguard India’s energy future.

The government is strongly advised to integrate thorium into PHWRs immediately, expand thorium recycling capabilities, and accelerate the deployment of thorium-based reactors.

This will ensure that India achieves its nuclear capacity targets while securing energy independence, environmental safety, and technological leadership in the global nuclear sector.

IDN (With Agency Inputs0

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Marco Rubio’s India Visit In October To Pave Way For Quad Summit In US

US Secretary of State Marco Rubio is likely to visit India again in October, signalling continued momentum in the Quad’s diplomatic engagements. This comes as preparations intensify for a possible Quad leaders’ summit in the United States in December.

The Quad summit, involving India, the US, Japan and Australia, is expected to be held on the sidelines of the G20 summit scheduled at the Trump National Doral Miami in Florida on 14–15 December under the US presidency. Reports indicate that this summit will serve as a major platform to advance cooperation among the four nations.

Senior officials from the Quad countries have stepped up consultations to strengthen cooperation. Earlier this week, Foreign Secretary Vikram Misri hosted a meeting of Quad Sherpas in New Delhi.

The meeting was attended by Sergio Gor, Special Envoy to South and Central Asia and US Ambassador to India; Elly Lawson, Deputy Secretary of Australia’s Department of Foreign Affairs and Trade; and Hiroyuki Namazu, Senior Deputy Minister for Foreign Affairs of Japan.

A joint statement issued by the Ministry of External Affairs and the US State Department confirmed that the meeting was convened to take forward the outcomes of the Quad Foreign Ministers’ meeting held in New Delhi in May and to prepare for the next foreign ministers’ meeting.

The officials discussed key areas of cooperation, including maritime and transnational security, economic prosperity and security, critical and emerging technologies, and humanitarian assistance and emergency response. They also exchanged perspectives on developments in the Indo-Pacific and the wider regional and global situation.

US Ambassador Sergio Gor emphasised that the Quad was moving forward with “clear purpose” and highlighted the focus on an action plan and concrete deliverables. His remarks underscored the grouping’s intent to translate discussions into tangible outcomes.

India had been expected to host the Quad leaders’ summit last year. However, ties between New Delhi and Washington faced strains over several issues. These included US President Donald Trump’s claims of mediation between India and Pakistan following Operation Sindoor, as well as Washington’s tariff measures against India. These developments had delayed the summit, but the current trajectory suggests renewed alignment between the two capitals.

The upcoming engagements, both Rubio’s October visit and the December summit, are expected to reaffirm the Quad’s role in shaping a free, open and resilient Indo-Pacific. They will also serve to consolidate cooperation across strategic, economic and technological domains, while addressing pressing global challenges.

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Pakistani Lashkar Terrorist Yasir Killed In Yousmarg Gunfight

A Pakistani Lashkar‑e‑Taiba commander, identified as Yasir, was killed in an encounter with joint security forces in the upper reaches of Yousmarg in central Kashmir’s Budgam district on Saturday. 

Sources confirmed that the gunfight broke out after joint forces launched an intelligence‑based search operation in the area following inputs about the presence of terrorists.

The operation was carried out jointly by Special Forces and 53 Rashtriya Rifles, who engaged in an exchange of fire with the terrorists. Yasir was part of the larger Sulaiman Musa group of Lashkar‑e‑Taiba but had split from the faction nearly a year ago.

Since then, he had been operating independently, and security agencies had been tracking his movements in the Yousmarg area for a brief period.

Officials revealed that Yasir had emerged as a key Lashkar operative in the region after separating from the Musa group. His presence in the higher reaches of Yousmarg prompted security forces to launch the search operation, which culminated in the encounter. His elimination is seen as a significant development in the ongoing counter‑terror campaign.

The encounter in Yousmarg comes amid intensified counter‑terror operations across Jammu and Kashmir. Following Yasir’s death, agencies are probing his network, his links with other Lashkar‑e‑Taiba operatives, and the extent of his activities in the region. Investigators are also examining whether he played any role in planning, facilitating, or supporting recent terror activities in Jammu and Kashmir.

Yasir’s association with the Sulaiman Musa group adds further context to his profile. Sulaiman Musa, also known as Hashim Moosa, was one of the masterminds behind the 2025 terrorist attack in Pahalgam.

A few months after the attack, Indian security forces gunned Moosa down in an encounter in the Dachigam forest area of Srinagar. Yasir’s split from Musa’s faction and his independent operations highlight the evolving dynamics within Lashkar‑e‑Taiba’s command structure.

Security analysts believe that Yasir’s killing may disrupt Lashkar’s local networks, though agencies remain cautious about the possibility of successor operatives filling the vacuum.

The incident underscores the continuing challenges posed by Pakistan‑based terror outfits and the sustained efforts of Indian forces to neutralise their operatives inside Jammu and Kashmir.

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India Builds First Rock Check Dam On Indus To Secure Ladakh’s Water Future

India has taken a decisive step in Ladakh by constructing its first rock check dam across the Indus River at Upshi in Leh. This development comes at a time when the Indus Waters Treaty remains in abeyance, signalling a strategic shift in India’s approach to utilising the river’s resources before they flow downstream to Pakistan.

The dam has been built entirely of natural boulders without the use of cement. By raising the water level by nearly 10 feet, it has enabled farmers to irrigate fields that previously struggled during the spring sowing season.

For years, the farming community faced severe challenges as the Indus flowed too low through deep gorges, making it impossible for pumps to draw sufficient water. This scarcity had left farmlands parched and financially weakened local agriculture.

The new structure now stores nearly 40 million litres of water and channels it through the Igoo Phey irrigation canal to feed dry village fields.

This has provided a lifeline to farmers, ensuring reliable access to water during critical sowing periods. The project is not only an agricultural boost but also a strategic assertion of India’s right to harness the Indus River for its own communities.

The Ladakh administration has already begun planning more such check dams along the Indus. Several projects are underway, with many more in the pipeline. A comprehensive proposal has been submitted to the Union Ministry of Jal Shakti for the construction of 36 check dam projects across the Union Territory.

This includes seven Himalayan Rock Check Dams in Leh and 29 check dams or weirs in Kargil, at an estimated cost of over ₹56 crore. In terms of scale, this represents a significant investment in water security and irrigation expansion for Ladakh’s high-altitude communities.

The strategic dimension of these projects cannot be overlooked. By actively creating infrastructure to use Indus River water in border areas, India is sending a clear message to Pakistan.

With the treaty suspended, New Delhi is demonstrating that it will prioritise its own communities and strengthen its frontier regions. This marks a shift in water management policy, linking resource utilisation directly to national security and regional stability.

The rock dam at Upshi is therefore both a practical solution to Ladakh’s water scarcity and a symbolic move in India’s broader geopolitical posture. It reflects a dual commitment to supporting local livelihoods and asserting control over critical natural resources in a sensitive border zone.

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India-Maldives Connectivity Project Achieves Historic Breakthrough With First Bridge Segment Completion

The Greater Male Connectivity Project has reached a significant milestone with the completion of its first segment. This marks a major step forward in the Maldives’ ambitious plan to link the capital with neighbouring islands through a network of bridges and causeways.

The completed section consists of a 2-km bridge connecting Malé and Vilimalé. On 30 August, President Mohamed Muizzu walked across the newly finished bridge, describing the moment as historic. For the first time, people could walk directly between the two islands rather than relying on boats.

This achievement forms part of the wider 6.74-km Greater Male Connectivity Project, which will eventually connect Malé, Vilimalé, Gulhifalhu and Thilafushi. The project is being executed by India’s Afcons Infrastructure and is supported by Indian financial assistance.

The connectivity initiative was envisaged in 2021 through an agreement between India and the Maldives. It is being funded through a ₹3,340 crore line of credit from the EXIM Bank of India and a ₹835 crore grant from India.

The project is expected to transform transport and economic activity in the Greater Malé region. By linking the four islands through bridges, causeways and road networks, it will improve movement, reduce reliance on ferries, and strengthen trade and social integration.

The Greater Male Connectivity Project is regarded as the largest infrastructure undertaking in the Maldives. It reflects India’s growing role as a development partner in the Indian Ocean region and highlights the strategic importance of connectivity for both nations.

The completion of the first bridge segment demonstrates tangible progress and sets the stage for further construction. Once finished, the project will stand as a symbol of India-Maldives friendship and shared commitment to regional development.

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Russian Envoy Calls Northern Sea Route Key To Boosting Indian Exports And Achieving ₹8,33,000 Crores Trade Target

Russian Ambassador to India Denis Alipov has described the Northern Sea Route as a promising avenue for trade, industrial development and exploration, while emphasising the importance of correcting the bilateral trade imbalance and boosting Indian exports to Russia in order to achieve the ambitious target of ₹8,33,000 crores in trade by 2030.

He highlighted that the NSR could serve as a complementary route to existing initiatives such as the Chennai–Vladivostok maritime corridor and the International North–South Transport Corridor, offering India an alternative passage to Europe and northern Russia.

Alipov stressed that the NSR is not only of interest to Russia but is increasingly being explored by many countries worldwide.

He noted that India has already identified a wide range of goods and products that could be exported to Russia, ranging from high‑end technological items to agricultural produce such as mangoes.

He remarked humorously that mangoes themselves have become a technological product in modern times. The envoy explained that both sides are actively working to remove non‑tariff barriers and streamline transactions to facilitate smoother trade flows.

He revealed that India and Russia have almost completely switched to national currencies in their bilateral financial dealings, with 96 per cent of transactions now conducted in rupees and roubles. This shift has insulated trade from external financial pressures. Alipov pointed out that bilateral trade has grown by 16 per cent this year, while Indian exports have risen by nearly 10 per cent, reflecting a positive trajectory towards the long‑term target.

On connectivity, Alipov underlined that the NSR provides an alternative route to Europe and northern Russia, complementing the Chennai–Vladivostok sea corridor. He emphasised that such alternatives are crucial when traditional routes are jeopardised or threatened.

He disclosed that the first shipment of Indian goods through the NSR could take place as early as next year, with initial movements already underway. He added that the NSR shortens the route to Europe and North America by almost half, significantly reducing costs and transit times.

The envoy’s remarks align with President Vladimir Putin’s recent statement that Russia’s partner countries, including India, are showing growing interest in the NSR amid Western sanctions. India’s engagement with the Arctic shipping route is seen as part of its broader strategy to diversify trade corridors and enhance resilience against geopolitical disruptions.

Alipov also noted that discussions on trade and connectivity are being pursued through the intergovernmental commission co‑chaired by External Affairs Minister S Jaishankar and Russian First Deputy Prime Minister Denis Manturov.

The most recent meeting of the commission took place in Moscow on August 24, with numerous working groups and subgroups continuing to meet throughout the year. These mechanisms are addressing key issues to ensure that the two countries remain on track to meet their trade benchmark.

The envoy’s comments underscore the strategic significance of the NSR for India–Russia relations. By combining efforts to boost Indian exports, streamline financial transactions, and expand connectivity through new maritime corridors, both nations are laying the groundwork for a robust and diversified partnership that could reshape Eurasian trade dynamics in the coming years.

ANI

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India Supports Neutral Cartographic Reform At UN

The United Nations General Assembly has adopted the landmark ‘Correct the Map’ resolution with an overwhelming vote of 164 to 1, signalling a decisive global move away from the centuries-old Mercator projection towards more accurate equal-area representations.

This resolution is intended to correct distortions in the perceived size of continents and countries that have persisted for centuries due to navigation-focused cartographic traditions.

India supported the resolution but made clear that its backing was conditional on maintaining technological neutrality. Delivering India’s statement, diplomat Raghoo Puri stressed that the resolution should not be seen as an endorsement of the Equal Earth projection or any single cartographic system. 

Instead, India emphasised that equal-area map projections serve the broader purpose of eliminating misconceptions about landmass sizes while allowing flexibility for countries, institutions, and cartographers to select the most appropriate projection for their needs.

Puri explained that equal-area approaches are vital in modern geography as they help address distortions that arise from projections designed to preserve other characteristics such as shape, direction, or distance.

He noted that while India voted in favour of the resolution, its position was limited to encouraging equal-area approaches where the objective is to preserve the relative sizes of continental landmasses. This, he argued, would uphold the resolution’s intent without unnecessarily favouring one particular methodology.

India’s delegation reiterated that the resolution must remain technologically and methodologically neutral. Puri underlined that accurate cartographic representation should be encouraged, but autonomy must be preserved for countries and academic institutions to determine which projection best suits their requirements. He concluded that India’s support was rooted in the principle of fairness and neutrality in global mapping practices.

The Mercator projection, though still widely used for navigation, has long been criticised for its distortions. It makes regions near the poles appear disproportionately large compared to those near the equator. For example, Greenland appears roughly the same size as Africa on a Mercator map, despite Africa being about fourteen times larger.

Greenland covers approximately 2.16 million square kilometres, while Africa spans about 30.37 million square kilometres. Similarly, Alaska looks comparable in size to Brazil, though Brazil is nearly five times larger.

Alaska measures about 1.7 million square kilometres, whereas Brazil covers around 8.5 million square kilometres. Antarctica, too, appears massive on Mercator maps, dominating the southern hemisphere visually, though its representation is heavily exaggerated compared to equatorial landmasses.

The adoption of the ‘Correct the Map’ resolution marks a significant step in global cartographic reform. By encouraging equal-area projections, the United Nations aims to promote fairness in how countries and continents are visually represented, ensuring that maps reflect the true relative sizes of landmasses. 

India’s nuanced stance highlights the importance of neutrality and flexibility in implementing this reform, ensuring that no single projection is imposed universally while still addressing centuries-old distortions.

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US Missile Strike On Iranian Tanker Sparks Explosions Near Kharg Island

Explosions were reported near Iran’s Kharg Island after a US missile strike hit an Iranian oil tanker, marking a sharp escalation in the ongoing US-Iran confrontation.

The tanker was struck by four projectiles while unloading, though no casualties have been confirmed. The incident underscores the growing volatility around the Strait of Hormuz, a vital global energy corridor.

Sounds of explosions were heard near Kharg Island on Saturday after a US strike targeted an Iranian oil tanker.

According to Nournews, the tanker was hit by four projectiles while unloading, though Iranian authorities have not officially confirmed the incident. Fars News reported that while blasts were audible, no smoke was seen rising from the island.

Kharg Island is Iran’s main oil export terminal, handling up to 90 per cent of its crude shipments and offering storage capacity of around 30 million barrels. The strike comes amid intensifying clashes around the Strait of Hormuz, where both sides have escalated military activity in recent days.

On 30 August, the United States launched strikes against Iranian positions on Larak Island, claiming the targets were involved in laying mines and threatening maritime traffic. A day later, President Donald Trump posted on social media that Kharg Island was being “blown to smithereens,” accompanied by an AI-generated video. His remarks hinted at possible military action against Kharg, prompting Tehran to vow strong retaliation.

The confrontation escalated further on 1 September when US forces carried out another barrage of strikes along Iran’s southern coast. CENTCOM confirmed that the targets included Iranian air-defence systems, radar installations, maritime assets, mine-laying capabilities and communications sites. The US military said these strikes followed attempted attacks by the IRGC against commercial shipping and American service members in the Strait of Hormuz.

Iran responded by launching missiles at US and allied positions across the Gulf region, including Bahrain, Jordan and Iraq. The exchanges have disrupted maritime traffic, with Reuters reporting that shipping near the Strait of Hormuz has been affected, raising fears of further disruption to global oil supplies.

The situation took a humanitarian turn when Iranian authorities reported that at least five people, including a four-year-old child, were killed and more than 50 injured after a US airstrike hit a residential house during a wedding celebration in Kuhestak, Sirik County, Hormozgan province. IRIB released visuals from the scene, while Reuters suggested the number of injured could be as high as 68. Washington maintained that its strikes were aimed at Iranian military capabilities, not civilians.

Kharg Island’s strategic importance makes it a central flashpoint in this conflict. Nearly one-fifth of global oil shipments pass through the Strait of Hormuz, and any disruption threatens energy markets worldwide. With Iran restricting shipping and the US challenging Tehran’s control, the risk of prolonged instability remains high.

Agencies

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