ELE Times

India has launched an ambitious programme to build indigenous high-altitude airships capable of conducting long-duration surveillance and intelligence-gathering missions, with several private companies expected to compete for the project. The project is being executed under the government’s Make-I procurement framework, which allows the Centre to fund up to 70% of research and development costs for selected industry partners.

The project is being executed under the government’s Make-I procurement framework, which allows the Centre to fund up to 70 percent of research and development costs for selected industry partners. As per The Economic Times, the Defence Acquisition Council (DAC) approved the programme in February, with the overall project estimated to cost around Rs 15,000 crore, including prototype development and procurement of multiple systems.

The proposed airships are expected to remain airborne for months at a time, enabling persistent intelligence, surveillance and reconnaissance (ISR) operations. The Indian Air Force’s Directorate of Operations (Remote) is overseeing the initiative and aims to develop Air Ship-based High Altitude Pseudo Satellites (AS-HAPS). The platforms are expected to operate at altitudes exceeding 20 kilometres, carrying advanced payloads for optical surveillance, electronic intelligence (ELINT) and long-range communications.

Alongside the airship initiative, the Defence Ministry is also pursuing the development of fixed-wing High Altitude Pseudo Satellites that can take off conventionally and undertake extended surveillance missions.

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Continuing its aggressive order book expansion, Bharat Electronics Limited (BEL) has secured fresh contracts worth Rs 572 Crore. This order outlines BEL’s sustained order inflow. The Rs 572 Crore win highlights BEL’s dominance in the domestic defense electronics segment. This announcement highlights BEL’s strategic alignment with the country’s defense roadmap.

BEL remains a primary beneficiary of the ‘Atmanirbhar Bharat’ initiative in the defense sector. The dual triggers of steady order inflow and an upcoming earnings report place the defence PSU in a critical watch zone for institutional and retail investors alike. This multi-crore order effectively underscores the consistent demand for its core products.

BEL’s ability to secure mid-sized orders consistently outside of major multi-billion-dollar platform contracts is a testament to its diversified electronics portfolio. While the market often focuses on mega-orders, these recurring sub-Rs 1,000 Crore wins provide high-margin stability. We view the timing of this order—just two weeks before earnings—as a positive sentiment booster, though the core focus remains on execution efficiency which will be detailed in the Q1 disclosures.

The Indian defense electronics market is evolving from basic radio communication to advanced electronic warfare and radar systems. BEL, as a dominant PSU, holds nearly 60% of the market share in electronics for the tri-services. Competitors from the private sector are emerging, but BEL’s manufacturing scale and R&D integration with DRDO provide a significant moat.

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In a bid to create India’s first backward-integrated private-sector capability of its kind, Adani Defence & Aerospace, the defence and aerospace arm of Adani Enterprises Limited (AEL) has announced a defence infrastructure project worth Rs 2,500 crore to establish South Asia’s largest missile manufacturing plant in Shivpuri, Madhya Pradesh. This project will design and develop an advanced missile ecosystem with composite propellant and Trinitrotoluene (TNT) production at a single location.

Strengthening India’s defence manufacturing ambitions and the vision of Aatmanirbhar Bharat, this project marks one of the most significant private investments in India’s defence sector. It will enhance India’s capabilities in missile production, advanced weapon systems, precision-guided munitions, and defence technologies.

The facility will strengthen India’s indigenous missile capabilities, supporting the operational requirements of the Indian Armed Forces while advancing long-term defence preparedness. It is slated to accelerate the transition of DRDO-developed indigenous missile systems from successful trials to serial production.

The investment is predicted to generate 5,000 direct and indirect skilled jobs in India, providing employment opportunities across different areas such as engineering, quality assurance, logistics, testing, maintenance, and support services. Beyond employment, the investment is likely to accelerate the supply of precision engineering products, electronic components, advanced materials, tooling, software, and testing equipment.

Since 2020, Adani Defence & Aerospace has developed a robust small arms ecosystem in Gwalior, improving the state’s contribution to India’s defence manufacturing capabilities. From this manufacturing facility, weaponry like pistols, light machine guns, carbines, assault rifles, and other advanced small arms systems are being supplied to the Indian Armed Forces. Backed by the support and guidance of the state government, the Gwalior complex has emerged as a key pillar in India’s drive for self-reliance in defence production.

This announced project under defence will combine advanced manufacturing technologies, automated production systems and globally benchmarked safety standards to support multiple missile programmes simultaneously. Designed to meet the requirements of the Indian Armed Forces as well as trusted international partners, it will strengthen India’s strategic defence industrial capabilities while reinforcing the country’s position as a reliable supplier of precision-guided munitions.

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Texas Instruments (TI) (Nasdaq: TXN) today introduced the industry’s
highest-cell-count battery monitor with an integrated electrochemical impedance spectroscopy
(EIS) engine, bringing predictive intelligence, comprehensive data and real-time diagnostics to
battery monitoring in electric vehicles (EV) and energy storage system (ESS) applications.
The BQ79826Z-Q1 battery monitor enhances safety and extends battery life by detecting
potential failures from within battery cells. The single chip delivers the highest-cell-count
monitoring in its class, tracking up to 44% more channels than previous generations. With this
increase in channels, the device significantly decreases the number of components required in a
battery pack, reducing system complexity and cost without compromising reliability. TI is
showcasing this innovation at the 2026 Power Conversion, Intelligent Motion Expo and
Conference (PCIM), June 9-11, in Nuremberg, Germany.

“The electrification of transportation and the rapid expansion of energy storage are redefining
what battery performance must deliver, and as a leader in battery management technology, TI is
uniquely positioned to meet that challenge,” said Wenjia Liu, vice president and general
manager, battery management systems (BMS) at TI. “Our high-cell-count battery monitor with a
built-in EIS engine helps ‘shine a light’ inside battery cells, delivering rich chemical-state data
that enables systems’ software to make informed, real-time decisions on safety and performance
of the battery pack, allowing engineers to address the most critical challenges in battery
management.”

Delivering safety and performance with EIS technology
Just as an electrocardiogram (EKG) monitors the heart, EIS monitors a battery. It delivers
continuous, real-time insight that reveals the battery’s health and warns of issues before they
become critical. Integrated EIS technology enables the BQ78926Z-Q1 to detect fault conditions
earlier – from inside the cells – helping maintain safety and notifying passengers of potential
vehicle hazards such as thermal runaway.

These same benefits extend to ESSs, where reliable battery monitoring is critical to meeting the
growing power demands of artificial intelligence data centers. As effective storage solutions
become increasingly vital in the grid-to-gate ecosystem, EIS gives engineers real-time visibility
into the state of charge and state of health of each battery cell, regardless of system size.

Maximizing efficiency with industry-leading cell count
The performance of an EV or ESS is fundamentally affected by the quality and efficiency of its
batteries. The BQ79826Z-Q1 supports up to 26 cells per device, eight more than any competing
solution, setting a new industry standard. Fewer monitoring devices means a lower bill of
materials, simplified architecture and reduced board space requirements, translating to
meaningful cost savings per channel without sacrificing quality or reliability.
When paired with the BQ79881-Q1 pack monitor and optional TI communications bridge, these
devices create a powerful chipset that works across different module sizes, battery chemistries
and mechanical designs, giving engineers the flexibility to design once and deploy everywhere.
This scalability reduces engineering overhead and accelerates time to market for automotive and
energy storage designers.

Calculating charge readings with the best-in-class accuracy
With a voltage accuracy of <2mV across a full temperature range of –40°C to +125°C, higher
resolution analog-to-digital converters and ultra-low noise, the BQ78926Z-Q1 enables more
accurate state-of-charge calculations, directly addressing one of the biggest concerns for EV
drivers: range anxiety. Utilizing EIS technology, this device enables more accurate temperature
and state-of-charge estimation, helping designers achieve longer battery life and faster charging
without compromising battery health. With an EIS measurement time that is five times faster
than previous solutions, this device delivers the highest functional safety voltage reading per cell.
Compliance with Automotive Safety Integrity Level D and International Organization for Standardization 26262 gives designers a smarter, more efficient path to safer, longer-lasting
batteries.

Innovating what’s next in power at PCIM 2026
Visitors to PCIM can see new products and solutions from TI that are enabling engineers to
innovate what’s next in power in Hall 7, Booth No. 652. The new BQ79826Z-Q1 battery monitor
will be featured in an EIS-enabled BMS reference design, alongside other innovations such as an
11kW single-stage bidirectional onboard charger, a 50kVA solid-state transformer cell stack with
Ethernet and Fast Serial Interface communication and short-circuit protection for silicon carbide
power metal-oxide semiconductor field-effect transistors with technology from Flex.

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Infineon Technologies AG (FSE: IFX / OTCQX: IFNNY) and
LS ELECTRIC have signed a Memorandum of Understanding (MoU) to collaborate on high-
efficiency direct current (DC) power infrastructure solutions for AI data centers and next-
generation power grids.

Rapid advancements in AI, the resulting increase in data center power demand and the
expansion of digital infrastructure are driving the need for efficient power distribution
technologies. At the same time, power grids are evolving into increasingly complex,
distributed networks, accelerating the adoption of DC-based power systems. Accordingly,
the two companies will collaborate on key technologies to enhance energy efficiency,
system performance and scalability in next-generation power infrastructure.

“The increasing electricity demand, especially from AI data centers, is reshaping the way
power is generated, distributed and consumed," said Andreas Weisl, Executive Vice
President and Chief Sales Officer of Industrial & Infrastructure at Infineon. "High-efficiency
DC architectures will play a key role in addressing increased energy demand while
improving overall system performance and sustainability. By combining Infineon's
semiconductor expertise with LS ELECTRIC's strength in system integration, we are well
positioned to accelerate the development and deployment of next-generation DC power
infrastructure.”

“The importance of high-efficiency DC power technologies is growing more than ever with
the expansion of AI data centers and next-generation power grids," said Kil Young Ahn, Vice
President and Head of Production and R&BD at LS ELECTRIC. "Through our collaboration
with Infineon, which possesses worldwide-leading power semiconductor technologies, we will strengthen our competitiveness in core DC power infrastructure solutions and will evolve
into a total solutions provider leading the global AI data center market and future power
markets.”

The collaboration will focus on key DC infrastructure areas, including power conversion
systems for energy storage systems, solid-state transformers (SSTs) and solid-state circuit
breakers (SSCBs). SSTs are advanced, semiconductor-based power conversion devices
that can be up to 30 percent 1 smaller and lighter while offering higher efficiency compared to
conventional copper and iron-based transformers. SSCBs use semiconductors and smart
algorithms to protect electrical circuits from damage caused by short circuits or overloads.
They interrupt the flow of current and operate on the microsecond scale to improve system
stability and protection. These semiconductor-based solutions are becoming increasingly
important in high-density power environments such as AI data centers. The collaboration
aims to improve power and voltage conversion efficiency while enhancing the stability and
reliability of next-generation DC power systems.

Under the provisions of the MoU, Infineon will support the development of high-efficiency,
high-performance DC power infrastructure systems with its broad semiconductor portfolio
that includes power semiconductors, microcontrollers and power control solutions. LS
ELECTRIC will leverage its expertise in power systems and industrial automation to drive
system-level integration and implementation. Together, the two companies will align
technology roadmaps and advance co-development efforts to capture growth opportunities
in the next-generation energy infrastructure market.

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Nippon Paint participated in SMARTCOR 2026 – 1 st International Conference on Materials for Corrosion Resistance and Smart Control, held on July 10–11, 2026 at CSIR–Institute of Minerals and Materials Technology (CSIR-IMMT),
Bhubaneswar, highlighting Advanced Coil Coatings for a sustainable future.
The premier, global platform united researchers, academia, industry, and innovators to
collaborate and advance corrosion-resistant materials and smart control technologies for a
sustainable future.

Representing the company, Subash Gaijes Selvaraj, President – Industrial Coatings, Nippon
Paint India, delivered a technical presentation on ‘High-Performance Coil Coating Solutions
for Pre-painted Steel’, highlighting the evolving role of advanced coating technologies in
improving durability, corrosion protection, weather resistance, sustainability and lifecycle
performance.
Mr. Gaijes’ Presentation highlighted Nippon Paint’s global R&D capabilities, advanced
exposure testing across diverse climatic conditions and an innovation-led approach to
developing customised coating solutions. He also spoke about next-generation
fluoropolymer technologies, high-performance primer systems, functional coatings and
sustainable solutions, including low-VOC, lead- and chromate-free coatings, cool roof
technologies, and energy-efficient coating systems designed to meet the evolving needs of
modern infrastructure.

Speaking at the conference, Subash Gaijes Selvaraj, President – Industrial Coatings,
Nippon Paint India, said: “Industrial coatings have evolved beyond surface protection to
become strategic enablers of asset performance, sustainability and lifecycle value. At Nippon
Paint, we continue to leverage our global innovation legacy, R&D expertise and customer-
centric approach to develop future-ready coating solutions that support India’s growing
infrastructure and manufacturing sectors.”
Mr. Gaijes also participated in an expert panel discussion on ‘Rust, Risk and Resolution:
Advanced Practices in Industrial Corrosion Management’, where industry leaders discussed
emerging technologies and best practices for enhancing asset protection and lifecycle
performance.

SMARTCOR 2026 brought together researchers, industry experts and technology leaders to
discuss advancements in corrosion prevention, materials science, and sustainable industrial
technologies.

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Keysight Technologies, Inc. (NYSE: KEYS) today announced the APS-ONE-400, a modular network cybersecurity test platform. This new 4x100GE platform significantly boosts performance for Layer 4-7 traffic, encrypted traffic, and Elephant Flow traffic all within a 1 rack unit (RU) system. It enables network equipment manufacturers (NEMs), service providers, and data center operators to validate demanding scenarios while lowering overall infrastructure requirements.

The growing complexity and volume of network loads — including legitimate and malicious traffic, post-quantum cryptography (PQC)-encrypted traffic, Zero Trust Network Access (ZTNA), and the Elephant Flow transmissions common in AI and large language model (LLM) workloads — require network equipment manufacturers (NEMs), service providers, and data center operators to validate that their solutions can withstand these demands prior to deployment. However, this often requires multiple specialized test tools that can drive up costs and consume limited lab resources.

To address this challenge, Keysight developed the APS-ONE-400 appliance, an addition to its APS-100/400GE hardware family. The new modular, scalable 4x100GE network application and cybersecurity test platform generates hyperscale Layer 4-7 traffic, PQC-encrypted Transport Layer Security (TLS) throughput, security strikes, and ZTNA test capabilities — all within a compact 1RU footprint that improves lab efficiency.

The APS-ONE-400 4x100GE test platform offers the following benefits:

• Increased performance and efficiency: Delivers 400 gigabits per second (Gbps) Layer 4-7 throughput, 380 Gbps of hardware-accelerated encrypted TLS throughput, 95 Gbps Elephant Flow throughput, and the latest security strikes in a compact 1RU platform that minimizes rack space, cooling, and power consumption.
• Compatibility and flexibility: Deploy as a stand-alone appliance or seamlessly integrate with existing deployments of Keysight’s APS-100/400GE series, including APS-M8400, APS-M1010, and APS-ONE-100. With APS-ONE-400’s fanout support for 100/25/10GE, the platform accommodates a range of critical network speeds.
• Hyperscale performance: When paired with the APS-M8400 appliance or APS-M1010 management controller, the APS-ONE-400 enables hyperscale testbeds that emulate the rigorous demands of data center and service provider environments. The platform can generate up to 16 terabits per second (Tbps) of Layer 4-7 traffic, 20 billion concurrent connections, 15 Tbps of TLS traffic, and 25 million TLS connections per second.
• Modular, scalable solution: Designed as a “pay-as-you-grow” solution, the APS-ONE-400 lets users support current test needs while retaining the flexibility to scale up capacity as requirements evolve.

Ram Periakaruppan, Vice President and General Manager, Keysight’s Network Test and Security Solutions, said: “The exponential growth of data transfers and bandwidth demands generated by AI and machine learning workloads is putting unprecedented strain on data center, service provider, and enterprise network infrastructures. Continuously validating that networks can handle these challenges without compromising security requires realistic, hyperscale traffic emulation capabilities. Keysight’s modular APS-ONE-400 compute node delivers new heights in realism, emulating the traffic flows associated with generative AI models and agentic applications at hyperscale, including the huge Elephant Flow datasets common to LLM training use cases and PQC-encrypted traffic flows, all in a compact form factor that conserves critical lab resources.”

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In a bid to provide safer drinking water to thousands across Delhi’s largest informal
settlements, 16-year-old Devika Raj Batra, has developed a community water-safety initiative
built around a patent-pending submersible UV-C LED sterilisation device. The unit disinfects
stored household drinking water in about fifteen minutes. Running on a standard USB cable,
this purification solution is designed to be placed directly into the buckets, matkas, and drums
families already use.

The device works with a single button and emits an audible cue when the sterilisation cycle is
complete. The users do not need to follow any user’s manual or read any instruction guide
before using this device. What’s more, they can carry on with the household’s existing water-
storage habits while making the most of this technology.

As part of the developmental process, Devika and her team has conducted microbiological testing, adhering to
IS and WHO standards on household water samples before and after treatment. The device
was claimed to be tested for total coliforms, E. coli, faecal coliforms, Staphylococcus aureus,
Salmonella, and Shigella. Every tested indicator pathogen was successfully inactivated.
With this initiative, Devika intends to target India’s urban informal settlements, where the act
of collecting, storing, boiling, filtering, and protecting household water is a strenuous task. A
class 12 student from New Delhi, Devika has designed this unit from scratch. This portable
sterilisation device is part of Project Amrit, which already reaches more than 10,000 residents
across nearly 2,000 households in the Kusumpur Pahari region of South Delhi.

This initiative has showcased documented health improvements across 300 households till
date. The design choices behind Project Amrit, says Devika, are not specific to Delhi, but
across all applicable informal settlements, which feature a submersible form factor, chemical-
free operation, low maintenance, compatibility with existing storage vessels, and usability for
households with limited literacy or time. This makes the model scalable across urban
settlements in South Asia, Sub-Saharan Africa, and Southeast Asia, where stored drinking
water remains a major site of contamination.

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L&T Technology Services, a global leader in Engineering Intelligence Solutions & ER&D Consulting Services successfully concluded Engineering Intelligence (EI) OpenHack 2026, a first-of-its-kind global innovation challenge conducted simultaneously across nine locations spanning India, the U.S. and Europe.

The hackathon brought together nearly 4,000 engineers (770+ teams) from Bengaluru, Mysuru, Chennai, Hyderabad, Pune, Vadodara, Mumbai, Dallas and Munich to tackle complex engineering challenges through AI-led innovation. More than 500 challenge statements were aligned with company’s strategic growth priorities, spanning Software Defined Mobility, Plant Buildout & Modernization, Energy & Automation, Next-Gen Compute & AI Infrastructure, Digital Manufacturing, MedTech, and Software Platforms & AI. By combining domain expertise with emerging technologies, participants developed AI-powered solutions across industrial automation, cybersecurity, autonomous systems, supply chain intelligence, enterprise optimization, and healthcare – all aimed at helping enterprises reimagine products, operations, and decision-making.

An esteemed jury comprising senior LTTS leaders and technology experts evaluated the solutions through multiple rounds, assessing entries on innovation, technical excellence, scalability, real-world relevance and effective use of AI. Winning teams were awarded cash prizes worth over INR 30 lakh, while standout innovations received opportunities for further development through Project Equinox, an LTTS platform that supports promising, scalable solutions. Patent-worthy innovations were also shortlisted for special recognition, enabling participants to transform breakthrough ideas into valuable intellectual property.

Congratulating the participants and winning teams, Mritunjay Kumar Singh, Chief Operating Officer, L&T Technology Services, said “The EI OpenHack 2026 reflects LTTS’ vision of Engineering Intelligence, where engineering expertise and AI come together to solve real-world industry challenges. What stood out was not only the scale of participation, but the ability of our engineers to apply contextual understanding, domain knowledge and AI prowess to develop solutions with tangible business relevance. Initiatives like OpenHack create opportunities for our talent to experiment, collaborate and develop solutions that will shape the future of engineering.”

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Keysight Technologies today announced Keysight Eggplant Find by Description, which allows automation engineers to locate interface elements by describing them rather than capturing and matching screenshots. Each test targets an element by its description rather than its visual appearance, enabling it to keep running through redesigns, theme changes, and resolution shifts. This removes the manual recapture work that has historically wasted engineering resources.

‘Half of Organizations’ believe a chief test automation barrier is the upkeep of scripts that fail as applications change. Maintaining image-based scripts is a hidden cost, as they break when the interface shifts, even when the underlying software runs correctly. Engineers then spend hours recapturing screenshots for cases that should still pass, a cycle that repeats across every release and environment.

With Keysight Eggplant Find by Description, part of Eggplant Studio and Eggplant Functional, an engineer can describe an element, such as a ticket price for a given date, and the software locates it without reference to screenshots, document object model access, or changes to the system under test. In a Keysight demonstration, this reduced script volume by 92 percent and cut the task from over an hour to under 15 minutes. This extends Keysight Eggplant’s use of AI and computer vision in test automation, which lets a description keep working as the design changes and applies across legacy desktop, embedded, and web applications.

Gareth Smith, Software Quality Engineering General Manager, Keysight, said, “Our goal is to help teams automate more of their testing. However, for too long, the maintenance burden has held that back. Keysight Eggplant Find by Description clears one of the biggest barriers, moving us toward a future where teams automate what they want, not only what their tools allow.”

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MALVERN, Pa.- July 9, 2026 – Vishay Intertechnology, Inc. (NYSE: VSH) today introduced an automotive 1 MBd high speed optocoupler in a new SOP-5 package with a narrow width of 3.6 mm. Combining a comparative tracking index (CTI) of 400 with industry-leading minimum guaranteed common mode transient immunity (CMTI) of 40 kV/µS, the Vishay Semiconductors VOMHA43A is designed to deliver improved signal transmission quality and save space in applications requiring isolation voltages (VIORM) up to 707 Vpeak.

The AEC-Q102 qualified device released today is optimized for isolated data communication, fast signal switching, ground signal isolation, and logic voltage level shifting in automotive, industrial, home and building control, and telecom applications. In electric (EV), hybrid electric (HEV), and low speed electric (LSEV) vehicles, the optocoupler provides communication bus isolation for CAN, LIN, I²C, and SPI interfaces, as well as isolated drive circuit applications such as intelligent power module (IPM) drivers.

While previous SOP-5 packages offered a width of 4.4 mm, the narrower SOP-5 of the VOMHA43A requires less PCB space, while supporting stackable designs. The device’s minimum CMTI — which is more than double that of the closest competing device — provides enhanced robustness against electrical spikes and RF and EMI issues. And while competing devices offer maximum repetitive peak isolation voltages of 567 Vpeak, the optocoupler’s isolation voltage performance of 707 Vpeak meets the requirements of 400 V battery systems.

The VOMHA43A consists of a GaAlAs infrared emitting diode, optically coupled with an integrated photodetector and a high speed transistor. The photodetector is junction-isolated from the transistor to reduce miller capacitance effects. The optocoupler features an open collector output function that allows designers to adjust load conditions when interfacing with different logic systems, while a Faraday shield on the detector chip allows the device to reject and minimize high input to output common mode transient voltages.

The RoHS-compliant and halogen-free optocoupler operates over a temperature range of -40 °C to +125 °C and is pin to pin compatible with leading competing parts to provide a direct replacement and eliminate the need for electrical and mechanical redesigns.

Samples and production quantities of the VOMHA43A are available now, with lead times of six weeks.

About Vishay Intertechnology

Vishay manufactures one of the world’s largest portfolios of discrete semiconductors and passive electronic components that are essential to innovative designs in the automotive, industrial, computing, consumer, telecommunications, military, aerospace, and medical markets. Serving customers worldwide, Vishay is The DNA of tech.® Vishay Intertechnology, Inc. is a Fortune 1000 Company listed on the NYSE (VSH). More on Vishay at www.Vishay.com.

The DNA of tech® is a registered trademark of Vishay Intertechnology, Inc.

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• DIRK (German Investor Relations Association) awards Infineon first place for best Investor Relations among DAX 40 companies
• IR Impact has honored Infineon with first-place rankings at the European level in the categories “Best Overall Investor Relations (Large Cap)” and “Best Investor Relations Officer (Large Cap)”
• Awards confirm the quality and credibility of Infineon’s capital markets communication

Infineon Technologies AG receives several awards for its Investor Relations (IR) activities. At the German Investor Relations Award presented by DIRK, the German Investor Relations Association, the Infineon IR team achieve first place for best Investor Relations among all DAX 40 companies for the first time, jointly with Siemens Energy AG. Infineon also ranked third in the categories “Best ESG Communication by a Company” and “Best IR Communication by a Head of IR”. The latter award was presented to Alexander Foltin, Head of Finance, Treasury & Investor Relations, who accepted the prize together with Chief Financial Officer Dr. Sven Schneider at the ceremony in Frankfurt on 30 June.

Just two weeks earlier, the team had already been recognized at the 2026 IR Impact Awards – Europe. Infineon’s entire IR team ranked first in the category “Best Overall Investor Relations (Large Cap).” Alexander Foltin and Daniel Györy, Team Lead Investor Relations, also jointly secured the top position in the category “Best Investor Relations Officer (Large Cap).”

“The strong recognition of Infineon’s Investor Relations work at national and international level confirms the high quality and credibility of our capital markets communication,” said Dr. Sven Schneider. “My sincere thanks go to the colleagues who continuously foster an open and transparent dialogue with our investors and analysts, particularly at a time marked by unprecedented growth opportunities and geopolitical challenges. We remain committed to shaping Infineon’s equity story, meeting the expectations of analysts and investors, and to maintaining a close and constructive exchange with the capital markets.”

The German Investor Relations Award is presented annually by Extel, WirtschaftsWoche and DIRK. The winners are determined based on Extel’s Developed Europe Executive Team Survey, which gathers independent feedback each year from thousands of buy- and sell-side professionals worldwide on the IR activities of listed companies.

The IR Impact Awards – Europe are presented annually by IR Impact and are among the most prestigious distinctions in the Investor Relations field in Europe. They recognize excellence in financial communications as well as in the dialogue between listed companies and the capital markets. Winners of the respective categories are determined by an independent survey of analysts and investors.

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The enterprise AI platform turns millions of engineering artifacts that run a plant into accurate, decision-ready data, delivering up to 85% extraction accuracy and full, audit-ready traceability

L&T Technology Services announces the launch of Ainfonix 4.0, a next-generation Engineering Intelligence platform for process industries. Unveiled at EI Live, LTTS’ flagship event that brings together analysts, industry leaders and engineering experts, Ainfonix 4.0 marks an important step in the company’s Enterprise AI and Engineering Intelligence strategy.

As industrial enterprises accelerate AI adoption, decades of engineering knowledge remain trapped in fragmented drawings, specifications, and technical records across disparate systems. Without trusted and accessible engineering data, organizations struggle to realize the full value of AI, automation, and digital transformation initiatives.

Ainfonix 4.0, developed in LTTS’ Sustainability segment, addresses this challenge by transforming engineering artifacts and multi-modal data into structured, asset-linked information that can be governed, searched and reused across the enterprise for faster and better decision-making. Built on decades of process industry expertise, the platform combines AI-powered extraction, engineering intelligence and human-in-the-loop validation to improve data quality, strengthen traceability and create a trusted foundation for engineering execution, operational visibility, and lifecycle performance. In early deployments, Ainfonix 4.0 has delivered up to 85% accuracy in technical data extraction, 30-50% faster artifact retrieval and review, and 100% audit-ready traceability, helping enterprises operate with greater speed, reliability, and control. LTTS was recently rated as a Leader in the ISG Provider Lens 2025 study for Enterprise Asset Management in the Oil & Gas Industry Service & Solutions (Americas).

Amit Chadha, CEO & Managing Director, L&T Technology Services, said, “Engineering Intelligence begins with trusted engineering data. While enterprises invest heavily in digitization, much of the engineering knowledge remains locked within disconnected engineering systems. Ainfonix 4.0 helps bridge that gap by transforming engineering information into structured, asset-linked intelligence that can be used across the asset lifecycle, from engineering and project execution to operations and maintenance. As organizations look to scale AI adoption, we believe trusted engineering data will become a critical competitive advantage, and Ainfonix 4.0 is designed to help clients unlock that value.”

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• Advance single-die solution with PQC (post-quantum cryptography) hardware accelerator
• Helps mobile device makers prepare for future security requirements while enabling rich consumer and ecosystem use cases.

STMicroelectronics introduces the ST54M, a secure mobile chip designed to help smartphone and personal electronics manufacturers meet upcoming quantum-ready security requirements while supporting a seamless user experience across connected services.

ST54M brings to the market a single-die device featuring an innovative hardware accelerator for post-quantum cryptography (PQC) with NFC, secure element and eSIM functionality, delivering a powerful future-ready solution for secure mobile connectivity and services. The solution supports a wide range of use cases, including contactless payments, transit ticketing, access control, digital identity, driving licenses, connectivity services, and digital car keys.

Future-proof protection for expanding mobile use cases

As mobile devices increasingly serve as trusted platforms for financial transactions, identity credentials, operator services, and secure access, product developers need solutions that combine multiple functions without compromising security, performance, or convenience. ST54M addresses this need by enabling OEMs and ecosystem partners to support multiple applications on one platform while preparing for the transition toward PQC.

The device is designed for use across personal electronics ecosystems involving mobile network operators, banks, governments, transit operators, car manufacturers, digital-wallet and service providers. It helps manufacturers create devices that maintain a stable, familiar user experience while meeting stronger long-term security expectations.

Arriving now, ST54M enables customers and partners to deliver post-quantum-ready implementations with enough time to meet demanding industry-driven market deployment requirements, which are expected to be mandated around 2030.

“With ST54M, we are extending our mobile-convergence platform to help customers address evolving security challenges while supporting the rich set of services users now expect from their devices,” said David Richetto, Connected Security Group VP, Division General Manager, STMicroelectronics. “By combining a PQC hardware accelerator with NFC, embedded secure element, and embedded SIM capabilities, ST54M gives device makers a secure path to start preparing next-generation mobile experiences.”

Engineered for security, integration, and RF performance

ST54M is an advanced single-die solution that integrates an NFC controller with a secure element supporting secure applications, eSIM, and NFC-compliant products. A key feature is its hardware accelerator for post-quantum cryptography algorithms, including ML-KEM and ML-DSA, supporting the transition from hybrid cryptographic approaches toward full post-quantum deployment. The hardware engine is designed to address emerging PQC requirements while helping protect against side-channel and fault-injection attacks and is the latest result from ST’s long-term commitment that also includes certified software libraries NesLib-PQML and X-CUBE-PQC in STM32 microcontrollers.

In addition to its security architecture, the device integrates a large memory capacity to support multiple applications and includes an enhanced RF front end. These capabilities can help improve performance with smaller antennas and single-ended configurations, support more stable reader-writer operation, and enable demanding use cases such as mobile Point-of-Sale (mPOS) and wireless charging. The platform has completed certification testing under Common Criteria 2022 EUCC and EMVCo, underscoring its suitability for security-sensitive mobile applications.

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Portronics launches the VlogMate Neo, an AI-powered Type-C wireless microphone designed to help creators capture crystal-clear audio with ease. Built for vloggers, influencers, podcasters, educators, and mobile content creators, the VlogMate Neo combines intelligent audio processing with a compact, lightweight design to deliver professional-grade sound on the go.

Built for modern content creation needs, the VlogMate Neo features a dual-microphone system with AI-powered noise reduction, enabling it to effectively isolate voices while minimising unwanted background noise for consistently clear and natural audio across diverse environments. It also offers seamless plug-and-play functionality with Type-C smartphones, eliminating the need for additional apps or complex pairing processes.

Its lightweight and discreet form factor ensures comfortable wear during extended recording sessions, making it ideal for on-the-go creators. With real-time wireless audio transmission, the device delivers stable, low-latency performance for smooth and uninterrupted recording.

The VlogMate Neo supports audio-video synchronisation, ensuring perfectly aligned output for polished, professional-quality content. With a wireless range of up to 30 meters, creators can move freely while filming travel vlogs, fitness tutorials, interviews, presentations, and outdoor shoots without compromising audio quality.

Adding to its versatility, the microphone comes with a removable magnetic clip for quick attachment and flexible positioning. The included charging case protects the device and extends battery life, making it suitable for long recording sessions across multiple locations. Compatible with Type-C smartphones and devices, the VlogMate Neo offers true plug-and-play functionality, allowing users to start recording instantly without additional apps or complex setup procedures.

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Nuvoton Technology Corporation announces the launch of the NSC128L42, a new 32-bit Arm Cortex-M23 microcontroller for high-precision measurement. This highly integrated solution combines a 24-bit Sigma-Delta ADC, an LCD driver, and high-quality voice synthesis in a single package. With an operating speed of up to 49.152 MHz and support for a wide voltage range (2.0V to 5.5V), it is perfectly suited for a variety of portable and industrial applications.

Superior Computing Performance and Development Flexibility

The microcontroller features 320 KB of embedded Flash memory, along with an additional 6 KB that can be configured as a bootloader for In-System Programming (ISP). With 18 KB of SRAM, it provides ample memory for real-time data processing and embedded control tasks. The In-Circuit Programming (ICP) capabilities allow developers to update voice content efficiently, even after the device has been deployed in the field.

Powerful Analog Integration: Designed for Precision Measurement

A standout feature of NSC128L42 is its comprehensive analog capability, making it ideal for high-precision sensing applications. The device integrates a 24-bit Sigma-Delta ADC for ultra-high-resolution signal acquisition, complemented by a 12-bit SAR ADC for faster general-purpose conversions. Additional analog components, including a low-noise amplifier and an operational amplifier, enhance signal integrity and reduce the need for external circuitry. These features make NSC128L42 particularly suitable for applications such as blood pressure monitors, precision scales, and various measurement devices.

Rich Peripheral Connectivity and Smart Audio Support

In addition to its analog strengths, NSC128L42 provides a rich set of digital peripherals, including multiple UART interfaces, SPI and SPIM communication modules, and a six-channel Peripheral Direct Memory Access (PDMA) controller for efficient data handling. It also incorporates three 16-bit timers and PWM outputs to support a wide range of control applications. An integrated LCD driver supports various COM/SEG configurations, enabling direct connection to segment displays and reducing overall system cost.

For applications requiring audio functionality, the device includes a Class-D speaker driver capable of delivering up to 0.35W output at 3.6V, allowing for voice manual, audio alerts or voice assistance to increase the user’s experience.

Low Power Design and Industrial-Grade Reliability

Power efficiency remains a key focus in the NSC128L42 design. The microcontroller supports multiple low-power modes, including a Deep Power Down mode that consumes less than 1 µA. An internal low-speed RC oscillator enables periodic wake-up, allowing the system to monitor events while maintaining ultra-low energy consumption. Reliability is further enhanced through features such as a built-in Brown-Out Detector and an operating temperature range of -40°C to 85°C. With its combination of precision analog integration, flexible connectivity, and low-power operation, NSC128L42 provides an ideal platform for developers targeting smart measurement, medical, and industrial applications.

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A breakthrough could lead to huge breakthroughs in battery performance, as per scientists. The findings, from researchers at Dundee and Warwick universities, could lead to the development of batteries for electronics and vehicles that charge faster, last longer, and are safer to use. The researchers say that for the first time they have identified the key role oxygen plays in storing and releasing a battery’s energy.

Previously thought that during the charging process, much of the activity happens in metal elements inside the battery, such as nickel, cobalt, or iron, and that oxygen in the battery was “passive”. However, the team said advanced computer modelling and laboratory experiments have shown that oxygen plays a much more active role in the charging and discharging process.

Dr Hrishit Banerjee, a theoretical physicist at Dundee’s faculty of science, engineering and business, said: “Global populations have become increasingly reliant on renewable energy technologies and advanced energy storage systems, from everything from the mobile phones in our pockets to the cars we drive. “By improving our knowledge of what is occurring at a tiny, atomic level within batteries, we can make big leaps in improving their performance in the real world.

This has made understanding the technology underpinning electronic processes inside battery materials increasingly important. This research is crucial and showcases a new understanding of how batteries function at a fundamental level. The study compared two of the main lithium-ion battery cathodes in daily use, phosphates and layered oxides.

Together, these forms of batteries are used for a host of applications, including electric vehicles and portable electronics such as mobile phones and laptops. The study found that while phosphates showed little oxygen participation, the layered oxides showed “significant” electron extraction from oxygen. Current technologies are limited by the understanding of the underlying physics of how and why batteries fail over time. This general framework will help design batteries with much longer lifetimes.

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The global tech supply chain is undergoing a massive structural realignment, and India is positioning itself to be more than just a destination for product assembly. In a significant move to bolster the nation’s hardware and clean-tech ecosystems, Uttar Pradesh Chief Minister Yogi Adityanath officially laid the foundation stone for major manufacturing facilities, led by Amber, Ascent, and SAEL Industries Limited. Their goal is to develop a manufacturing capacity of 6 gigawatts for solar cells and 5 gigawatts for solar modules from this plant. This development marks a critical transition from local product assembly to deep-tier component manufacturing, and the production of green technology is a fundamental requirement for true technological self-reliance.

Speaking at the inauguration ceremony, Chief Minister Yogi Adityanath said that the vision is to transform India into a global hub for electronic components manufacturing. ‘The goal is to transform India into a hub for electronic components, and this very vision has brought us to where we stand today, a moment that brings joy to us all.’

Expanding the Grid: Mass-Scale Solar and Component Infrastructure

While the state is aggressively pushing toward general electronics production, a massive anchor of this new manufacturing hub is dedicated to renewable energy hardware. The newly initiated plants are targeting staggering production capacities to fuel both domestic infrastructure and global markets:

• Solar Cell Production: The facility is designed to scale up to a manufacturing capacity of 6 Gigawatts (GW) for solar cells.
• Solar Module Assembly: Alongside the cells, the plant will house a 5 Gigawatt (GW) capacity line for fully fabricated solar modules.
• Upstream Electronics: By focusing on core electronic components and advanced fabrication alongside partners like Amber and Ascent, the hub addresses critical raw hardware gaps in India’s tech supply chain.

The launch also coincided with the inauguration of the “Pandit Deendayal Upadhyaya Training Mega-Campaign,” a structured initiative designed to upskill local workers and prepare engineers to operate these highly automated facilities. As these production lines spin up, the project provides a vital sandbox for localized engineering talent, ensuring that the youth of Uttar Pradesh are positioned to lead the region’s emerging green economy.

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DigiKey, the global distribution leader of electronic components and automation products, announces the release of the second season of its Sustainable Futures video series, which examines how advanced electronics, from infrastructure to intelligence, are enabling cleaner energy, smarter systems, and more sustainable design across industries. DigiKey releases the second season of its Sustainable Futures video series, which explores the components and technologies behind efficient power systems. 

Sustainable Futures, sponsored by Harwin and Analog Devices, highlights the components and technologies behind efficient power systems, intelligent infrastructure, and reliable performance in demanding environments. From high-performance signal processing and energy management to rugged interconnects and advanced materials, these solutions enable engineers to design systems that are more efficient, scalable, and resilient. The series also explores how these technologies support real-time decision-making, improve system reliability, and help bring sustainable innovations from concept to deployment.

“In season two of Sustainable Futures, we examine how advanced electronics are driving cleaner energy, smarter infrastructure, and meaningful real-world impact,” said Ken Paxton, director, advanced semiconductor for DigiKey. “The team at DigiKey is encouraged by the work our partner organizations are doing to shape the technologies that will help build a sustainable future for all.” 

“Sustainability is a journey, and as expectations evolve, companies are increasingly expected to reflect the values of their customers and partners,” said Ryan Smart, vice president of product for Harwin. “Harwin is proud to provide leading-edge interconnect technology that supports more efficient, reliable, and sustainable solutions across a wide range of applications.”

“The modernization of the power grid is among the most demanding engineering challenges of our time, requiring breakthroughs in power conversion, real‑time sensing, and system‑level intelligence,” said David Andeen, senior director, business development & marketing for Analog Devices. “Analog Devices is proud to contribute to this transformation through our high‑performance power solutions.”

Episode 1: “Intelligence That Drives Efficiency” – This episode examines how renewable energy generation, smart grid infrastructure, and intelligence at the edge work together to create more efficient, resilient, and adaptive energy systems. Analog Devices’ technology enables innovation at every stage, providing system-level intelligence for measurement, control, and real-time optimization. 

Episode 2: “Building the Backbone of Electrification” – This episode looks at how EV charging infrastructure and material innovations contribute to sustainable transportation and energy systems. Harwin highlights how high-reliability interconnects and eco-friendly materials enable safe, durable, and efficient solutions that can be deployed at scale.

Episode 3: “Shaping What Comes Next” – The final episode looks ahead to the future of sustainable electronics, where AI, advanced materials, and sustainable manufacturing converge. It connects hardware, intelligence, and collaboration into a unified vision for how the industry can scale sustainable innovation over the next decade. 

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