ELE Times

Bridge Data Centres (BDC), a Singapore-headquartered hyperscale data centre provider, and Morong Electric, an electrical manufacturing specialist, have launched PowerCore 5.0, the world’s first fully prefabricated power module designed for high density AI data centres.

Built for high-density AI workloads on accelerated deployment timelines, the module complies with the technical standards of BDC’s proprietary i-Power Cube, its power system designed for high-performance computing. It integrates seamlessly with the Bridge Omni Platform, BDC’s modular intelligent infrastructure platform for the AI era. PowerCore 5.0 combines BDC’s global hyperscale delivery experience with Morong Electric’s end-to-end electrical manufacturing expertise.

Rapid AI advancement has driven rack power densities from 10kW to more than 100kW, placing stringent new demands on mission-critical power infrastructure. Traditional delivery models, which rely on fragmented procurement and on-site system integration, struggle to cater to the rigorous requirements of AI-optimised data centres. Drawing on BDC’s global campus delivery footprint and Morong Electric’s electrical engineering expertise, PowerCore 5.0 addresses these challenges through four core design attributes: factory pre-integration, standardised global transport, parallel construction and maintenance without downtime.

Factory pre-integration

Each unit integrates transformers, power distribution, uninterruptible power supply (UPS), cooling, fire suppression and monitoring systems into a single module, fully assembled and tested off-site. Site teams need only complete the final cable connections on delivery, removing the quality inconsistencies that accompany conventional field construction.

Standardised global transport

Built on a standard 40ft ISO container frame, the module integrates seamlessly with global shipping networks, eliminating oversized freight premiums, dedicated transport and protracted customs delays that hinder cross-border deployments. Purpose-engineered for BDC’s core markets, it complies with local climatic benchmarks and industrial standards to enable dependable global rollout.

Shortened delivery timelines by more than 50%

On-site civil works and factory prefabrication proceed simultaneously, shortening total delivery timelines by more than 50% compared with conventional build methods. Large campuses can deploy units on a bi-weekly cadence, matching the rapid scaling and flexible capacity expansion that AI demands.

Maintenance without downtime

In an industry first, core components including UPS units, transformers and precision cooling are mounted on slide-out rails. Technicians can withdraw and service individual units without interrupting power to the data centre, keeping high-density compute clusters running around the clock.

Mr Zhang Binghua, Chief Technology Officer of BDC, said, “The AI infrastructure sector is scaling at an unprecedented rate, and operators now require higher power density, faster hardware refreshes and maximum uptime. This shift requires us to rethink how power systems are designed and deployed. PowerCore 5.0 raises the bar on system integration, cross-climate operation, delivery speed and intelligent operations and maintenance. It will enable standardised, low-carbon compute deployments across the globe and provide the stable power foundation to support the continued growth of the global AI ecosystem.”

Mr Zhang Kai, Chairman of Morong Electric, said, “AI hardware now evolves on a monthly cycle, and traditional on-site system integration can no longer keep pace with the operational needs of modern AI data centres. Prefabricated power modules clear the delivery bottlenecks holding back compute infrastructure expansion. This launch marks a critical milestone in our strategic partnership, and we will continue to co-develop high-performance, integrated power solutions that meet global market standards and regional compliance requirements.”

BDC and Morong Electric will continue to develop prefabricated power modules engineered for ultra-high-density compute and cross-border regulatory alignment. Both companies aim to advance industry-wide technical standardisation and the collaborative development of compute infrastructure. Their low-carbon, modular power solutions will support the sustainable and scalable growth of AI operations across international markets.

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​India’s electric vehicle (EV) sector is expected to become one of the country’s largest employment generators by 2030, with the potential to create between 30 million and 40 million jobs over the next five years. The rapid expansion of the EV ecosystem is poised to create significant job opportunities in manufacturing (automotive and components, battery assembly and cells), software and IT, infrastructure development, and services for EVs towards sustainable mobility.

According to industry predictions, 10-15% of these jobs will be direct employment opportunities with roles including vehicle production, cell manufacturing, electronics and components, R&D, engineering, quality control and charging infrastructure deployment. The remaining 85-90% of jobs would be indirect across the broader EV ecosystem such as manufacturing components, supply chains, maintenance and repair, retail and finance, logistics, and recycling.

This predicted job creation is seen as a natural consequence of India’s rising investments in electric mobility, spurred by schemes like the PM E-DRIVE Scheme, the Production Linked Incentive (PLI) programmes for the automobile and advanced chemistry cell (ACC) battery sector, and the broader focus on domestic manufacturing under the Atmanirbhar Bharat initiative.

As a result, domestic and international manufacturers are increasing their production facilities and scaling up operations across the country.​ As India progressively transitions to clean mobility, the EV industry is all set to become one of the country’s most significant drivers of economic growth, technology advancement and creation of sustainable employment.

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​The Indian Ministry of Defence issued a Request for Information (RFI) for 2,715 logistics drones to accelerate last-mile supply capabilities for soldiers deployed in high-altitude and remote areas like the Siachen Glacier, where transporting goods normally becomes difficult due to extreme weather conditions. The RFI intends to evaluate Indian capabilities in drone technology, production capacity and vendors’ ability to comply with the Army’s operational requirements.

If the procurement moves forward, it would be one of the Indian Army’s largest intended procurements in the logistics drone category and the drones could aid supply operations up to an altitude of 20,000 ft. The procurement is also expected to significantly support India’s expanding defence drone market. Consistent with the government’s Atmanirbhar Bharat (self reliance) policy, the Army has steadily relied on native technologies for surveillance, logistics, counter-drone technologies, and loitering munitions. The RFI is expected to attract a large number of drone manufacturers once the programme progresses to the next procurement stage.

Besides boosting operational performance, introducing logistics drones should reduce the pressure on helicopters, which are commonly used for supplying heavy lifts, but drones can execute missions at lower operational costs and reduce the risk of operating within a dangerous mountain environment.

The introduction of 2,715 logistics drones planned is yet another major step towards the Indian Army’​s ambition of revolutionising battlefield sustainment through unmanned systems. The programme is bound to enhance battle effectiveness in the most challenging military operations, boost the indigenous defence drone industry, and support India’s long-term self reliance in cutting edge military technologies.​

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DigiKey, the global distribution leader of electronic components and automation products, is hosting a webinar with Shawn Hymel: “Train a balance bot with reinforcement learning,” scheduled for Thursday, Aug. 13, 2026, at 10 a.m. CDT. The free 90 minute virtual event will be a hands-on robotics and AI workshop that will teach attendees how to get started in the growing field of reinforcement learning (RL).

Reinforcement learning is a powerful domain within machine learning that teaches agents to make decisions by interacting with an environment and maximizing a reward signal. It can enable robots to learn complex behaviors like balancing, walking and recovering from falls entirely in simulation before ever touching real hardware.

During the workshop, Hymel will guide attendees through training a self-balancing robot using RL and deploying it on real hardware. Attendees will learn to:

• Import a 3D model of the M5Stack Bala-C into the MuJoCo physics simulator
• Train a neural network policy using a multi-phase PPO curriculum
• Deploy the trained actor network to an ESP32 microcontroller using Arduino
• Understand the sim-to-real pipeline, a foundational skill for applying modern AI
  techniques to physical robotics

“Reinforcement learning has quickly become an exciting tool across a wide range of modern applications,” said David Sandys, senior director of technical enablement & engagement for DigiKey. “It’s a complex and growing field, and knowing where to begin can be tricky. That’s why we’re thankful to partner with Shawn Hymel to help bring this educational workshop to our customers and community to share how to get started, and why it’s beneficial to gain this knowledge.”

“Almost every major robotics lab has turned to reinforcement learning to build robust, AI-powered control and decision-making for their robots, from quadrupeds to bipeds,” says Hymel, expert instructor and content creator. “However, RL remains hard to approach. Training a policy can take millions of simulation steps, and getting the reward function right is as much art as science. This webinar will help lower the barrier to entry for anyone who wants to build their own robots with RL.”

Anyone who would like to follow along with the webinar is encouraged to have either the M5Stack Bala-C Balance Bot or the M5Stack Bala2 Fire Self-Balancing Robot. If you can’t attend the live webinar, you’re still encouraged to register, and the recording will be sent to all registrants following the event. Everyone is welcome to register for free.

DigiKey has also debuted the first of a six-part educational YouTube series in partnership with Hymel, designed to help engineers, hobbyists and students get started with robotics and RL. The full series will walk viewers through training a robot using modern RL techniques, from simulation to hardware deployment. By the end of the series, viewers will have a working remote-controlled balance bot that learned its own control policy, entirely through trial and error in simulation. Viewers can also follow the full write-up of the tutorial on DigiKey’s Maker.io site.

This webinar and video series furthers DigiKey’s commitment to providing helpful resources and education for engineers, designers, makers and students. For more information about other resources and educational content, please visit DigiKey.com.

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ASMPT SMT Solutions will exhibit at the first EFX Expo for Electronics Manufacturing in Stuttgart, Germany. From October 6 to 8, 2026, the global technology and market leader for integrated hardware and software solutions for the electronics manufacturing industry will present its latest products and services for intelligent SMT production at Booth 9D52 in Hall 9. The focus will be on innovations around the new SIPLACE V assembly platform, the DEK TQ L stencil printer, and the WORKS Software Suite for connecting and optimizing workflows on the shop floor.

“With its focus on personal interactions and networking, the EFX provides an ideal supplement to the Productronica by creating a new meeting place for electronics manufacturers every two years,” explained Bernhard Fritz, Head of Global Marketing, ASMPT SMT Solutions. “AI applications are currently changing the requirements for electronics manufacturing faster than ever before. The EFX presents an ideal platform for discussing with customers and partners how integrated hardware and software solutions help companies to respond flexibly to these developments and prepare their factories for the future.”

SIPLACE V L: Ready for demanding AI server boards

With the SIPLACE V, ASMPT has developed a new generation of placement machines that enables productivity increases of up to 30 percent under real-life conditions in several key industries while also meeting the rising requirements of modern electronics applications, such as AI server boards. It can handle large and heavy high-performance BGAs, oversized circuit boards and highly miniaturized components down to the 016008M size factor reliably, precisely, and efficiently.

At EFX, ASMPT will demonstrate with the SIPLACE V L how maximum productivity and quality can be combined with outstanding flexibility. With a compact footprint of just 1.5 × 2.4 m, the placement platform processes odd-shaped components (OSCs) up to 55 mm in height. Existing SIPLACE X feeders and even changeover tables from the SIPLACE SX can continue to be used, providing electronics manufacturers with a high level of investment protection. An enhanced Smart Pin Support, increased maximum PCB size and a flexibly interchangeable tray changer further expand application versatility and simplify adaptation to changing production requirements.

Top productivity and quality in solder paste printing

With the DEK TQ L, ASMPT will present its stencil printer for mid-size boards that has been designed from the ground up for productivity, precision and automation. It combines maximum precision (up to ±17.0 µm @ 2 cpk wet-print accuracy) with a core cycle time of only 6.5 seconds. Many automation functions increase the machine’s productivity and process reliability. The understencil cleaning system runs for a whole shift without any user assists, the Dual Access Cover makes it possible to switch out paste cartridges without having to stop the machine, and Automated Paste Transfer can transfer the paste to a new stencil completely on its own. A new mechanism cuts the time required to change squeegees by up to 20 percent. And with the DEK TQ GO, even squeegee and stencil changeovers can be fully automated in the future.

With WORKS Automation, ASMPT will show how printing processes can be automatically optimized even further. The software continuously captures and analyzes process data from the printer and the SPI system, recognizes potential improvements, and helps with intelligent and increasingly AI-supported functions to improve print quality, process stability, and productivity.

Intelligent use of data

With the WORKS Software Suite, ASMPT will showcase its integrated software platform for intelligent SMT manufacturing. It connects machines, processes and production data in real time to create total production transparency.  Based on this information, users can optimize specific workflows, deploy resources more efficiently, and make decisions more quickly. The WORKS applications support all workflows on the shop floor in terms of material management, process optimization along the SMT line, and efficient personnel deployment. Thanks to open interfaces according to industry standards IPC-HERMES-9852 and IPC-CFX, users can easily integrate machines, software solutions and autonomous mobile robots (AMRs) from other manufacturers and build a coordinated manufacturing environment.

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Vishay Intertechnology introduced a new series of infrared (IR) receiver modules for IR remote control applications. Featuring a wide modulation frequency acceptance from 30 kHz to 68 kHz, devices in the Vishay Semiconductors TSOP15300 series are designed to receive and demodulate all major remote control codes on the market, enabling a single-component universal remote control solution.

Standard IR receivers are typically tuned to one center frequency, limiting compatibility and requiring multiple devices to cover different code sets. With their wide modulation frequency range, the receivers released today overcome this limitation, reducing component counts to lower system costs and save board space.

Designed for consumer electronics such as televisions, audio systems, gaming consoles, soundbars, set-top boxes (STB), video projectors, and more, TSOP15300 series receivers provide immunity against ripple noise and interference from common sources like IR emissions in CFL lamps and LCD televisions, and RF emissions from onboard Wi-Fi antennas. When paired with a 50 mA emitter, the devices offer reliable transmission distances of up to 18 m.

To simplify designs, each receiver integrates a photodetector, preamplifier circuit, and IR filter within a 4-pin Heimdall package. For decoding, their demodulated output signal can be directly connected to a microprocessor. Optimized for short burst codes, TSOP15300 series devices operate over a wide supply voltage range from 2.0 V to 5.5 V, draw a typical supply current of 0.35 mA, and feature a maximum irradiance of 0.2 mW/m² at 45 kHz. They are RoHS-compliant, halogen-free, and Vishay Green.

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Nuvoton Technology Corporation announced the launch of the NAU83G60YG stereo smart audio amplifier integrating Klippel Controlled Sound (KCS) nonlinear adaptive speaker control technology developed by Klippel GmbH. The NAU83G60YG is designed for conference speakerphones, smart speakers, professional monitoring speakers, and automotive audio systems. By leveraging advanced nonlinear speaker control technology, the amplifier delivers low distortion, high output power, and ultra low latency audio processing, enabling clearer voice communication and enhanced low-frequency performance for next generation audio applications.

The impressive distortion reduction provided by NAU83G60YG with KCS enables unsurpassed clarity of bidirectional voice communication in conferencing speakers and soundbars. This advantage is strengthened even further by the linearized reference signal from NAU83G60YG that provides best learning conditions for Active Echo Cancellation (AEC) algorithms. It leads to faster and more consistent convergence with less artifacts. Compact multimedia speakers as well as studio monitors profit from additional dynamics (bass and SPL) for a more enjoyable and consistent listening experience.

“We are excited to collaborate with Klippel on this innovative stereo smart amplifier solution. Compared with traditional smart amplifier designs based on linear models, the NAU83G60YG enables smaller speakers to achieve higher sound quality and maximum output performance. It supports precise speaker protection and real-time speaker diagnostics while significantly simplifying speaker tuning processes. In addition, it enhances barge-in AEC performance and enables low-latency Active Noise Cancellation (ANC) applications for next-generation smart audio systems.” said Walter Tseng, Vice President of Microcontroller Business Group at Nuvoton Technology Corporation.

“The release of the NAU83G60YG today is good news for audio designers. It makes KCS technology accessible in the highly relevant power range of up to 30 W. This is a significant milestone for Klippel GmbH in fulfilling the vision of our founder, Dr. Wolfgang Klippel: providing the entire audio industry with innovative tools that push the boundaries of audio performance. We are grateful for our trusted, long-term cooperation with Nuvoton, whose support has helped bring this achievement to life.” said Benjamin Barth, CEO of Klippel GmbH.

Loudspeakers are inherently highly nonlinear and time-varying systems. Signal distortion, thermal effects, instabilities, aging, and environmental conditions have traditionally limited maximum sound pressure levels and overall sound quality.

Compared with conventional amplifiers and smart amplifiers based on linear speaker models, the KCS algorithm offers superior performance with more bass, cleaner sound, and inherent operational stability. Its adaptive nonlinear speaker control technology provides active compensation of speaker distortion, balances operational instabilities, offers superior accuracy of mechanical and thermal protection to avoid overload situations, features automatic adaptive system alignment for unrivaled consistency, and adds voice-coil resting position control for maximum coil travel. These capabilities significantly improve loudspeaker performance and sound quality.

• Wider voice-coil excursion capability for greater acoustic output with superior overload protection
• Significant reduction of harmonic and intermodulation distortion for improved sound quality
• Enhanced Acoustic Echo Cancellation (AEC) performance by minimizing loudspeaker distortion and improving barge-in AEC operation under linear and time-invariant acoustic conditions
• Improved voice interaction experience through more accurate wake-word detection for AI-enabled
  smart speakers
• Support for ultra-low-latency audio processing, ideal for high-performance Active Noise
  Cancellation (ANC) systems

The NAU83G60YG adopts a high-performance Class-D amplifier architecture supporting an operating voltage range from 8V to 24V and reliable operation across an industrial temperature range of -40°C to +85°C. The device integrates IV Sense (current and voltage sensing) ADCs and a high-performance DSP engine. It supports multiple digital audio interfaces, including I²S, PCM, and TDM, while integrating multi-band PEQ, DRC, and low-latency audio processing capabilities for optimized voice performance. The device delivers up to 2 × 30 W into 4 Ω loads and 2 × 20 W into 8 Ω loads with a 24 V supply.

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DigiKey, the global distribution leader of electronic components and automation products, expanded its portfolio by more than 27,000 new stocking products available for fast shipment in Q2 2026. In total, over 373,000 new products were added to the DigiKey system, along with 104 new suppliers across its core business, Marketplace and Fulfilled by DigiKey programs.

“DigiKey’s robust inventory pipeline and in-stock product availability continue to power our record-breaking customer count growth,” said Mike Slater, vice president of global business development for DigiKey. “The ongoing investments in our product line card and industry-leading website provide customers fast access to the latest innovative new products they need to accelerate their designs and projects.”

DigiKey’s commitment to expanding in-stock inventory for fast shipment allows engineers, designers, makers and procurement professionals to order prototype quantities for rapid shipping, without placing a special order in factory quantities or waiting for lead or transit time.

New supplier additions in Q2 include:

• Neutrik Group, a global manufacturer of professional interconnect solutions including well-known audio/video products which provide access to reliable audio, video, lighting, data and fiber-optic connectivity.
• LumenRadio, which specializes in wireless control technology designed to replace complex cabling in industrial and commercial systems. Its frequency-agile platform ensures stable, low-latency communication in RF-congested environments and supports applications such as lighting control, building systems and industrial equipment.
• Altelix, which provides weatherproof enclosures and accessories, along with in-house design and manufacturing for customized solutions in industrial and commercial environments.
• AMobile, which delivers industrial mobile computers supporting applications such as logistics, transportation, public safety and warehouse management to enable industrial IoT deployments.

DigiKey’s consistent inventory expansion is an industry differentiator and provides engineers, designers and makers access to the most innovative new product introductions (NPIs) in their industries. Some of the NPIs added in Q2 2026 include:

• Klein Tools’ insulated hand tools are designed for professionals working on or near energized equipment where safety and reliability are critical.
• ABLIC’s CLEAN-Boost battery-less water leak sensor generates electricity from leaking water to transmit water leak signals wirelessly.
• HARTING’s Han S 450 Plus connectors feature compact, flexible, waterproof housings with integrated unlocking protection, delivering secure, high-power connections for modular battery energy storage systems up to 500 A and 2 kV.
• Knowles’ A series ceramic core inductors deliver industry-standard RF performance across broad inductance ranges in compact packages and are well-suited for demanding industrial, telecom and MRI applications.
• Analog Devices’ ADEMA124 and ADEMA127 precision energy measurement ADCs are tailored for polyphase and split-phase energy systems.
• CIT Relay & Switch IN8 series indicators offer wire or quick-connect terminals with lasting performance and multiple LED and finish options.
• The Lantronix xPico 600 Wi-Fi 6 embedded IoT gateway eliminates the need for an external host MCU, simplifying integration, accelerating timetomarket, and reducing overall system cost.
• Built for demanding electronics, the 3M electrically conductive double-sided tape 9793KW/KT series helps deliver strong bonding, reliable EMI shielding and grounding, plus moisture and dust sealing for lasting performance.

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ROHM has developed a 2nd Generation terahertz (THz) wave oscillation device using semiconductor elements known as Resonant Tunneling Diodes (RTDs). ROHM is making the device available via the RTD-EVK-G2 Terahertz Wave Device Evaluation Kit, which includes a sample device, cable, and evaluation board. The kit enables companies and research institutions to evaluate THz wave oscillation and detection in a compact development environment.

Occupying the frequency region between radio waves and light, terahertz waves combine the penetrating properties of radio waves with the straight-line propagation of light. Because they exhibit unique absorption characteristics for polymers, moisture, and other substances, they are expected to be used in non-destructive testing without ionizing radiation, medical and healthcare applications, and high-resolution radar sensing. However, conventional terahertz systems require large equipment and high implementation costs, making it difficult for new companies and research institutions to enter the field or pursue commercialization.

Since the late 2000s, ROHM has engaged in joint research with the Institute of Science Tokyo, Osaka University, and many other universities and research institutions to develop THz wave oscillation and detection devices using RTDs. In 2024, ROHM began offering samples of 1st Generation products, achieving substantial downsizing and cost reduction compared with conventional methods.

To address the growing demand for improved signal quality in application development, ROHM has now developed a 2nd Generation terahertz wave oscillation device. The device maintains the same compact 0.5 × 0.5mm chip size as the 1st Generation product while adopting an internal structure that enables higher output power. As a result, output power has been increased to approximately 4 times that of the 1st Generation product, reaching a maximum of 40µW. The higher output power improves the detectability of THz waves after transmission through or reflection from target objects – making the device well suited for applications such as sensing and imaging that require high signal quality.

The device is mounted in the same 4.0 × 4.3mm PLCC package, maintaining the industry’s smallest footprint. This enables evaluation environments to be built even in space-constrained settings. In addition, compared with other THz generation methods, the RTD approach generates less heat and consumes less power. This reduces application development load at both companies and research institutions. Sales of the RTD-EVK-G2 evaluation kit, which includes samples of the 2nd Generation wave oscillation device, are scheduled to begin in August this year at $3,300 per set.

By enabling evaluation at a lower cost than other methods, the kit supports the development of a wide range of applications. This includes non-destructive testing; imaging and sensing in the medical and healthcare sectors; material identification; and moisture detection. ROHM will also continue sales of 1st Generation devices for applications that prioritize low power consumption. For further information, please contact a sales representative or visit the contact page on ROHM’s website. Purchase of the evaluation kit requires signing a non-disclosure agreement (NDA) with ROHM.

Sharing his views on the development, Professor Safumi Suzuki, Laboratory for Future Interdisciplinary Research of Science and Technology, Institute of Integrated Research, Institute of Science Tokyo, said, “Terahertz waves are expected to be applied in a wide range of fields, including non-destructive testing, imaging and sensing, and wireless communications. At the same time, commercialization continues to face major challenges, such as the need for large-scale equipment and high implementation costs. The RTD terahertz wave device, developed through many years of joint research with ROHM is compact, power saving, and does not require cooling. It can also be introduced at low cost, helping companies and research institutions begin terahertz wave research. With the launch of the 2nd Generation device featuring significantly improved oscillation output, I expect development of applications requiring higher signal quality to accelerate.”

“With the launch of RTD-EVK-G2, we expect to make another major step forward toward the practical implementation of terahertz technology. Feedback from users of the 1st Generation device revealed strong demand for higher-output devices. With this 2nd Generation product, we have succeeded in increasing oscillation output to approximately 4 times that of the 1st Generation device while maintaining a compact size, bringing us closer to meeting those needs. Terahertz technology is steadily progressing toward real-world implementation. ROHM will continue working together with customers, partners, universities, research institutions, and government agencies to support the development of terahertz wave applications and contribute to the realization of a sustainable society,” mentioned Ken Nakahara, General Manager of ROHM Research & Development Center, ROHM Co., Ltd.

Going forward, ROHM intends to continue diversifying the possibilities for THz wave application development and contribute to the early commercialization and real-world implementation of terahertz technology. This will help accelerate its deployment across a broad range of industries.

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Electric two-wheeler manufacturer Simple Energy announced it has expanded its adoption of Siemens’ cloud-based software solutions. This move supports advanced product engineering and digital transformation to scale the company’s EV portfolio. The e-mobility company intends to develop sophisticated EV variants, complex assembly and variant designs, and drive faster turnaround time.

Simple Energy expanded its Teamcenter X adoption and replaced its legacy 3D CAD solution with Designcenter X to address complex vehicle development challenges. As part of its expansion plans, it will use an expanded set of solutions from the Siemens Xcelerator portfolio, including Teamcenter X software for product lifecycle management (PLM) and Designcenter X software for advanced vehicle engineering.

The company also plans to leverage Teamcenter X advanced product configurator capabilities to manage complex vehicle variants and enterprise level bills of materials (BOMs). This integrated digital environment enables Simple Energy to improve collaboration across engineering teams while maintaining flexibility and cost efficiency.

To address increasing design and assembly complexity, Simple Energy extended its engineering environment and replaced its legacy 3D CAD capabilities with Siemens’ Designcenter X, which integrates seamlessly with Teamcenter X. The extension supports advanced surface design, large assembly performance and 3D electrical routing and harness, helping engineering teams work more efficiently as product complexity increases. Siemens’ value-based licensing model also enables Simple Energy to scale its software usage in line with business growth.

Simple Energy initially adopted Teamcenter X to establish a centralized product data management backbone and improve collaboration across engineering functions. As its electric vehicle programs matured, the company expanded its use of Siemens’ software to support enterprise BOM management and variant configuration, including a ‘150 percent BOM approach.’ By providing a master, configurable BOM that includes all possible components, options and variants for a product family, Teamcenter X helps Simple Energy configure specific 100 percent BOMs for individual customer orders, enabling efficient management of multiple vehicle variants.

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Both the scientific and relevant industrial sectors have felt the need for devices that can help understand the characteristics of smart fluids. To address this demand, scientists from IIT Patna prepared Nano iron powder-based MR fluids and developed a hybrid magneto-rheometer. This device can trace the rheological (flow and deformation) and tribological behaviour (friction and wear) of the MR fluid in the non-conventional compression and shear mode both with and without a magnetic field, using the custom-designed rheometer.

The newly designed innovative hybrid magneto-rheometer offers a novel way to characterize the performance of smart fluids that are useful for medicine, aerospace, the defense sector and automation. These fluids increase in viscosity when subjected to a magnetic field. MR fluids are “smart” materials that rapidly change their mechanical properties when exposed to a magnetic field, increasing in apparent viscosity, to the point of becoming a viscoelastic solid.  The fluid can transmit force which can be controlled with an electromagnet, giving rise to many possible control-based applications.

​​This unique capability makes them ideal for adaptive technologies such as brakes, clutches, shock absorbers, vibration control systems, dampers, actuators, and medical devices. The increasing need to accurately understand how these fluids behave under actual operating conditions has remained a significant challenge. Particularly, the compression plus shear mode is the least understood of the MR fluid’s operation modes, limiting the potential of its practical applications.

This initiative is led by Prof Chiranjit Sarkar, with support from the Nano and Advanced Materials division of the Department of Science and Technology (DST). The team fabricated a rheometer that can measure both the rheological and tribological properties of an MR fluid under compression and shear modes of operation at different normal loads, both with and without a magnetic field.

In the hybrid rheometer, the scientists generated a constant, high-magnitude magnetic field throughout the MR sample region using a smaller current. They conducted experiments in compression plus shear mode (mixed mode) for iron-based MR fluid. This development demonstrates how advances in testing technology can drive innovation in smart materials, providing researchers and industry with the tools needed to engineer high-performance MR fluids for future generations of adaptive and energy-efficient technologies.

The comprehensive testing capability of the prototype they developed provided a better understanding​ MR fluid performance than conventional characterization methods. Such hybrid Rheometers can help understand the viscoelastic properties of materials that are indispensable in sectors such as polymers, pharmaceuticals, food processing, cosmetics, and petrochemicals.

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​Given the growth in Advanced Driver Assistance Systems (ADAS) and Autonomous Drive (AD), highly accurate motion sensing has become more important to vehicles than it’s ever been. Today’s car utilizes an array of cameras, LiDAR, radars, and inertial sensors to estimate the car’s orientation and location and enable real-time decisions for navigating without human assistance.

A central challenge, however, still exists, and that is to maintain accurate location tracking and motion estimation when experiencing loss of GNSS, operating in tunnels or harsh weather conditions, or when individual sensors suffer interference or occultation. To solve this challenge, Murata Manufacturing Co., Ltd. developed a high-accuracy 6 Degrees of Freedom (6DoF) IMU, tailored for direct mounting inside the AD or ADAS ECU.

The new IMU contains a high-accuracy three-axis accelerometer and three-axis gyroscope packaged in a small format suitable for in-vehicle operation, which allows it to precisely measure vehicular accelerations, angular velocities, and motions. Incorporating six motion axes within this IMU unit provides a self-contained source of real-time vehicular dynamics data that ADAS and autonomy ECUs can use directly.

Traditional motion sensors can be difficult to integrate with the ECU in other cars as there’s a certain level of pre-configuration required, or external processing must take place. Because it is designed for ECU incorporation, Murata’s newest IMU allows for fewer parts in vehicle electronics design, fewer design development challenges, and allows OEMs to bring enhanced driver assistance features to market faster.

This release reflects the broader shift across the automotive industry toward software-defined vehicles (SDVs), using high performance computing and central domain controller hardware instead of a proliferation of distributed ECUs. In the context of such architectures, high-fidelity inertial sensing​g becomes a critical component of vehicle perception, localization, and control loops, a demand which will intensify further as automotive automation deepens.

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​As China’s increased presence in the Indian Ocean and upgrades to regional submarine forces transform the global maritime security environment, India is moving urgently to reinforce underwater warfare, following a trajectory similar to the United States. While China’s Indian Ocean presence-and by extension, the world-class status of submarines deployed by regional navies-is transforming the waterscape of the world’s second most populous continent, India has accelerated plans to finalise one of its historically largest defence procurements: a nearly Rs 90,000-crore Project-75(I) deal with Germany for new submarines, aimed at reinforcing the nation’s submarine fleet at all costs and strengthening its burgeoning indigenous industry.

According to German Ambassador to India Philipp Ackermann, Germany and India are looking to sign an agreement next month. Project-75(I) program, which involves the development of the six conventional futuristic generation submarines for the Indian Navy through an India–German collaboration between MDL and TKMS, will amount to over Rs 90,000 crores, nearly eight billion​ dollars. The submarines will be developed based on the Strategic Partnership model in India.

The Project-75(I) is seen as one of the most critical naval modernisation projects undertaken by India. The submarines are envisioned to be built based on German-designed Type-214 submarines with futuristic features, including an advanced Stealth design, state-of-the-art Combat management systems, longer operating range, and Air- Independent Propulsion (AIP) technology. While a normal diesel-electric submarine needs to resurface regularly to charge the batteries, the equipped AIP allows the submarines to stay underwater longer, thus evading reconnaissance in deep waters, especially during the combat role.

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Ather Energy CEO and Co-founder Tarun Mehta has confirmed that the company will launch its first mass-market electric scooter, built on its all-new EL platform, at Ather Community Day on 29 August in Bengaluru.

Sharing the announcement on X, Mehta said the new scooter is the culmination of years of investment in the core technologies and architectures that define a great electric scooter.

“We have been patiently investing in the building blocks of what makes a good scooter for years now,” Mehta wrote. “A decade in, EV two-wheelers are ready to now move beyond the early adopter stage. The tech is ready for everybody, the features are becoming relevant for all. Not early adopters, but truly mainstream.”

According to Mehta, this transition marks a new phase for the electric two-wheeler industry, where EVs need to deliver across every dimension that matters to mainstream customers. He highlighted expectations ranging from strong resale value and faster servicing to ride comfort on challenging roads, seamless charging experiences, visible safety features, and software driven intelligence that enhances everyday ownership.

The upcoming scooter will be the first production model built on Ather’s EL platform, the company’s next-generation scooter architecture unveiled at Ather Community Day 2025. Designed to underpin a new family of products, the platform represents Ather’s next phase of innovation and growth as it expands into a more accessible segment of the electric scooter market.

The launch is expected to mark an important milestone for Ather as it broadens its portfolio beyond the 450 and Rizta range and positions itself for the next wave of EV adoption in India.

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The first indigenous 350-kg power-level single-use turbojet engine was successfully designed and built by DRDO’s GTRE (Gas Turbine Research Establishment), with production support from the Hyderabad-based private company Azad Engineering. This marks a major achievement in Defence Self-Reliance, a path followed by a select group of nations.

Expendable turbojet engines are designed to be launched once in battle against enemy targets, unlike jet fighter engine technology. They will form an engine “package” for the next generation of air-to-surface long-range missiles, military drones with longer flight ranges, smart and roaming bombs (weapons), and other highly accurate attack systems, says Defence Industry Daily.

The success of this engine also signals India’s developing skills in advanced materials, high-accuracy engineering and aerospace systems. Defence sources feel that its entry into military service would significantly enhance our ability to replace imports of advanced engine systems and further promote self-reliance on our indigenous military network.

In an era where wars are slowly transforming into a battlefield of self-operating technology and long-distance smart warfare, a home-made engine for such a platform becomes crucial. With this, India boosts its technological capabilities and supports the nation’s drive towards ‘Aatmanirbhar Bharat” for defence production. As further tests and weapon system integration proceed, the indigenous turbojet engine may become the foundation for India’s next-generation missiles and military drones.

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As geopolitical stakes rise and warfare evolves to include long-range precision attacks, high-altitude deployment and rapid troop deployment capabilities, countries face enormous pressure to modernise their defence capabilities. The task before India is not just limited to creating high end missile programmes, but also demonstrating round the year operationally ready systems in adverse conditions as well as establishing a robust indigenous defence industrial ecosystem. In the past couple of weeks-a Notice to Air Missions (NOTAM) of a missile test from long range, developed for extreme weather conditions and a rally in defence stocks-all signal accelerated efforts by India towards becoming defence self-reliant.

India has released an extensive NOTAM over the Indian Ocean along a 2,530 km route for the purpose of launching a strategic long-range missile test on August 6-7, 2026. Though India has not confirmed which missile, defence analysts say the vast No Fly zone is meant for an upcoming launch of a long-range, strategic nuclear weapon capability from the ITR off the coast of Odisha. NOTAMs like this were published routinely whenever, a missile is test-fired from India so that the entire air and maritime, shipping routes are shut down during missile tests for safe conduct.

Defence specialists observe that long-term operational capabilities and preparedness of armed forces in the future would no longer rest on solely state-of-the-art missile technology; to be operationally fit and effective in a contemporary environment, armed forces would need secure logistics and supply chains, custom-made fuels, flexible and resilient industrial production capabilities, and steady innovation. Current trajectory indicates that India is aiming for​ a combination of the above, to realise its dream of becoming a technologically modern and a self-reliant defence power to address the current and future security requirements of India, and the Indian region.

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India’s air defence strengthened with the successful first flight test of DRDO’s ‘Project Kusha’. India has completed another key defence success. India’s homegrown Project Kusha missile had previously made some progress, but it was first fully tested in August 2023 for its ability to stop high-speed air targets, which enables successful missile launch and defeat of all kinds of air threats.

India will soon have its own air defence shield- an offensive system designed to cut dependence on imported defence systems such as the Russian S-400 in the future.  Project Kusha, an advanced system equipped with radar, a command-and-control unit, and defence missiles, is designed to find, follow and attack enemy aircraft, cruise missiles and their long- range air targets, strengthening India’s multiple-layer air defence. With this development, India is expected to respond to new security threats faster and gain an advantage by using local defence weapon​ systems.

Beyond defence, a boost to indigenous manufacturing, also known as Project Kusha it would boost new technology in radar systems, missile navigation systems and defence electronics, creating new opportunities for India’s defence manufacturing firms. Because of the importance of missile defence in modern warfare, the successful demonstration of the system means more than just testing. It shows increased confidence in India’s ability​ to indigenously design and deliver state-of-the-art defence equipment for its future security needs.​​

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India Electronics Development Fund (EDF) strengthened the country’s deep-tech ecosystem with an accumulated investment of Rs 1,335.77 crore (approx. $139.23 million) supporting 128 start-ups and tech enterprises. This milestone further demonstrates the government’s commitment to developing Indian capabilities in innovation across electronics, semiconductors, nanoelectronics, and IT. This development reiterates their aim to foster an indigenous self-reliant ecosystem that can eventually enable the creation of a globally competitive technology economy leveraging high innovation, leading edge technology, high-quality human talent to create differentiated technology solutions.​

The Electronics Development Fund (EDF) set up by the Ministry of Electronics and Information Technology (MeitY) in February 2016 is an Umbrella-Fund of Funds concept. In this model, the EDF invests into other professionally managed venture capital and angel investment funds, called “Daughter Funds.” These Daughter Funds invest into the high- growth potential start ups that build future technologies. As of September 30, 2025, a sum of 257.77 crore of direct equity in eight Daughter Funds by EDF and additional 1,335.77 crore capital invested by Daughter Funds in total of 128 start-ups/ ventures were catalysed in India.

The electronics development fund manages eight SEBI regulated Daughter Funds like Unicorn India Ventures Trust, Aaruha Technology Fund-I, Endiya Seed Co-creation Fund, Karsemven Fund, pi Ventures Fund I, YourNest India VC Fund II, Ventureast Proactive Fund-II and Exfinity Technology Fund Series II. The daughter venture funds pick out startups that can use cutting edge technologies and have high commercial viability.

Having invested in 128 start-ups spanning various frontier technologies, the Electronics Development Fund has become a significant lever for nurturing deep-tech innovation in the country. Over the coming years, the programme will play an even larger role in scaling the nation’s electronics ecosystem, create high-skill, high-value jobs, and advance India’s vision to lead the world in areas like electronics design, semiconductor technologies, and next generation digital innovations.

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India is stepping up investments in key EV technologies. The South Asian country is speeding up its investments in key electric vehicle (EV) technologies while planning to boost a self-dependent and globally relevant EV manufacturing ecosystem. Driven by various central government initiatives, state government programs, and private sector investments, India attracted commitments for around US$25.6 billion worth of investments across battery manufacturing, advanced battery chemistries, powertrains, charging infrastructure, and technologies for battery and electric powertrains. These investments will help scale up domestic manufacturing and reduce dependence on imported components.

The Government of India launched multiple schemes to boost domestic manufacturing of the Electric Vehicles (EV) ecosystem through production-linked Incentive (PLI) Schemes for Advanced Chemistry Cell (ACC) and battery storage, as well as the PM E-Drive program to promote charging. The PM E-Drive program aims to promote charging for automobiles and auto components. Along with manufacturers both domestically and overseas, these schemes lead to localization of EVs’ key technologies.

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