INDIA: In-vehicle tire noise is an unwelcome intrusion that can travel through chassis components, such as control arms and dampers. At the Consumer Electronics Show (CES), ZF is presenting its new “Active Noise Reduction” software function, which reduces this type of noise at the source without additional noise-dampening hardware in the vehicle. The purely software-based function for the chassis significantly minimizes annoying tire noise in the interior. In the future, the technology group will expand the use of the function to other ZF chassis actuators.

The software-based solution uses ZF’s Smart Chassis Sensor with an integrated acceleration sensor to precisely measure vibrations transmitted from the tires to the vehicle via the chassis. The vibration data is analyzed using a specially developed algorithm that recognizes the characteristic noise patterns of tire cavity noise (typically around 200 hertz). The software then generates a counter-signal provided by ZF’s cubiX software via the valves of semi-active dampers (CDC). The function uses micro-movements of the damper to specifically reduce the noise interference without impairing the actual damper function.

“Active Noise Reduction is an excellent example of how we use smart algorithms to make ZF components even more efficient. This gives our semi-active CDC dampers a clear, unique selling point in the market and sets new standards in comfort – without the need for any additional noise-dampening hardware,” says Dr. Peter Holdmann, member of the ZF Board of Management and head of Division Chassis Solutions.

Intelligent dampers, brilliant quietness: this is what the future of chassis technology sounds like

The achievement of noise reduction is implemented purely on a software basis through intelligent control of the CDC dampers – without additional installation costs or space requirements. The current version of the technology achieves noise reductions of more than 3 dB today, which is a clearly audible difference for passengers. Up to 10 dB is possible in the future.

Active Noise Reduction can be adapted to different vehicle types and customer requirements via software. This creates a new market, particularly for lower-priced vehicles, as high-quality acoustic solutions with microphones or speakers have mostly been available only in luxury segments. Approximately 40 percent of all semi-active dampers worldwide already come from ZF, making the technology group the market leader. In view of the trend toward automated driving, ZF expects sales in this area to increase.

Active Noise Reduction is part of Chassis 2.0

Series production of Active Noise Reduction is scheduled to start in 2028. In the future, the software function may also be used in other ZF actuators — for example, for active reduction of brake squeal or in the fully active damping system sMOTION.

“Thanks to our system expertise, we can offer our mechatronic actuators as true innovation drivers with the help of smart algorithms, and we will extend our software-based control approach to other ZF actuators in the future. The goal for us is clear: mechatronic actuators that are capable of efficiently reducing both their own and external noise with the help of software,” explains Holdmann.

“The new function fits perfectly into ZF’s Chassis 2.0 product strategy. Chassis 2.0 uses intelligent and networkable actuators to enable new chassis functions via software. It combines intelligent actuators such as brakes, steering, and damping, scalable electronic architectures (E/E), and innovative software solutions into a highly integrated, flexible system. “With our Chassis 2.0, we are laying the foundation for the software-defined vehicle,” says Holdmann.

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The lab is equipped with the most advanced tools and designed to empower students and faculty to work on real-world challenges in embedded systems and hardware-software integration, fostering innovation and industry-readiness.

The KPIT APEX Lab will benefit undergraduate and postgraduate students, PhD scholars, and faculty members, offering them a platform to:

• Build core technical competencies in embedded systems and hardware-software integration technologies
• Conduct advanced research and contribute to industry-relevant innovation
• Engage in continuous learning and cross-institutional collaboration

Commenting on the launch, Vinayak Pai, Chairman, COEP Technological University, said,

Anup Sable CTO of KPIT Technologies, said,

Aligned with the New Education Policy (NEP) 2020, the lab promotes multidisciplinary learning, hands-on experience, and modular, credit-based education. It operates in a cluster-based format, making it accessible to students from COEP Technological University and member institutions. Currently AISSMS Institute of Information Technology, Marathwada Mitra Mandal’s College of Engineering, and Pimpri Chinchwad College of Engineering are member institutions in the cluster with more institutions expected to join.

This collaborative model encourages shared infrastructure, curriculum development, and faculty upskilling—ensuring a scalable and inclusive approach to technical education.

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PUNE: JSW Motors and KPIT Technologies today formed a strategic partnership, aimed at redefining the future of mobility in India.

Aiming to leverage KPIT’s deep expertise in software and systems development – honed over two decades across more than 2000 global vehicle production programs, including multiple Software Defined Vehicle programs (SDVs) – this collaboration will also further strengthen JSW Motors’ bold vision to disrupt the domestic automotive market through innovation and global collaboration.

The partnership underscores KPIT’s strategic commitment to the Indian market and, along with JSW, promises to deliver superlative customer experiences and accelerate India’s transition to clean mobility.

JSW Motors, the newly launched automotive business vertical of the JSW Group, is investing US$3 billion over the next five years to develop and manufacture electric, hybrid, and plug-in hybrid vehicles in India. The company’s first New Energy Vehicle (NEV) is set to debut on the Indian roads in the second half of FY2026. With a 630-acre automotive hub under development in Bidkin, Maharashtra, JSW Motors is combining global excellence with local relevance to deliver high-performance, sustainable vehicles to Indian consumers.

Announcing this today, Kishor Patil, CEO & MD of KPIT Technologies, said:

“KPIT is proud to partner with JSW Motors in their ambitious journey to transform India’s automotive landscape. Our experience across global vehicle programs and SDV positions us uniquely to contribute to JSW’s vision. This partnership reflects our strategic focus on the Indian market and our commitment to delivering cutting-edge technology that enhances customer experiences and accelerates clean mobility. The partnership will include KPIT bringing advanced competencies in electric propulsion systems, battery innovation, and SDV architectures that enable continuous feature upgrades and superior consumer experiences.”

Ranjan Nayak, CEO of JSW Motors, said:

“We plan to build world-class automotive products in India by integrating the best of technologies from across the globe. KPIT’s expertise in software and systems development is a cornerstone of our strategy to deliver best-in-class, technologically-advanced, high-performance, and sustainable vehicles. Together, we aim to energize the Indian auto ecosystem and set new benchmarks for innovation and customer satisfaction. Leveraging its global best practices and technical capabilities, KPIT will set up a dedicated center of excellence for JSW Motors.”

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BENGALURU: Tata Elxsi, a global leader in design and technology services, announced the signing of a Memorandum of Understanding (MoU) with Synopsys, a leader in silicon to systems design solutions, to collaborate to deliver advanced automotive virtualization solutions. The MoU was signed at the SNUG India 2025 event in Bengaluru by senior leaders from both companies.

The collaboration will provide customers pre-verified, integrated solutions and services that make it easy to design and deploy virtual electronic control units (vECUs), a cornerstone technology critical for efficient software development and testing in today’s software-defined vehicles. The collaboration brings together Tata Elxsi’s engineering capabilities in embedded systems and integration with Synopsys’ industry-leading virtualization solutions that are used by more than 50 global automotive OEMs and Tier 1 suppliers to help reduce development complexity and cost, improve the quality of software systems, and de-risk vehicle production timelines.

Together, the companies are already collaborating on programs with several global customers to enable vECUs, as well as software bring-up, board support package (BSP) integration, and early-stage software validation. These solutions are being deployed across vehicle domains such as powertrain, chassis, body control, gateway, and central compute, helping customers simulate real-world scenarios, validate software early, and reduce reliance on physical prototypes.

Through the collaboration, Synopsys and Tata Elxsi will further explore opportunities to scale and accelerate the deployment of electronics digital twins for multi-ECU and application-specific systems.

“Our partnership with Synopsys reflects a future-forward response to how vehicle development is evolving. As OEMs move away from traditional workflows, there is growing demand for engineering services that are tightly integrated with virtualization tools. This strategic collaboration enables us to jointly address that shift with focus, flexibility, and domain depth,” said Sundar Ganapathi, Chief Technology Officer of Automotive, Tata Elxsi.

“The automotive industry’s transformation to software-defined vehicles requires advanced virtualization capabilities from silicon to systems. Our leadership enabling automotive electronics digital twins, combined with Tata Elxsi’s engineering scale and practical experience operationalising automotive system design, will simplify the adoption of virtual ECUs and thereby accelerate software development and testing to improve quality and time to market,” said Marc Serughetti, Vice President, Synopsys Product Management & Markets Group.

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With this inauguration, KPIT reinforces its commitment to innovation and talent development in Tunisia—aiming to leverage this presence as center of excellence and a critical hub for software engineering and mobility technology.

Commenting on the inauguration, Anup Sable, CTO, KPIT Technologies, said, “Mobility leaders around the world are navigating complex transformations—a dynamic trade environment, needing to innovate at speed and scale while substantially saving costs. Our new center in Tunisia will be developed as a center of excellence to drive innovation in propulsion software, vehicle network development, validation, and further expand into other domains. The center will also become strategic to deliver for European OEMs with location and timezone advantages for agility and scale.”

The center is strategically located to attract Tunisia’s top software engineering talent, offering them opportunities to work on complex global technology challenges in the mobility space. It will also strengthen opportunities for the 500+ KPITians already based in Tunisia to work with global mobility OEMS.

Serving as a nearshore hub for OEMs looking to diversify their global engineering capabilities, the Tunisia center will expand KPIT’s ability to deliver cutting-edge software, hardware design, and manufacturing engineering solutions. For over 20 years, KPIT have been a strategic partner to leading European mobility OEMs. KPIT’s expansion in Tunisia reinforces its commitments for OEMs in Germany, UK, France, Italy, and more — and enhances the global delivery network that spans the USA, Germany, France, Japan, China, Thailand, India.

Namia Ayadi, President of Tunisia Investment Authority, said, “Tunisia reaffirms its position as a strategic hub for innovation and high-tech expertise, driven by a vibrant investment ecosystem and forward-looking reforms. The establishment of KPIT in Tunisia is a strong testament to this momentum and further strengthens our appeal as a prime destination for cutting-edge technology investments. The Tunisian Investment Authority (TIA) is proud to support such transformative projects, which foster high-skilled employment, promote knowledge transfer, and deepen Tunisia’s integration into global value chains. We applaud KPIT’s commitment to Tunisia and express full support to international investors.”

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BENGALURU: KPIT Technologies has announced a collaboration with Mercedes-Benz Research and Development India (MBRDI) to accelerate the development and realization of Software-Defined Vehicles (SDVs). This collaboration is poised to enhance innovation, speed up product feature launches, and deliver cost advantages by leveraging KPIT’s cross-domain expertise in mobility technologies.

Mercedes-Benz is advancing its software development strategy as a fundamental pillar of its digital transformation journey across the globe. The company’s approach focuses on creating an integrated software architecture that enhances vehicle functionality, user experience, and operational efficiency. By prioritizing software development, Mercedes-Benz aims to deliver continuous improvements to customers through regular updates, ensuring vehicles remain technologically current throughout their lifecycle.

Drawing on KPIT’s deep domain knowledge and experience in enabling mobility transformation globally, the collaboration will play a pivotal role in re-architecting the technology stack of next-generation vehicles.

Kishor Patil, CEO, KPIT Technologies, shared his thoughts on the partnership, “With over 100 years of legacy, Mercedes-Benz is an inspiration for excellence, luxury, and customer centricity. KPIT is delighted to be partnering with MBRDI in their pursuit of software excellence, digital innovation, and re-architecting the automotive tech stack for Software-Defined Vehicles. Our strategy is to work closely with a select group of clients and help them address complex business challenges through cutting-edge technology. We are committed to accelerating innovation, drawing from decades of experience and insights from numerous mobility transformation programs.”

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Augmented Reality (AR) is rapidly evolving from a niche technology to a mainstream tool that is reshaping how we interact with the world. What started with simple smartphone-based experiences has advanced to complex, immersive systems that blend digital and physical environments. With applications ranging from gaming to medical surgeries, AR is increasingly becoming a transformative technology across various industries. In this article, we will explore the latest advancements in AR technology, its architectural components, and how its applications are pushing the boundaries of what’s possible.

1. The Evolution of AR Technologies

AR is not a new concept, but recent advancements have unlocked new possibilities for interaction and immersion. The key drivers of this evolution can be broken down into several technological improvements:

a. Software and Algorithmic Advancements

Software innovations are just as critical to AR development. The integration of computer vision, machine learning, and AI is transforming AR from passive visualization to dynamic, interactive experiences.

• Simultaneous Localization and Mapping (SLAM): SLAM algorithms allow AR devices to map and understand the environment in real time while also tracking their position within that environment. This technology is essential for placing virtual objects in real-world contexts with high accuracy, even in dynamic or unstructured environments.
• Spatial Anchoring: The ability to persistently anchor digital objects within a physical space is a game-changer for AR. Technologies such as Apple’s ARKit’s “World Tracking” and Google’s ARCore’s “Cloud Anchors” enable persistent, multi-user AR experiences where digital objects can be seen and interacted with by multiple people in real time.
• Deep Learning and Computer Vision: AI-driven computer vision systems allow AR applications to recognize and understand objects, faces, and gestures. These capabilities can be used for applications ranging from virtual try-ons in fashion to facial recognition in security systems.

b. Cloud Integration and Edge Computing

The move to cloud and edge computing plays a crucial role in overcoming the limitations of local hardware processing. Cloud-based AR platforms can offload complex computations to high-performance servers, enabling more sophisticated AR experiences. Edge computing, on the other hand, allows data processing to occur closer to the source of data (the device itself), which reduces latency and enhances real-time interactivity.

2. Applications of Advanced AR

AR’s potential extends across a variety of sectors, with advanced technologies allowing for new levels of realism, interactivity, and utility. Some of the most significant applications include:

a. Healthcare and Surgery

AR is revolutionizing healthcare by providing real-time visual overlays during medical procedures. Surgeons can use AR to superimpose critical data, such as patient anatomy or imaging scans, directly onto the patient during surgery, improving precision and reducing the risk of errors. The use of AR also facilitates remote assistance, where specialists can guide on-site teams through complex procedures using live AR feeds.

• Enhanced Diagnostics: With the integration of machine learning, AR systems can help healthcare professionals visualize complex diagnostic data, such as MRI or CT scans, in 3D, aiding in better decision-making.
• Training and Education: AR is being used to create immersive medical simulations, providing medical students with the opportunity to practice surgical techniques or diagnose conditions in a controlled virtual environment.

b. Retail and E-Commerce

The retail industry has embraced AR for creating immersive shopping experiences, enhancing both in-store and online engagement. Virtual try-ons, where customers can see how clothes, accessories, or even makeup will look on them, are one of the most popular applications.

• Product Visualization: AR allows customers to visualize products in their own home environments before making a purchase. For instance, Ikea’s app allows customers to place virtual furniture in their living rooms to determine fit and style.
• In-store Navigation and Assistance: AR systems can provide in-store navigation, guiding customers to products and offering personalized promotions or product information when they point their device at items.

c. Automotive Industry

The automotive industry is leveraging AR to enhance both driver experience and vehicle design. From heads-up displays (HUDs) that project navigation instructions onto the windshield to AR-based maintenance guides, AR is improving safety and functionality in modern vehicles.

• Augmented Navigation: By overlaying real-time navigation data directly onto a driver’s view of the road, AR can reduce distraction and enhance situational awareness, especially when navigating complex environments or cities.
• Vehicle Design and Manufacturing: AR is aiding in the design and manufacturing process by enabling engineers to visualize complex components in 3D, ensuring more precise assembly and minimizing errors.

d. Military and Defence

The military sector has long been a key adopter of AR technology, utilizing it to improve training, situational awareness, and battlefield management. Soldiers equipped with AR glasses can access critical information in real-time, such as enemy location, terrain mapping, and tactical data.

• Combat Training: AR simulators provide immersive, realistic training scenarios for soldiers, helping them to rehearse missions and combat tactics in a virtual yet lifelike environment.
• Tactical Decision Support: In the battlefield, AR can project maps, mission-critical data, and other environmental details, enabling faster, better-informed decision-making during operations.

e. Entertainment and Gaming

While AR gaming has been around for a while, recent advancements are making these experiences more interactive and realistic. The success of games like Pokémon Go highlighted the immense potential of AR in entertainment, but the future promises even more immersive experiences.

• Mixed-Reality Gaming: The integration of physical and virtual spaces can create highly engaging experiences. With the combination of AR and VR (Virtual Reality), next-gen games may allow users to seamlessly transition between the real world and virtual worlds with minimal latency and complete immersion.
• Live Events and Experiences: Concerts, sports events, and theater performances are increasingly using AR to engage audiences. Virtual performers or interactive holograms are augmenting live experiences, providing novel ways to interact with the content.

3. Challenges and Future Directions

Despite its rapid growth, AR still faces several challenges, particularly in areas related to usability, privacy, and scalability.

a. User Experience

Ensuring an intuitive and comfortable user experience is one of the biggest hurdles for AR developers. Current AR devices often struggle with issues like small field-of-view, limited battery life, and difficulties in tracking fast-moving objects or people. Furthermore, the complexity of interacting with AR interfaces, especially in mobile environments, may overwhelm users.

b. Privacy and Security Concerns

With AR systems collecting vast amounts of data about the physical world, such as location, object recognition, and even personal habits, privacy and security concerns are significant. Developers will need to prioritize data protection to avoid potential breaches or misuse.

c. Content Creation and Standardization

As AR technologies continue to evolve, the creation of high-quality AR content requires specialized skills. Content developers need to integrate 3D modeling, spatial design, and AI, making it a resource-intensive process. Moreover, there is no universal standard for AR content, which creates interoperability issues between devices and platforms.

d. Scalability

For large-scale AR experiences, such as those in smart cities or industrial applications, challenges related to the real-time synchronization of massive datasets and devices come into play. Ensuring low-latency communication, cloud management, and efficient rendering will be essential as AR applications scale to support more users.

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MUMBAI: Ascendion, a global leader in AI-driven software engineering, is expanding its presence in the Philippines with the continued integration of Collabera Digital under the Ascendion brand. This move strengthens the company’s position as a leader in AI-driven software engineering and talent growth.

Ascendion aims to create at least 6,000 new jobs in the Philippines, leading to an estimated economic impact of at least $500 million over the next three years. The Philippines will play a larger role in the company’s global delivery operations, with AI-driven software engineering as a key focus. Every Ascendion software engineer in the Philippines will receive AI deployment certification, ensuring that the workforce is equipped for the next generation of software development.

“Our commitment to the Philippines has never been stronger. We are redefining how we serve clients and empower local talent with global capabilities,” said Karthik Krishnamurthy, CEO of Ascendion. “We are creating a stronger, more agile organization to deliver transformative growth for the Philippines. Our focus is clear: bring cutting-edge AI-powered platforms, leverage the Philippines to serve global clients, and create global opportunities for engineers in the Philippines.”

AI-Powered Software Engineering in the Philippines

Ascendion is making the Philippines a major delivery hub for AI-enhanced software development, combining human expertise with AI to improve productivity, efficiency, and innovation. Key initiatives include:

• AI-Enabled Engineering Teams – Hundreds of AI agents will assist engineers in code generation, software testing, and risk mitigation.
• 100% AI Certification for Software Engineers – Ascendion’s Philippines-based engineers will receive specialized AI training to stay ahead in an evolving tech landscape.
• AI Studio Manila – A new facility dedicated to collaborative AI development, innovation, and software engineering research.

“By integrating our capabilities, we are creating a future where the Philippines is a global leader in AI innovation,” said Manan Mehta, Senior Vice President, Global Growth Markets at Ascendion. “With one of the most tech-savvy populations in the world, the Philippines is uniquely positioned to lead in AI-powered digital transformation. Ascendion is committed to creating transformative digital solutions globally and positioning the Philippines as a trailblazer in the next wave of digital innovation.”

Delivering AI-Driven Results for Global Clients

Ascendion engineers in the Philippines are already working with Fortune 500 companies to apply AI in software development, improving efficiency and reducing costs. Recent success stories include:

• A logistics leader transforms a $33 billion unit by eliminating manual tasks, boosting data-driven decisions by 70%, and halving operational costs and time through advanced ML forecasting.
• A leading payment solutions provider boosts productivity by 50% with intelligent automation tools, experiencing expanded service reach
• A healthcare innovator achieved a 90% reduction in data migration costs and 75% faster deployment, saving over 5,000 hours annually.

New Platforms to Support AI-Powered Talent Growth

As part of its expansion, Ascendion is bringing two AI-driven platforms to the Philippines:

• Ascendion AVA+ – An AI-first software engineering accelerator that improves productivity, risk management, and time-to-market.
• MeTAL – A talent orchestration platform connecting Filipino professionals to high-impact projects across global enterprises.

These platforms are designed to enhance career opportunities for Filipino engineers while improving how businesses adopt AI for software engineering.

Building a Stronger AI Ecosystem in the Philippines

By integrating Collabera Digital with the Ascendion brand, the company is creating a stronger, more agile organization that is well-positioned for growth in AI-powered software engineering. The expanded footprint in the Philippines will:

• Hire 6,000+ skilled AI-enabled Ascenders over three years
• Provide AI-first software solutions to global enterprises
• Strengthen Manila’s role as a key center for AI-powered software engineering

This integration of Ascendion and Collabera Digital under a single brand marks a pivotal moment in accelerating economic growth in the Philippines. It brings the best of both worlds: innovative AI-powered software engineering solutions for businesses and global career opportunities for Filipino professionals.

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INDIA: Delta, a global leader in power management and a provider of IoT-based smart green solutions, today announced the inauguration of its new LEED Gold-certified India headquarters (HQ) green building and its new Global Research & Development (R&D) Centre in Bengaluru. Strategically located in the vibrant Bommasandra Industrial Area, the 61,000-square-meter HQ green building can house up to 3,000 management, R&D, and engineering professionals as Delta deepens its commitment to the Indian market. Moreover, Delta is expected to employ up to 750 R&D engineers over the next 3 years to strengthen its unique capabilities in developing smart, energy-saving high-voltage power management solutions for telecom, data centers, EV charging, and energy storage applications, as well as IoT, AI-related software, all tailored for India’s transformation.

The Deputy Chief Minister of Karnataka, Shri, D.K Shiva Kumar also congratulated Delta on this occasion, highlighting the company’s significant contributions to the state’s growing technological and industrial ecosystem, reinforcing its position as a leader in innovation and sustainability.

Sharath Kumar B, Chairman, KEONICS, said ” The inauguration of Delta Electronics India’s new headquarters and global R&D center is a testament to Karnataka’s growing leadership in technology and innovation. We at KEONICS are proud to support initiatives that foster economic growth, job creation, and technological advancements.”

Underlining Delta’s focus on accelerating its investments in India, Benjamin Lin, President of Delta Electronics India, said, “Our new India HQs building and Bengaluru R&D center not only enhance Delta’s capabilities in India but also strengthen our global footprint. This milestone underscores our investment in India’s growing technological landscape and aligns with our Company’s “India for India” talent initiative, which aims to foster local innovation to also serve customers worldwide.”

Commenting on the new campus inauguration, Niranjan Nayak, Managing Director of Delta Electronics India, said, “This new R&D center reflects our vision for the future. It is designed to be a hub for innovation, focusing on the latest advancements in power electronics while maintaining a strong commitment to sustainability. We believe this facility will be a cornerstone of our growth strategy, enabling us to meet the evolving needs of our customers.”

The new LEED Gold-certified Delta India HQs and R&D Centre in Bengaluru offers an immersive experience with its brand-new 480sqm showroom, which demonstrates Delta’s cutting-edge IoT-based smart green solutions. The state-of-the-art facility features a 593kW solar PV system capable of generating over 650,000 kWh of electricity annually through Delta’s own 100kW PV inverters, which boast peak energy efficiency as high as 99.0%. A set of 82 variable frequency drives CP2000 series helps to automate and optimize the energy

efficiency of the building’s HVAC system. In addition, the facility houses a 300kW data center operating with an annual power usage effectiveness (PUE) as low as 1.4 thanks to Delta’s high-efficiency uninterrupted power supplies (UPS) and precision cooling systems. Last but not least, fixed dome network cameras from Delta’s surveillance subsidiary VIVOTEK optimize the security of the new building.

Key Highlights of the New Facility:

• Focus on Innovative R&D Capabilities: The facility currently supports over 300 engineers with plans to expand to 750 R&D engineers within the next three years. The layout includes dedicated spaces for energy storage, automotive design, and lower-power R&D testing. The Global R&D Centre is equipped with advanced labs for high-voltage product testing, medium-voltage power quality assessment, and a cutting-edge radio emission chamber.
• Employee-Centric Design: Spanning an area of 61,000 sq. meters, the new Delta India HQs building is expected to employ a total of 3,000 employees over the next five years. alongside employee well-being areas such as leisure activities, a canteen, and recreation zones.
• Sustainability at its Core: Reflecting Delta’s commitment to sustainability, the facility features a 593kW solar power capacity, a smart surveillance system for enhanced security, and comprehensive green building initiatives including rainwater harvesting with a capacity of 356KL, an underground water tank, and water-cooled chillers that align with sustainable building practices. Additionally, the Green Energy Data Center and Demo Room demonstrate Delta’s leadership in energy-efficient solutions and green initiatives.

Delta’s investment in the Bengaluru R&D facility is a testament to its strategic vision for fostering innovation and supporting its global objectives. The facility will play a crucial role in advancing power electronics and sustainable solutions, contributing significantly to Delta’s position as a global leader.

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GERMANY: ZF is harnessing the power of software to develop smarter, more connected, and highly efficient commercial vehicle technologies. By integrating ZF’s intelligent software solutions with its chassis technologies, vehicle performance and safety can be improved, ensuring safer and smoother journeys. As automotive technologies shift towards greater digital integration, ZF is setting the pace as an enabler of smart and connected technologies. ZF is also able to leverage its software domain expertise from other vehicle segments within the ZF Group to produce intelligent systems quickly and cost-effectively that can lower the overall total cost of ownership (TCO). 

Braking and e-Drive Synergy Program

Harnessing the energy created when a vehicle decelerates to recharge onboard batteries can effectively extend the range of an electric vehicle or reduce the size of the batteries needed. ZF’s Braking and e-Drive Synergy Program harmonizes the electric driveline and braking functions to optimize recuperation under full stability control, beyond current standards, boosting efficiency, safety, and comfort while reducing the total cost of ownership (TCO).  

The system works by combining ZF’s next-generation e-drives, the AxTrax 2 dual and CeTrax 2 dual, with its mBSP XBS advanced braking system to leverage the capabilities of the e-drive to act as an actuator for the braking system and vice versa, in controlling acceleration and braking. In doing so, the system maximizes energy recuperation to recharge the onboard batteries during driving, effectively extending the vehicle’s range. The system also provides ‘one-pedal-drive’ functionality, increasing driving comfort, especially in low-speed maneuvering, such as for yard vehicle applications or urban driving.  

The system also offers improved launch capabilities by optimizing the traction control function, reducing tire wear, and enhancing vehicle performance and stability on slippery ground.

Software Brake Resistor

ZF has developed a software solution that helps replace hardware in the form of brake resistors for battery electric vehicles. The new software function can intelligently limit the maximum energy content of the battery in certain charging situations, ensuring any extra energy created by regenerative braking can then be stored in the vehicle’s batteries. The system uses location data to determine if it is being charged in an area where it is likely to descend a steep gradient which could create significant additional battery charge in the early part of its journey. If so, it ensures the battery saves capacity during charging for energy harvesting. The algorithm intelligently ensures that a 100% charge will be reached on its descent. In all other areas, the system allows the battery to be fully charged when plugged in. 

Thanks to this innovation, bulky, heavy, and expensive brake resistors are no longer needed, while energy efficiency is maximized, and all energy is available for propulsion. The solution saves approximately 150kg of weight and increases available space within the chassis. The system demonstrates how an intelligent server-cloud-based function can save cost and weight while improving efficiency and sustainability. 

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