South Korea Targets Second Wave of Investment In India With Focus On Shipbuilding And Defence

South Korea is preparing a “Second Wave” of investment in India, with shipbuilding, defence manufacturing, and industrial collaboration at the forefront.

This marks a strategic shift from earlier Korean investments in automobiles and electronics, positioning India as a central partner in Seoul’s diversification strategy amid global instability.

South Korea’s Ambassador to India, Lee Seong-ho, emphasised that the next phase of cooperation would be led by shipbuilding and industrial collaboration. He explained that such initiatives would naturally expand bilateral trade, moving beyond the first wave of Korean investments in the 1990s that focused on consumer industries like automobiles and electronics.

On the strategic front, Lee highlighted the impact of the recent West Asia crisis, which underscored shared vulnerabilities in energy security and maritime stability. Both India and South Korea rely heavily on energy imports from the region, making diversification and green technology adoption critical.

He welcomed the United States–Iran deal to end hostilities, stressing that closer India–South Korea coordination is vital for safeguarding maritime routes and maintaining international order.

Lee described India as an indispensable partner in South Korea’s long-term economic and strategic diversification. He suggested that the relationship could evolve from strategic partners into integral economic partners, reflecting India’s growing role in Asia’s geopolitical and economic architecture.

He also noted India’s leadership in the Global South, saying South Korea could be a valuable partner in shaping emerging global conversations.

Defence cooperation was a major focus. Lee pointed to the K9 Vajra Howitzer programme as a landmark success, noting that both countries are already exploring a third phase of collaboration. 

Discussions are underway to expand into air defence guns, missile systems, and other advanced defence platforms. Reports indicate that the Indian Army is considering procurement of up to 300 additional K9 Vajra-T self-propelled howitzers, which would be one of its largest artillery acquisitions. This signals a deepening of defence ties beyond artillery into broader advanced systems.

Shipbuilding cooperation is also gaining momentum. South Korea, which controls around 40 percent of the global shipbuilding market, is aligning with India’s Maritime Amrit Kaal Vision 2047, which aims to place India among the top five shipbuilding nations by 2047. Cochin Shipyard Limited has signed a long-term MoU with HD Korea Shipbuilding and Offshore Engineering to co-build tankers, containers, and bulk carriers.

HD Hyundai is investing USD 4 billion in a Tamil Nadu shipyard capable of producing up to 4 million gross tons annually. These projects are supported by workforce development initiatives, including a Shipbuilding Workforce Development and Technology Cooperation Centre backed by the Korea International Cooperation Agency.

Industrial collaboration extends to semiconductors and artificial intelligence. India’s Semiconductor Mission 2.0 aligns with South Korea’s fabrication strengths, creating opportunities for joint innovation in resilient supply chains.

AI-enabled defence systems, autonomous platforms, and AI-assisted military operations are also being explored, combining India’s digital scale with South Korea’s infrastructure expertise.

The evolving partnership reflects both nations’ response to global supply chain restructuring and intensifying regional security concerns. For South Korea, India offers a production ecosystem that sustains competitiveness amid rising labour costs and demographic pressures. For India, South Korean technology and industrial expertise provide a transformative boost to its maritime and defence ambitions.

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Japan And India Seal $12.5 Billion Investment Drive To Boost Strategic And Economic Security

Japanese private companies are preparing to inject $12.5 billion into India’s expanding market through around 120 cooperation agreements announced at the 16th Japan-India Annual Summit. This coincides with Prime Minister Sanae Takaichi’s first official visit to New Delhi, underscoring the scale of bilateral economic and strategic engagement.

Japan’s Deputy Chief Cabinet Secretary Masanao Ozaki, who accompanied Prime Minister Takaichi, confirmed that more than 150 companies are participating in the Japan-India Economic Forum. He emphasised that this initiative will strengthen government-to-government relations in critical areas such as security and economic security, while also serving as a catalyst for deeper economic ties.

Japanese newspaper The Yomiuri Shimbun reported that these initiatives, valued at approximately 2 trillion yen, aim to expand Japan’s footprint in India’s fast-growing market.

The draft joint statement between the two governments highlights intensified cooperation in maritime and energy security, reflecting shared concerns over regional stability and supply chain resilience.

The agreements span multiple sectors. Fujifilm will collaborate on a semiconductor materials plant, Suzuki is advancing a biogas facility initiative, and Japanese and Indian startups are joining forces on artificial intelligence application development. These projects align with the broader bilateral commitment established last year, which set a target of 10 trillion yen in private Japanese investments in India over a decade.

The draft joint statement also reinforces last year’s accord, calling for “mutually complementary cooperation” between the two nations. It welcomes the evolution of Prime Minister Takaichi’s “Free and Open Indo-Pacific” concept, which has become central to Japan’s regional strategy.

Defence cooperation is highlighted, with appreciation expressed for ongoing maritime security collaboration and Japan’s updated guidelines on defence equipment transfers. Plans are also outlined to convene a Japan-India Foreign and Defence Ministerial Meeting (2+2) before the end of the year.

The document addresses concerns over China’s recent export curbs on rare earth elements, noting apprehensions about nonmarket policies and economic coercion. On energy, both countries pledge to strengthen supply integrity through joint stockpiling initiatives.

The statement also supports small and medium-sized enterprises entering India, advocates improvements to India’s domestic business environment, and promotes cooperation on introducing JR East’s developing E10 series Shinkansen train to India. Technological collaboration is emphasised, with innovation in artificial intelligence described as vital for expanding the foundation of cooperation.

Prime Minister Takaichi arrived in New Delhi on Wednesday, marking her first official visit to India since assuming office. Before departing Tokyo, she highlighted the role of the private sector in expanding bilateral ties, noting that more than 150 representatives from Japan’s business community would participate in the forum. She stressed that uniting government and private sectors would broaden cooperation and strengthen economic resilience.

Regional security is also a priority. Takaichi stated that discussions with Prime Minister Modi would focus on urgent issues such as economic and energy security, while deepening the strategic cooperative relationship in light of the evolving international situation. She reaffirmed her commitment to advancing the “Special Strategic and Global Partnership” between the two nations.

India and Japan elevated their relationship to this partnership in 2014, steadily expanding cooperation across defence, infrastructure, trade, digital technologies, clean energy, mobility, healthcare and people-to-people exchanges. The current summit builds on this trajectory, reinforcing both economic and strategic convergence while advancing a shared vision for a free, open and rules-based Indo-Pacific.

ANI

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Everllence SE Eyes Indian Partnerships For Two‑Stroke Engines, Considers Local 175D Production

Germany’s Everllence SE, the world’s largest ship engine manufacturer, is actively negotiating with major Indian companies to license production of its powerful two‑stroke marine engines, while also considering direct local manufacturing of its high‑speed four‑stroke 175D engine, reported Economic Times.

This move aligns with India’s shipbuilding ambitions and could significantly strengthen domestic maritime capabilities.

Everllence SE has confirmed that it does not directly manufacture two‑stroke engines but instead follows a global licensing model. Under this arrangement, the company provides technology, design, and branding, while licensees handle production, with Everllence earning royalties.

South Korea’s HD Hyundai Heavy Industries and Japan’s Mitsui E&S are among its notable licensees worldwide. The company is now seeking one or two Indian partners to become licensees for large commercial vessels, though it has declined to name the firms, describing them only as “big names.”

Two‑stroke engines are the preferred choice for large ships because they deliver twice the power of four‑stroke engines, operate more fuel‑efficiently, and run on cheaper heavy fuel oil.

Their design allows direct connection to the propeller shaft, enabling quicker acceleration and reduced weight. These attributes make them indispensable for bulk carriers, container ships, and tankers, where efficiency and reliability are paramount.

In parallel, Everllence is weighing plans to manufacture its four‑stroke 175D engine in India independently. Unlike the licensing model, this would involve direct investment and ownership of a facility, signalling a deeper long‑term commitment to the Indian market.

The 175D is a high‑speed engine designed for versatile applications, including marine propulsion and power generation, and its local production could support both shipbuilding and broader industrial needs.

The timing of Everllence’s interest coincides with India’s government push to expand its shipbuilding industry. A ₹69,725 crore package approved by the Union Cabinet last year aims to make India one of the top five shipbuilding nations by 2047.

Ship propulsion engines are critical to this ambition, yet Indian shipyards often face delays of 18–24 months in engine deliveries due to low priority in global supply chains. Local manufacturing of Everllence’s engines could help reduce these bottlenecks and accelerate ship construction timelines.

Everllence already has a presence in India through its medium‑speed four‑stroke engine factory at Chhatrapati Sambhajinagar (formerly Aurangabad), Maharashtra. Since 2000, this facility has produced around 440 engines, most of which were exported. It currently manufactures about 40 engines annually in the 1–10 MW range for marine and power markets, including gensets and propulsion systems. The company employs approximately 800 people in India, providing a strong base for expansion into two‑stroke and high‑speed four‑stroke production.

Gaby Hanna, Everllence’s managing director and senior vice president for the Middle East and Africa region, emphasised the company’s readiness to grow in India. He noted that the firm is “very interested in having an Indian licensee for our two‑stroke business,” underscoring the strategic importance of local partnerships.

If successful, this initiative would not only strengthen India’s maritime supply chain but also integrate the country more deeply into the global shipbuilding ecosystem.

The dual‑track strategy—licensing two‑stroke production while potentially owning four‑stroke manufacturing—reflects Everllence’s balanced approach to risk and opportunity.

Licensing offers asset‑light expansion with lower capital requirements, while direct manufacturing signals confidence in long‑term demand and provides greater control over quality and operations. Together, these moves could mark a turning point in India’s shipbuilding journey, reducing dependence on imports and positioning the country as a hub for advanced marine engine technology.

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MKU’s Homegrown 'Netro Aksion' Thermal Core Delivers Zero‑Latency, Next‑Gen Targeting Edge For Indian Forces

Kanpur-based MKU Limited has unveiled its indigenous next-generation Netro Aksion Thermal Core, marking a significant leap in India’s defence technology ecosystem.

This next-generation thermal imaging engine is designed to provide militaries with zero-latency visual clarity, faster target detection, and extended situational awareness in low-light and complex battlefield environments.

By positioning the Aksion Thermal Core as the “brain” behind modern optronics systems, weapon sights, uncrewed vehicles, and surveillance equipment, MKU has reinforced its commitment to strengthening intellectual property ownership and ensuring supply-chain security for defence forces.

The Aksion Thermal Core is built around a 12-micron sensor, which delivers higher pixel density and advanced image processing capabilities. These include contrast optimisation, denoising, and edge enhancement, all of which contribute to sharper and more reliable visuals in demanding operational conditions.

The system’s engineering ensures zero-latency responses, enabling soldiers and operators to act instantly even in the harshest environments. This rapid detection capability is critical for modern warfare, where milliseconds can determine mission success.

Platform integration has been a key focus of MKU’s design. The Aksion Thermal Core offers digital zoom up to 8x and supports multiple video output formats such as USB, HDMI, RGB24, and MIPI-DSI.

This versatility allows seamless integration across a wide range of platforms, from handheld weapon sights to advanced surveillance systems and autonomous vehicles. Such adaptability ensures that the technology can be deployed across diverse mission profiles without compromising performance.

Durability has also been prioritised. The ruggedized design of the Aksion Thermal Core meets stringent environmental and electromagnetic standards, including MIL-STD-810G and MIL-STD-461F. This certification guarantees resilience against extreme temperatures, vibrations, shocks, and electromagnetic interference, making the system reliable in both conventional and unconventional theatres of operation.

The launch of the Aksion Thermal Core is part of MKU’s broader Netro Optronics initiative, which seeks to collaborate with global manufacturers through co-engineering and build-to-spec models.

This initiative not only enhances India’s indigenous defence capabilities but also positions MKU as a competitive player in the global defence technology market.

By offering cutting-edge solutions that combine innovation with rugged reliability, MKU is contributing to the vision of self-reliance in defence manufacturing while simultaneously opening avenues for international partnerships.

This development underscores India’s growing emphasis on indigenous innovation in defence technology. With the Aksion Thermal Core, MKU has demonstrated its ability to deliver advanced solutions that meet the evolving needs of modern militaries worldwide.

The system’s combination of high-performance imaging, rapid detection, versatile integration, and rugged design makes it a formidable asset in the global defence landscape.

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Speed 4 Defence Develops Indigenous Aerial Decoy System To Mislead Enemy Surveillance

Mumbai-based Speed 4 Defence is developing an indigenous aerial decoy system designed to mislead enemy surveillance and targeting networks, thereby enhancing the survivability of India’s frontline assets. The system replicates visual, thermal, and electronic signatures of genuine military equipment, creating convincing false targets to divert adversary attention.

The aerial decoy system is intended to provide a strategic layer of protection for critical defence infrastructure and frontline military assets. By presenting adversaries with multiple potential targets, commanders can force opponents to expend valuable reconnaissance resources while increasing uncertainty about the location of actual equipment. This deception complicates enemy decision-making and reduces the likelihood of successful strikes.

The system is lightweight and portable, enabling rapid deployment and repositioning with minimal manpower. This mobility allows military units to quickly establish deception networks across operational areas, which is particularly valuable in dynamic battlefield conditions where force locations and tactical requirements frequently change.

Its adaptability ensures effective operation across varied terrains such as deserts, plains, and mountainous regions, making it suitable for diverse mission profiles ranging from fixed-site protection to tactical battlefield deception.

By accurately simulating the signatures of real defence assets, the decoy system disrupts enemy intelligence, surveillance, and reconnaissance (ISR) capabilities.

It can mislead drones, satellites, and precision-guided munitions, thereby diluting enemy firepower and increasing the survivability of genuine assets. Such deception operations can significantly reduce the effectiveness of enemy strikes by directing weapons toward false targets rather than operational assets.

The development of this system reflects India’s growing emphasis on indigenous defence technologies and battlefield deception as a critical component of modern warfare. Military planners increasingly recognise that decoy systems not only protect high-value assets but also impose psychological and operational costs on adversaries.

By forcing opponents to allocate additional resources toward verification and surveillance, decoys can slow down enemy campaigns and reduce their available munitions for later strikes.

Globally, decoy technologies have gained prominence in conflicts where they have been used to exhaust enemy air defence missiles and complicate targeting cycles. India’s adoption of such systems demonstrates its intent to integrate deception into its broader defence strategy, ensuring resilience against technologically advanced adversaries.

Speed 4 Defence’s innovation is expected to complement other indigenous programmes, including UAVs and electronic warfare systems, thereby strengthening India’s layered defence ecosystem.

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Paras Defence Partners With Powerus To Manufacture Guardian‑1 Counter‑Drone System In India

Paras Defence has announced a new partnership with Powerus to manufacture the Guardian‑1 counter‑drone system in India reported CNBCTV18.

The agreement involves Tandem Defense LLC granting Paras Defence an exclusive, non‑transferable and non‑sublicensable licence to use the licensed intellectual property within India for manufacturing and commercialising the products. This arrangement is valid for twelve months and can be renewed by mutual consent.

The company clarified that the agreement also appoints other parties to manage intellectual property licences, defence responsibilities, product manufacturing, and sales operations within India.

Paras Defence emphasised that it does not hold any shareholding in Tandem Defense LLC, and the agreement is not a related‑party transaction. It further stated that the other party is not connected to its promoter, promoter group, or group companies.

The Guardian‑1 Interceptor is a high‑speed, battery‑powered counter‑drone system developed by Powerus, also known as Autonomous Power Corporation, USA. It is specifically designed to detect, track, and physically intercept hostile drones. The system is particularly effective against low‑cost one‑way attack drones and swarm‑type aerial threats that are increasingly used in modern battlefield environments.

Paras Defence highlighted that the agreement does not involve the issuance of shares, nor does it confer any special rights such as board nominations or restrictions on capital structure. The company also confirmed that there are no disclosures relating to conflicts of interest associated with this partnership.

The Guardian‑1 Interceptor represents a kinetic counter‑UAS solution, distinct from electronic jamming systems. By physically intercepting drones, it provides a direct and decisive method of neutralising aerial threats. This technology is expected to complement India’s growing portfolio of indigenous counter‑drone systems, offering layered defence against evolving unmanned aerial threats.

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Teravolt Labs Unveils AeroCAM-1 Indigenous Global Shutter Camera For Drones

Chandigarh-based Teravolt Labs is advancing India’s indigenous drone technology with the development of AeroCAM-1, a high-speed global shutter camera module designed to eliminate distortions common in rolling shutter systems.

This innovation strengthens India’s self-reliance in UAV components and enhances operational reliability for defence and commercial drone applications.

Teravolt Labs, incorporated in 2025, has quickly established itself as a key player in India’s indigenous avionics and UAV hardware ecosystem. The company has already launched products such as AeroNav Navic GPS, StrobeIT lighting systems, and AeroBuck power modules. AeroCAM-1 represents its latest breakthrough in imaging technology for drones.

Most drone cameras today rely on rolling shutter sensors, which capture images line by line. During high-speed manoeuvres, this results in distortions such as the “Jello Effect,” skewed verticals, and blurred edges.

AeroCAM-1 solves this by using a true global shutter sensor based on the onsemi AR0234CS. Every pixel is exposed simultaneously, ensuring accurate geometry even during rapid flips or knife-edge passes.

The module offers a 1920x1200 resolution (2.3MP) with up to 120 frames per second at full HD. This capability is critical for visual-inertial odometry (VIO), optical flow, feature matching, and SLAM pipelines, where algorithms depend on frozen geometry between frames. AeroCAM-1 ensures clean feature tracking without drift, enabling precise navigation and target tracking.

The camera features 3.0 x 3.0 µm pixel size and an onboard image signal processor (ISP) supporting auto white balance, auto exposure, and colour correction. This allows stable output even under rapidly changing lighting conditions between sky and ground. Additionally, its 4-lane MIPI CSI-2 output ensures low-latency connectivity with companion computers, making it suitable for FPV racing drones, tactical UAVs, and autonomous platforms.

Compact and lightweight, AeroCAM-1 is designed for direct integration into drone stacks. Its mounting holes and modular design make it adaptable for both defence and commercial UAVs.

By producing such indigenous components, Teravolt Labs contributes to India’s Aatmanirbhar Bharat initiative, reducing reliance on imported sensors and strengthening supply chain security.

The company’s rapid progress reflects India’s growing UAV ecosystem, where indigenous manufacturers are addressing critical gaps in avionics, imaging, and communication modules. AeroCAM-1 is expected to play a strategic role in enhancing India’s drone capabilities for surveillance, mapping, and precision operations.

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ArthX Demonstrates Indigenous Defnit-GD03 Grenade Dropping Mechanism For UAVs To Indian Army

Bangalore-based defence technology start-up ArthX has successfully demonstrated its Defnit-GD03 grenade arming and dropping mechanism for UAVs to the Indian Army, marking a major milestone in India’s indigenous drone warfare capabilities.

The system provides precision release of grenades from unmanned platforms, enhancing tactical flexibility and reducing dependence on imported technologies.

ArthX, headquartered in Bangalore, has developed the Defnit-GD03 to meet the growing demand for indigenous payload release systems tailored for UAVs. The mechanism allows drones to carry and deploy grenades with controlled arming and precise release, ensuring safety during carriage and effectiveness in combat. This innovation transforms UAVs from surveillance assets into offensive platforms capable of supporting infantry and special forces in close-quarter battle environments.

The Defnit-GD03 incorporates an electronically actuated release system that ensures grenades are armed only at the point of deployment. This reduces risks during transport and enhances operational safety.

Compact and lightweight, the mechanism can be integrated with a wide range of UAV platforms, including quadcopters and fixed-wing drones. ArthX has emphasised modularity, enabling compatibility with different grenade types used by the Indian Army and paramilitary forces.

The Indian Army has already conducted trials of grenade-dropping drones to evaluate future warfare applications. These tests demonstrated the tactical efficiency of UAV-based grenade delivery, particularly in urban combat and counter-insurgency operations. The Defnit-GD03 builds upon these experiments by offering a refined indigenous solution that reduces reliance on foreign systems and provides a cost-effective alternative for mass deployment.

Globally, comparable systems include the Mortar Shell Drop System (MSDS) used in advanced military UAVs. However, Defnit-GD03 represents a tailored solution for India’s operational requirements, balancing affordability with effectiveness.

Its introduction is particularly relevant as India focuses on drone-enabled warfare, equipping UAVs with payload release mechanisms for bombs, mortars, and grenades.

ArthX’s innovation aligns with the Atmanirbhar Bharat initiative, which encourages indigenous firms to develop critical defence systems. The company has collaborated with local suppliers to ensure that the Defnit-GD03 can be produced entirely within India’s defence ecosystem, involving MSMEs and private industry partners. This strengthens domestic capability and ensures rapid scalability for operational deployment.

The demonstration of Defnit-GD03 is expected to enhance the Indian Army’s ability to conduct precision strikes in contested environments, particularly against entrenched positions or hostile gatherings.

UAVs equipped with such mechanisms can operate in swarms, delivering multiple grenades simultaneously to overwhelm adversaries. This capability is vital in modern asymmetric warfare, where drones are increasingly used by both state and non-state actors.

Defence analysts note that the development of indigenous grenade arming and dropping mechanisms is a natural progression following India’s advancements in UAV-launched missiles and precision-guided munitions. Systems like Defnit-GD03 provide layered capability, enabling drones to perform both surveillance and offensive roles, thereby maximising battlefield utility.

The Defence Research and Development Organisation (DRDO) has already demonstrated UAV-fired precision missiles, and the addition of grenade-dropping mechanisms complements this arsenal by offering a low-cost, high-impact option for tactical engagements.

ArthX’s contribution through Defnit-GD03 highlights the growing role of private industry in India’s defence innovation landscape and underscores Bengaluru’s emergence as a hub for military technology development.

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Skybit Launches FC-H7-V2 Flight Controller For FPV And Micro Drones

Pune-based Skybit has introduced the FC-H7-V2, a compact, high-performance flight controller tailored for FPV and micro drones, offering advanced processing power, multiple connectivity options, and robust mechanical reinforcement.

Built around the STM32H743 processor, it is fully compatible with ArduPilot firmware and designed to meet the needs of both hobbyists and professional UAV developers.

The FC-H7-V2 represents a significant step in India’s growing indigenous drone ecosystem. It is engineered to deliver reliable flight management in a space-efficient design, making it ideal for lightweight FPV drones and micro UAV platforms. The controller is powered by the STM32H743 32-bit processor running at 480 MHz, which ensures high-speed computation for flight control, telemetry, and sensor integration.

The unit is reinforced with professional underfill epoxy, enhancing durability against vibrations and mechanical stress during demanding flight operations. It weighs only 11 grams and measures 40 × 40 mm, with a standard mounting size of 30.5 × 30.5 mm using grommets, making it compatible with a wide range of drone frames.

Connectivity is a major highlight. The FC-H7-V2 offers 8 UART interfaces, allowing integration with GPS modules, telemetry radios, cameras, and other peripherals. It also provides 9 PWM outputs, supporting up to octocopter configurations, and includes dedicated ESC ports for 4-in-1 ESCs. A VTX port is available for HD video transmission systems such as Caddx Vista or DJI Air Unit, ensuring seamless FPV capability.

Power flexibility is another advantage. The controller supports 3S to 8S LiPo batteries, covering a voltage range of approximately 7V to 42V. It includes dual BEC outputs: 5V at 2A continuous and 9V at 3A continuous, ensuring stable power delivery to onboard electronics. A JST USB connector simplifies firmware updates and system configuration.

Skybit has emphasised local manufacturing and quality assurance. The FC-H7-V2 is designed and produced in India, backed by a 12-month warranty covering defects under normal use. This warranty excludes damage from misuse, accidents, or unauthorised modifications, but it reflects Skybit’s confidence in its craftsmanship and commitment to supporting domestic UAV innovation.

The product is priced at around ₹12,499, positioning it competitively against imported alternatives while offering local support and integration with widely used open-source platforms like ArduPilot. This makes it attractive for drone start-ups, research institutions, and defence integrators seeking reliable, indigenous solutions.

The FC-H7-V2 also aligns with India’s broader push for self-reliance in defence and aerospace technology. By providing advanced flight control hardware domestically, Skybit contributes to reducing dependence on foreign suppliers and strengthens India’s UAV ecosystem. Its compatibility with FPV racing drones, micro UAVs, and experimental platforms ensures versatility across civilian and defence applications.

In summary, the FC-H7-V2 is a lightweight yet powerful flight controller that combines high-speed processing, robust mechanical design, extensive connectivity, and local manufacturing support. It is well-suited for FPV enthusiasts, drone developers, and organisations seeking reliable indigenous UAV components.

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Dynamatic Technologies Becomes Sole Global Supplier For Airbus A330 Assemblies

Bangalore-based Dynamatic Technologies has emerged as a pivotal player in the global aerospace supply chain, serving as the sole Tier-1 supplier of flight-critical flap-track-beam assemblies for the Airbus A330 aircraft.

These assemblies, hinged to the trailing edges of the wings, are essential for controlling speed and balance, thereby shortening take-off and landing distances. The contract represents a significant milestone for the Make in India initiative, showcasing the country’s ability to deliver highly specialised aerospace components to one of the world’s leading aircraft manufacturers.

The company’s role as the sole-source manufacturer extends beyond the A330 wide-body aircraft to include the Airbus A320 single-aisle family. This exclusive position underscores the trust Airbus places in Dynamatic Technologies’ capabilities and highlights India’s growing importance in the global aviation ecosystem.

In addition, Dynamatic Technologies has secured a landmark aerospace export contract to manufacture and assemble doors for the Airbus A220 aircraft family, further diversifying its portfolio and strengthening its footprint in international aerospace programs.

The manufacturing process for these projects is distinctive, combining advanced technology with artisanal skill. Detailed components undergo high-speed robotic machining at facilities in Bristol and Swindon in the United Kingdom.

These precision-machined parts are then shipped to Bengaluru, where highly skilled craftsmen carry out the final assembly. This collaborative model blends cutting-edge automation with human expertise, ensuring both efficiency and quality in production. It also reflects a seamless integration of global supply chains, with India positioned as a hub for final assembly and value addition.

The flap-track-beam assemblies themselves are critical to aircraft performance. By enabling precise control of wing flaps, they contribute to safer and more efficient operations, particularly during take-off and landing phases.

Their reliability is paramount, and Dynamatic Technologies’ ability to deliver these components consistently has reinforced its reputation as a trusted supplier in the aerospace industry. The company’s success in this domain demonstrates the potential of Indian firms to compete at the highest levels of global aerospace manufacturing.

Beyond its contracts with Airbus, Dynamatic Technologies has become a symbol of India’s aerospace ambitions. Its achievements align with the government’s vision of expanding indigenous manufacturing capabilities under the Make in India program.

By combining international collaboration with domestic expertise, the company is helping to establish India as a credible and competitive player in the aerospace sector. This progress also supports broader strategic goals, including reducing dependence on imports and fostering high-value employment in advanced manufacturing.

The partnership with Airbus is not only about supplying components but also about building long-term industrial capabilities. The inclusion of the A220 door program highlights the company’s ability to handle complex assemblies and integrate into multiple aircraft platforms.

This diversification strengthens its resilience and positions it to capture future opportunities as global demand for aircraft continues to rise. It also demonstrates Airbus’s confidence in India as a reliable partner for critical aerospace programs.

Dynamatic Technologies’ journey reflects the evolution of India’s aerospace industry from licensed production to global integration. By mastering both advanced machining and artisanal assembly, the company has created a model that leverages international expertise while nurturing domestic skills.

This approach ensures sustainability and scalability, enabling India to play a larger role in the global aerospace supply chain. The success of such initiatives is likely to encourage further investment and collaboration, reinforcing India’s position as a rising aerospace hub.

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India And Japan Set Decade‑Long Target of 10 Trillion Yen Investment To Boost Strategic Partnership

India and Japan on Thursday set an ambitious target to mobilise 10 trillion yen in Japanese investment into India over the next decade, marking a significant step in deepening their trade and strategic partnership.

The announcement was made during the 16th India‑Japan Annual Summit in New Delhi, attended by Prime Minister Narendra Modi and Japanese Prime Minister Sanae Takaichi.

The two countries unveiled a joint roadmap to strengthen cooperation in semiconductors, quantum technology, clean energy and resilient supply chains. This roadmap is designed to address global uncertainties and ensure both economic and energy security.

Prime Minister Modi highlighted that the investment partnership between India and Japan was gaining momentum, noting that 120 new business agreements had been signed in the past year, bringing in more than USD 10 billion of Japanese investment. He emphasised that agreements between financial services agencies would further facilitate capital and investment flows.

Modi stated that the goal was clear: to invest 10 trillion yen from Japan into India over the next ten years and to double the number of Japanese companies operating in India. He underlined that India’s continuous reforms had improved the ease of doing business, creating opportunities for Japanese firms.

The Prime Minister also explained that both countries had prepared a joint roadmap on energy and economic security.

This included strengthening supply chain resilience in strategic areas such as semiconductors, quantum technology and advanced materials. He further noted that important initiatives on energy resilience had been taken to deal with situations like oil shocks.

Modi added that cooperation in batteries, green hydrogen and nuclear energy would make a vital contribution to the world’s clean energy future. He stressed that India and Japan viewed economic security as shared security and energy transition as a shared opportunity.

Japanese Prime Minister Takaichi, in her address, confirmed that she and Modi had engaged in discussions over diverse issues, with economic and energy security among the three central points of cooperation. She emphasised the need to urgently build resilience in critical minerals supply chains, particularly in light of challenges such as economic weaponisation and non‑market practices.

Takaichi also highlighted the responsibility of both countries to provide region‑wide energy security, especially given the impact of the Middle East situation. She announced that both nations had released a joint statement for public and private sectors to engage in concrete action for economic security cooperation.

She explained that cooperation between India and Japan would include co‑creation of economic growth through investment and innovation collaboration. She committed to enhancing Japan’s supply capability and technological strength by investing in 17 strategic areas.

She linked this to Prime Minister Modi’s Viksit Bharat initiative, which aims to make India a developed nation by 2047, noting that both countries shared the goal of becoming strong and prosperous through future‑oriented investments.

Takaichi pointed out that the business community was strongly supporting these efforts, with around 120 cooperation documents signed between Indian and Japanese companies during her visit, amounting to investments on the scale of two trillion yen. She expressed the desire to forge a path toward the future through unified efforts of public and private sectors in both countries.

Earlier in the day, Modi and Takaichi held bilateral discussions before leading delegation‑level talks. The Indian delegation included External Affairs Minister S Jaishankar, National Security Adviser Ajit Doval and Foreign Secretary Vikram Misri, along with other senior officials. Takaichi also received a ceremonial welcome at Rashtrapati Bhavan.

Her visit to India, taking place from 1 to 3 July at Modi’s invitation, follows Modi’s trip to Tokyo in August 2025 for the 15th Annual Summit. The Annual Summit continues to serve as the flagship platform driving the strategic agenda of the partnership.

This latest summit underscores the growing convergence between India and Japan in addressing global challenges, building resilient supply chains, advancing cooperation in critical technologies, and strengthening defence and energy security collaboration.

ANI

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India And Japan Seal Landmark Agreements On Economic Security, AI, Defence And Health For A Futuristic Partnership

India and Japan have signed a series of landmark agreements covering economic security, Artificial Intelligence, defence, and health, which Prime Minister Narendra Modi described as the foundation of a “futuristic and limitless” partnership.

The accords were formalised during the India-Japan Joint Economic Forum held in New Delhi on Thursday, coinciding with Japanese Prime Minister Sanae Takaichi’s ongoing state visit.

Prime Minister Modi emphasised that the relationship between New Delhi and Tokyo is marked by “strategic synergy, confidence and clarity.” He underlined that Japan’s advanced technology and India’s vast market potential together can create resilient supply chains in critical sectors such as semiconductors, pharmaceuticals, and critical minerals.

He urged stakeholders to ensure that Japan’s investment in India surpasses 10 trillion yen over the next decade, while also doubling the number of Japanese companies operating in India within the same timeframe.

The agreements signed reflect a broad spectrum of cooperation. They include commitments to deepen collaboration in Artificial Intelligence, quantum technologies, and biotechnology, alongside defence and aerospace partnerships.

PM Modi highlighted that unprecedented collaboration in advanced technologies would strengthen both nations’ contributions to global security. He also stressed the importance of working together to uphold a free, open, and rules-based international order, aligning with Japan’s updated vision of a Free and Open Indo-Pacific.

Presenting a forward-looking vision, Modi spoke of India and Japan shaping the next generation of innovation. He noted that the partnership would not only enhance bilateral ties but also contribute to global resilience in supply chains and technological advancement. He called for trust and confidence to guide the relationship, ensuring mutually beneficial outcomes for both nations.

At the Forum, Modi announced the launch of a Japan Business Week, to be organised by the Prime Minister’s Office, aimed at improving the ease of doing business in India and further encouraging Japanese investment.

This initiative is expected to provide a platform for Japanese firms to expand their footprint in India’s rapidly growing economy.

The agreements were signed following bilateral discussions and delegation-level talks earlier in the day. The Indian delegation included External Affairs Minister S Jaishankar, National Security Adviser Ajit Doval, and Foreign Secretary Vikram Misri, along with other senior officials.

Japanese Prime Minister Takaichi, who is on her first official visit to India since assuming office, was accorded a ceremonial welcome at Rashtrapati Bhavan before the talks commenced.

The summit marks a significant milestone in the India-Japan Special Strategic and Global Partnership, which was elevated in 2014 and has since expanded across defence, infrastructure, trade, digital technologies, clean energy, healthcare, and people-to-people exchanges.

The latest agreements underscore the determination of both nations to accelerate cooperation in areas critical to their economic and security interests, while also shaping innovation for the future.

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Japan And India Seal JPY 2 Trillion Deals And Launch 4,00,000-Ton Green Ammonia Project

Japanese Prime Minister Sanae Takaichi has announced 129 private sector cooperation agreements worth over JPY 2 trillion with India, alongside a landmark joint green ammonia project in Odisha that will produce 400,000 tonnes annually, marking a new era in bilateral energy security and industrial collaboration.

The announcement was made at the India-Japan Joint Economic Forum in New Delhi, attended by Prime Minister Narendra Modi. Takaichi emphasised that the green ammonia project would serve as a symbol of a new chapter in energy security cooperation between the two nations.

The project, located in Gopalpur, Odisha, is being developed by ACME Group and Japan’s IHI Corporation, with long-term financial backing from the Japanese government.

It will operate on renewable energy and is expected to commence commercial operations by July 2030, supplying clean ammonia primarily to Japan’s power and chemical industries.

The facility will produce 4,05,000 tons annually, with 2,28,000 tons supported under Japan’s Contract for Difference subsidy program and 1,77,000 tons under the Long-Term Decarbonised Power Source Auction.

This dual framework ensures long-term revenue visibility and strengthens the project’s bankability. The investment is estimated at ₹27,000 crore, making it one of India’s largest green energy ventures. The project is also a cornerstone of India’s National Green Hydrogen Mission, positioning the country as a global hub for clean fuels.

Alongside the ammonia project, Takaichi announced 129 private sector cooperation agreements spanning diverse sectors, with investments exceeding JPY 2 trillion. These agreements involve not only large corporations but also start-ups and small and medium-sized enterprises, reflecting the broadening scope of bilateral economic engagement.

The Japanese Prime Minister highlighted that energy security remains a central pillar of India-Japan cooperation, and under Japan’s Power Asia initiative, both countries will expand collaboration in areas such as enhanced petroleum stockpiling to strengthen regional energy resilience.

Takaichi also noted that Japanese companies are increasingly using India as a base to expand into Africa, with the partnership extending under the Free and Open Indo-Pacific framework to countries across the Global South, including Asia, Africa and Latin America.

This reflects a shared vision of prosperity and stability in the Indo-Pacific and beyond. She stressed that India and Japan will jointly pursue this model of growth, shaping the future of both the Indo-Pacific and the Global South.

The Joint Economic Forum also featured an exhibition showcasing bilateral economic and technological cooperation. The announcements build on the outcomes of the 16th India-Japan Annual Summit, where both leaders reviewed the full spectrum of cooperation and discussed regional and global issues of mutual interest.

The summit reaffirmed the long-standing friendship between India and Japan, rooted in centuries of cultural and civilizational exchange, shared democratic values and respect for the rule of law.

The green ammonia project and the extensive private sector agreements underscore the strategic convergence between India and Japan in energy, technology, and global supply chains.

They also highlight Japan’s commitment to supporting India’s clean energy transition while securing its own decarbonisation goals. This partnership is expected to significantly enhance regional energy security, industrial cooperation, and global climate action.

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Japanese PM Takaichi Receives Guard of Honour At Rashtrapati Bhavan As India-Japan Summit Begins

Japanese Prime Minister Sanae Takaichi was accorded a ceremonial Guard of Honour at Rashtrapati Bhavan on Thursday, marking the formal commencement of her maiden three-day official visit to India. 

Flanked by Prime Minister Narendra Modi, she began engagements that include bilateral talks and participation in the 16th India-Japan Annual Summit, where major economic and strategic announcements are expected.

Japanese Prime Minister Sanae Takaichi arrived in New Delhi on Wednesday evening and was received at Palam Technical Airport by Union Minister of State for Science and Technology Jitendra Singh. He described it as a privilege to welcome her on behalf of the Government of India, noting that her engagements include the annual summit, which carries special significance given the growing strategic partnership between the two nations.

On Thursday morning, she was formally welcomed at Rashtrapati Bhavan with a ceremonial Guard of Honour. Prime Minister Narendra Modi personally received her and introduced members of his cabinet and other dignitaries. The ceremony underscored the importance India attaches to its ties with Japan, which have been elevated to a Special Strategic and Global Partnership.

Following the reception, Prime Minister Modi expressed delight at hosting Takaichi on her first visit to India. He emphasised that the two leaders would hold wide-ranging discussions covering bilateral cooperation and regional issues. Modi also highlighted that the visit would further strengthen the partnership between New Delhi and Tokyo.

Japan’s Cabinet Public Relations Office posted on X, thanking India for the warm welcome and expressing excitement about the visit. Japan’s Deputy Chief Cabinet Secretary Masanao Ozaki also noted on X that more than 150 Japanese companies would participate in the Japan-India Economic Forum, reinforcing collaboration in areas such as security and economic security.

Japanese media reported that private companies from Japan are set to inject approximately $12.5 billion into the Indian market through around 120 cooperation agreements signed during the summit. This investment reflects growing confidence in India’s economic trajectory and underscores the role of private sector collaboration in strengthening bilateral ties.

The summit is expected to focus on expanding cooperation in economic security, resilient supply chains, semiconductors, defence, maritime security, clean energy, and emerging technologies. Both governments are keen to diversify supply chains and strengthen industrial cooperation in strategically important sectors, particularly in the Indo-Pacific context.

The Ministry of External Affairs described the visit as another milestone in advancing the India-Japan partnership. Officials confirmed that the summit will allow both leaders to review the full spectrum of cooperation and exchange views on regional and global developments. Agreements and memoranda of understanding are anticipated in critical areas such as artificial intelligence, pharmaceuticals, batteries, critical minerals, and energy resilience.

The ceremonial welcome at Rashtrapati Bhavan thus marked not only the beginning of Takaichi’s official engagements in India but also a symbolic reaffirmation of the deepening ties between the two countries. Her presence alongside Prime Minister Modi highlighted the shared commitment to advancing a free, open, and rules-based Indo-Pacific while strengthening economic and strategic cooperation.

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Indian Navy’s INS Trikand Stealth Frigate Foils Piracy Attempt On MV Golden Arsenal In Gulf of Aden

INS Trikand, a frontline stealth frigate of the Indian Navy, successfully thwarted a piracy attempt on the merchant vessel MV Golden Arsenal in the Gulf of Aden on Wednesday night. The incident was reported by sources to ANI, highlighting the Navy’s swift and decisive intervention in a high-risk situation.

The vessel, which was carrying critical cargo for India, had one Indian crew member onboard. As the pirates attempted to board, the crew locked themselves inside a safe room and alerted authorities through a secure communication channel. This precautionary measure ensured their safety until naval forces arrived.

As INS Trikand approached the vessel, the pirates fled the scene. Following this, Indian Navy Marine Commandos (MARCOS) boarded MV Golden Arsenal and sanitised the ship to confirm its security. Their presence reassured the crew and ensured the vessel could continue its voyage without further threat.

This incident follows a similar operation on 19 June 2026, when INS Trikand responded to a distress call from merchant vessel MV Fareeda 5 in the Western Indian Ocean. The frigate undertook prompt action to investigate and deter a likely piracy attempt, ensuring the safety of the vessel and its crew. The Navy later emphasised its role as a preferred security partner and first responder in the region, committed to safeguarding merchant shipping and maintaining secure seas.

In a post on X, the Indian Navy reiterated its commitment, stating that timely intervention by INS Trikand assured the safety of MV Fareeda 5. The Navy underscored its determination to counter piracy and uphold maritime security across critical sea lanes.

Earlier, on 27 May 2026, INS Kolkata, a mission-deployed guided missile destroyer, foiled a suspected piracy attempt near merchant vessel MV Mashallah 1 in the Western Indian Ocean. Acting on inputs of pirate activity, INS Kolkata launched its onboard helicopter for aerial surveillance and conducted boarding operations. The swift response prevented a possible piracy attack and safeguarded the vessel and its crew.

These successive operations demonstrate the Indian Navy’s sustained vigilance and operational readiness in the Gulf of Aden and the wider Western Indian Ocean. Since 2008, India has maintained continuous anti-piracy deployments in the region, escorting thousands of merchant vessels through one of the busiest and most vulnerable maritime corridors in the world. The presence of advanced warships such as INS Trikand and INS Kolkata, supported by elite MARCOS units, underscores India’s capability to act decisively against maritime threats.

The Indian Navy’s actions highlight its growing role as a reliable security provider in the Indian Ocean Region. With piracy threats resurging amid regional instability, India’s naval deployments remain critical to ensuring the safety of international shipping routes and protecting national interests tied to maritime trade.

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